Quarter 1, 2021
IndustrialMachineryDigest.com
CLOSING THE GAP BETWEEN COLLABORATIVE AND INDUSTRIAL ROBOTS ABB’s new SWIFTI cobot enables collaborative working at industrial speeds
Also this Quarter
» Implementing Cobots: What they don’t tell you and how to do it right » How the Fox Outsmarted the Hare: Using Intelligence to Outperform Brute Force » Taking the Next Step in Automation: Overcoming the Challenges to Automate Manufacturing » Innovation On A Larger Scale
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Table of Contents
12 22 DEPARTMENTS FEATURES
12 PROCESS
How the Fox Outsmarted the Hare: Using Intelligence to Outperform Brute Force ANCA’s New EDG with ANCA Motion SparX Erosion Generator Decreases Cycle Time for PCD Tools by 50% By: Tom Nathan, ANCA PCD Erosion Product Manager
16
NEW TECHNOLOGY Closing the Gap Between Collaborative and Industrial Robots
6 FROM THE EDITOR 36 PRODUCT SHOWCASE 46 SURPLUS BUYING AND SELLING 49 BUYERS GUIDE 60 CLASSIFIEDS 61 ADVERTISER INDEX 63 PRODUCT INDEX
ABB’s new SWIFTI cobot enables collaborative working at industrial speeds
22
INDUSTRY INSIGHTS Implementing Cobots: What they don't tell you and how to do it right By: Zac Bogart, President of Productive Robotics
28 INTEGRATION
Taking the Next Step in Automation: Overcoming the Challenges to Automate Manufacturing
32 AUTOMATION
Innovation On A Larger Scale Robotic fiber placement and 3D printing enable disruptive breakthroughs in today’s manufacturing processes
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28 ON THE COVER ABB’s SWIFTI has been specifically designed to close the gap between collaborative and industrial robots, enabling fully safe collaborative operation to be achieved in applications demanding industrial performance in terms of speed, accuracy and robustness.
From the Editor It should come as little surprise, that after the year that we have had, the manufacturing industry is still trudging ahead. Now, a full year after much of the country, and the world itself, has been in various stages of shut down or reduced capacity, we find ourselves on the verge of returning to a sense of normalcy that many of us had before the start of the COVID-19 pandemic. Manufacturers had closed out the year with above average technology orders in December, according to the latest US Manufacturing Technology Orders (USMTO) report from the Association of Manufacturing Technology (AMT). While January’s orders were down by 29 percent from the previous month, with a total of $322.5 million spent, this is up 12 percent from the same time last year. It also marks the first third consecutive month of year-over-year gains, which we haven’t seen since late 2018. The manufacturing industry was already poised for a rebound due to many of our readers returning to work as essential businesses early on, but let’s not get too ahead of ourselves. All of the problems in terms of the ever-growing skills gap, and the continuing loss of knowledge as experienced workers make the decision to retire, are still present. It’s not just a matter of us “returning to normal” any longer. In a recent study by Pew Research, 82 percent of Americans say that by 2050, robots or computers will be performing most of the work currently done by humans. The same study also indicated that 76 percent of Americans, think automation will have a more negative effects than positive as these solutions continue to be further implemented. Why is that? The truth is that automation will eliminate some jobs, but the overall goal is to redeploy those workers in positions that are safer, less repetitive, and often times more specialized or complicated than the work that automation would replace. For 2021, Industrial Machinery Digest has made the primary focus of our quarterly editions on the many different applications of automation, from integration of robotic systems, to the ever-expanding world of end-effectors that are pushing the boundaries of what can be accomplished with automation. From manufacturing and fabricating operations large and small, we look forward to delivering you the latest news and information that could help take your business to the next level. Best regards,
Nick Boliek
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Industry News Dynabrade CEO and President Hardy Hamann Retires Dynabrade, Inc has announced the retirement of President and Chief Executive Officer Hardy Hamann. His retirement will be effective March 31, 2021. “Over the last four decades I have been able to live The American Dream. I was privileged to work for some great companies that allowed me to live in various parts of the USA and make business friends around the world. I feel grateful for the opportunity to finish my career at Dynabrade”, states Hardy Hamann. Mr. Hamann served as the 98th President of the Industrial Supply Manufacturers Association (now part of ISA) representing 550 North American Manufacturers in 2002-03. The next President of Dynabrade will be announced at a later date. For over 50 years, Dynabrade has earned a reputation and position of continued leadership in the innovative design and manufacturing of unique portable abrasive power tools for grinding, deburring, filing and sanding. The company supplies high quality power tools to customers through a worldwide network of professional distributors.
Teradyne Announces New President of Universal Robots Teradyne, Inc. has announced that Kim Povlsen has been appointed President of Universal Robots. Povlsen, a Danish native, brings global executive leadership from a high-tech and commercial perspective and will lead Universal Robots’ next stage of growth and innovation. His appointment reinforces Teradyne´s commitment to Universal Robots’ Danish origin and its role in further developing the local robotics community. Kim begins his new role at Universal Robots on March 1, 2021. “I am delighted to introduce Kim Povlsen as the new President of Universal Robots,” said Greg Smith, President of Teradyne’s Industrial Automation Group, and acting President of Universal Robots. “Kim combines a fantastic track record as a dynamic executive with a background in and a tremendous passion for robotics. With Kim on board, Universal Robots is poised to strengthen its leadership in the global market for collaborative
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robotics. With Kim’s leadership, we can accelerate the growth in new applications and market growth for cobots. Universal Robots was one of the original companies at the core of the Odense innovation hub for robotics, and our global customers recognize the innovation and quality of that Danish heritage. I’m thrilled to have a Danish executive who can build on our achievements and support the further development of our robotics hub and headquarters in Odense.”
FANUC and Rockwell Automation Form Coalition to Quickly Address Manufacturing Skills Gap with Robotics and Automation Apprenticeship Programs The coalition includes APT, a FANUC and Rockwell Automation systems integrator, and NOCTI Business Solutions, which provides independent assessments of occupational standards and validation using recognized International Organization for Standardization (ISO) process validation methods. Franklin Apprenticeships is also a key partner of the coalition, ensuring apprenticeship support structure and success enablers for employers and apprentices. The coalition has developed new apprenticeship programs offering people opportunities to gain credentials that include fundamental robotics (Robot Operator) and automation (PLC Operator). The program offers a second level of credentials for Robot and PLC Technicians. A third credentialing level called Integration Specialist builds on the fundamental and technical skills that teaches people to operate and troubleshoot integrated FANUC-Rockwell Automation technologies. All of the new apprenticeship offerings will provide more people with fulfilling careers and help companies to bridge the demand for skilled workers.
Siemens and EOS North America Partner to Improve AM Efficiency and Profitability Siemens Digital Industries Software and EOS North America announced today an expansion of their partnership, which can help improve efficiency and profitability and increase the adoption of industrialized additive manufacturing. Through this agreement, EOS North America, the leading technology provider for industrial 3D printing of metal and polymer, will be able to resell Siemens’ software solutions for Additive Manufacturing (AM) with its machines. This can provide customers with build preparation and build optimization, as well as connectivity to critical upstream design and downstream production processes. “The ability to offer our customers a combination of Siemens’ AM software with EOS machines is an important step toward industrializing additive manufacturing for larger-scale production,” said Andrew Snow, senior vice president of EOS North America. “We want to ensure that our customers can be as successful printing their first part today as they will their ten-thousandth part tomorrow, which means our machines must go beyond build preparation to connect to the entire end-to-end AM process. This new agreement with Siemens will help accomplish this and we’re excited to partner with Siemens as a reseller of their AM solutions.
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Women in Manufacturing Association Seeks Knowledge Experts to Present at its 2021 SUMMIT The Women in Manufacturing® Association (WiM) invites industry professionals to submit speaking proposals for the 2021 SUMMIT to be held on October 4-6, 2021. The 2021 SUMMIT will be a hybrid conference, with both a virtual experience and in-person sessions at the Hilton Cleveland Downtown in Cleveland, OH, to ensure that the entire community can participate. The Women in Manufacturing SUMMIT is the highlight of WiM’s busy calendar of year-round programming dedicated to supporting, promoting and inspiring women in the manufacturing sector. The WiM SUMMIT brings together manufacturers of all types and welcomes individuals from every job function. The event features exclusive tours of leading manufacturing facilities, professional development sessions, roundtable discussions and inspiring keynote presentations, as well as social and networking events. More than 700 attendees are expected to participate this year. WiM seeks presenters who share cutting-edge ideas, inspire enlightening discussions, and offer the latest innovative concepts and trends that are changing how we work in manufacturing. Proposals are encouraged on presentation topics related to professional development, personal development, technical innovations, manufacturing business trends, strategic leadership, and diversity, equity and inclusion. Those interested in being considered to speak at the 2021 SUMMIT must complete the online application form by April 16, 2021.
Phillips Corporation boosts its strong additive manufacturing portfolio with the addition of the Markforged Digital Forge Phillips Corporation, a leading solutions provider of subtractive and additive (3D Printing) manufacturing technology products and services to both commercial and federal government markets, and Markforged, creator of The Digital Forge, an integrated metal and carbon fiber industrial 3D printing platform, announced that Phillips Corporation will distribute Markforged’s artificial intelligence (AI)-powered and intuitive additive manufacturing platform. The addition of the Markforged platform strengthens Phillips’ robust portfolio of additive technology products that includes metal and polymer powder beds, cold spray and direct energy deposition. The Digital Forge seamlessly combines precise and reliable 3D printers and both metal and composite proprietary materials with cloud-based learning software to empower manufacturers to create more resilient and agile supply chains. The platform creates strong end-use parts directly at the point-of-need and gets smarter after each print delivering cost and time savings for manufacturers when compared to traditional solutions. Markforged’s portfolio of industrial-grade 3D printing materials include a wide variety of metals, composites and continuous fiber materials.
SKF Announces Fal Dieso and Amy Sliwinski to Serve in Key Leadership Roles SKF, a global supplier of bearings, seals, lubricants, linear motion components, and condition monitoring systems, announced today the hiring and promotion of two key additions to the executive
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leadership team of SKF USA, its U.S. subsidiary. Fal Dieso joins SKF as vice president of marketing in North America, and Amy Sliwinski has been promoted to vice president of human resources for SKF in North America. Ms. Dieso will lead the planning, development and execution of all SKF strategic marketing initiatives in North America, including demand generation, product marketing, brand and corporate communications. She will also serve as the North America executive sponsor for Women of Influence, SKF’s employee resource group focused on mentoring and targeted professional development for women at all levels within the company. Prior to joining SKF, Dieso served in concurrent marketing leadership roles for industrial electronics and automation technology distributors RS Components and Allied Electronics & Automation. She also previously led digital marketing strategy, campaign planning and execution, as well as sales enablement, social media, public relations and channel marketing efforts in senior marketing positions at Ricoh USA, TE Connectivity, Princeton Power Systems and Nokia. “As a marketer, this is a phenomenal opportunity to help shape the future of a storied global brand,” said Dieso. “I can’t wait to explore new opportunities to creatively engage our audiences, tell the SKF engineering story in North America and work alongside our channel partners and distributors to build an industry-leading experience for our customers.” Ms. Sliwinski will lead human resources for SKF North America and become a member of the company’s executive leadership team, where she will lead implementation of the company’s new initiative, a values-driven “11 Behaviors,” organizational culture program. Most recently, she served as the vice president of recruiting and talent management for SKF USA. Prior to joining SKF, Sliwinski held a long tenured career at Santander as director of human resources strategy, leading learning and development, talent management and change management initiatives for the company in the United States.
Global Shop Solutions Celebrates 45 Years of Simplifying Your Manufacturing Global Shop Solutions, a leading developer of enterprise resource planning (ERP) software, is celebrating its 45th anniversary this year. Founded in 1976 by Dick Alexander, the family-owned business has grown from a small software developer to a global enterprise with five separate divisions in the U.S, Mexico, U.K, Southeast Asia, and New Zealand. A recognized industry leader, Global Shop Solutions currently serves thousands of discrete manufacturers in more than 25 countries and is known worldwide for making their ERP software customers’ most valuable asset. The company credits this outcome to product quality, customer service, and family-business values. “I want to salute my father, who founded this company 45 years ago and still comes into work every day,” says Dusty Alexander, President and CEO of Global Shop Solutions. “He built this company by listening to our customers, developing the software based on their needs, creating a work environment where employees can grow and thrive, and delivering the highest level of customer service. Forty-five years later, these fundamental values continue to guide the business in everything we do.”
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Process
How the Fox Outsmarted the Hare: Using Intelligence to Outperform Brute Force ANCA’s New EDG with ANCA Motion SparX Erosion Generator Decreases Cycle Time for PCD Tools by 50% By: Tom Nathan, ANCA PCD Erosion Product Manager
W
hen ANCA decided to create the ANCA EDG (Electro Discharge Grinding) machine in 2011, the mission was clear. The company wanted to create a high-performance Rotary Electro Discharge Machining (EDM) platform that was not only able to produce best-in-class tool geometries, but also have market leading cycle times. It was the brainchild of Pat Boland, ANCA Founder and Managing Director, who realized that to outperform the incumbents, brains was needed over brawn. “The erosion process is simple in its complexity. The basis of the process uses positive and negative electrodes with electrolyte to create sparks along a
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material. ANCA has a 45-year history in making the world’s best carbide and HSS tools and we wanted to use that skill set in PCD tooling,” said Pat. The main drivers behind the ANCA EDG machines were that it needed to be simple enough for all types of brazed shearfluted tools, but complex enough to enable the creation of the infinite variety of helical solid-tipped, veined and chevron tools. Pat adds: “We realized early on that with the complexity of tool geometries we wanted to allow our customers to create, the 5-axis interpolation while maintaining the precise erosion gap distance was going to be a challenge.”
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A 0.4mm solid-tipped PCD drill
Maintain the Optimum Spark Erosion Gap With IAC The ANCA EDG is able to maintain the optimum spark erosion gap for both simple 2D and complex 3D path interpolations, which is fundamental to the process working with high efficacy. This is very simple for 2D paths, however, when 3D path interpolation involves 4 or 5 axes moving simultaneously; surface area, volume and path variation become a challenge. From testing, we knew that the standard was to set the machine feedrate to the lowest allowable to maintain a useable spark gap distance; however, this leads to a lot of ‘air-time’ and drastically lowers efficiency. To allow the feedrate to remain high and maintain the optimum spark erosion gap, the idea of Intelligent Adaptative Control (IAC) was born. Intelligent Adaptive Control (IAC) is an in-time, servo-controlled feature that automatically monitors and controls the erosion gap distance, in-process. Utilizing the EtherCAT functionality of the ANCA Motion AMD5x control system, IAC synchronizes the machine moves with the generator performance. IAC adjusts and maintains the optimum spark gap which is vital while eroding 3D geometries such as PCD flutes and gashes on drills and endmills. With geometry changing in up to 5-axes at once, IAC automatically adjusts the gap distance and machine feedrate to optimize the erosion speed and surface finish. This involves not only speeding up feedrates when erosion is along linear paths but also slowing down feedrates when path changes occurs. Twists and turns along the erosion path leads to scenarios where the electrode wheel is likely to come into close contact with the tool, or comes off the tool. This can lead to optimal, bad and missed sparks along the trajectory. IAC automatically accounts for this and maintains the fastest possible feedrate along the length of any changeable path. This results in increased feedrates, minimum thermal damage, superior surface finish, increased MRR and decreased cycle time. An added benefit of IAC is the ease in which PCD and carbide micro-tools can be manufactured. Since IAC maintains the optimal distance, the chance of wheel collisions and hence tool breakage is very low which is critical when eroding tools under 0.5mm.
That is, PCD will require certain parameters as opposed to carbide (HM) and High-Speed Steel (HSS). The challenge is that PCD wafers are generally 0.6mm PCD with a 1mm carbide backing - sintered PCD, chevron tools and solid-tipped tools are formed onto carbide backing also. When aggressively eroding along the PCD-carbide border, erosion parameters optimized for PCD can inadvertently over-erode the carbide backing. This in turn leads to over-erosion at the PCD-carbide border, named an “undercut” as it selectively erodes the carbide under the PCD. Additionally, it can lead to “cobalt leeching” which is when the PCD binder, cobalt, is preferentially eroded away. This is akin to digging under the foundations of a paved pathway. If you dig too much material away from under the path, eventually the path will collapse. Machine testing showed that the undercut and cobalt leeching during heavy roughing lead to a brittle border along the cutting edge and premature tooling wear. To avoid this happening and to optimize the erosion process, Adaptive Spark Control (ASC) was created. ASC uses the DSP (Digital Signal Processors) and FPGA (Field Programmable Gate Arrays) on the generator itself. The EDG erosion generator is able to monitor and process every spark, in real time. The waveform of each spark is automatically monitored and categorized based on material being eroded, erosion gap distance and other factors essential to optimal erosion process. The generator can then dynamically adapt the energy level of each-andevery spark (current, voltage, duration and time-off) to suit the material being eroded. ASC optimizes the erosion process leading to less cobalt leaching and a reduction in undercut at the PCD-carbide border. This leads to a stronger cutting edge and a finished tool that is less prone to chipping. This helps achieve longer tool life, less tool wear and lower tooling costs. Testing on tooling suited to the machining of CFRP (Carbon Fiber Reinforced Plastic) showed a tool life increase of up to 100 percent.
Optimize the Erosion Process with ASC The current, voltage, duration, time-off and therefore intensity of sparks changes based on the material that is being eroded. INDUSTRIAL MACHINERY DIGEST.COM
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Boost The Power Electronics With ANCA Motion Sparx Erosion Generator ANCA leant on the expertise from their sister company, ANCA Motion to optimize the electronics to enable even higher and more aggressive erosion all-the-while maintaining very high surface finish results. When compared to equivalent componentry, the “mega-amp per pulse” technology enables ANCA customers to broaden the power range they can access and utilize. The ANCA Motion SparX Erosion Generator exhibits superior performance over the range of Extra-Heavy Roughing to Ultra-Fine Finishing operations, utilizing Pico-pulse technology for high energy-density ablation. This enables vastly superior controllability, providing customers with optimized feedrates, superior surface quality and drastically reduced cycle times. This pulse precision allows erosion that ranges from ultra-low energy pulses for exceptional ultra-fine finishing, through to high energy pulses for fast material removal. In the PCD erosion process, cycle time is directly related to the Material Removal Rate (MRR). The ANCA Motion SparX Erosion Generator delivers unrivalled increases in MRR utilizing the new Extra-Heavy Roughing, Super Fine Finishing and Ultra-Fine Finishing operations. What this equates to is an unsurpassed increase in MRR and a 50% decrease in cycle time compared to competitor machines - arguably the fastest cycle times in the market. Additionally, erosion surface quality also sees an improvement across all power modes. Polished surface finishes of Ra < 0.1µm and Rz < 0.5µm can be easily achieved using the newly release “Ultra-Fine Finishing” process with Pico-pulse technology. These operations enable the production of superior cutting edges necessary for the most demanding of cutting tool applications. Combining intelligence in a domain once dominated by brute force electronics, not only gives ANCA customers an edge over Simple and very complex PCD tooling. Note the solid tipped PCD drill.
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the competition but enables a smarter approach to tool making. The difference between our approach and the approach of our competitors is that ANCA focuses on what our customers want to achieve with their erosion process. They strongly told us that they wanted a process optimized for helical and round PCD tooling. We worked closely with ANCA Motion to design our erosion generator to suit not only shear tooling but the infinite array of highly complex geometries, rather than re-using generator technology originally created for Wire Electro Discharge Machining (Wire-EDM). Our approach turned the industry on its head. We let the geometries dictate the process, not the process dictate the geometries available. We used intelligence to outperform brute force, like the fox outsmarting the hare.
ABOUT ANCA ANCA is a market leading manufacturer of CNC grinding machines. It was founded in 1974 in Melbourne, Australia where the company still has its global headquarters. ANCA has offices in the UK, Germany, China, Thailand, India, Japan, Brazil and the USA as well as a comprehensive network of representatives and agents worldwide. ANCA CNC grinders are used for manufacturing precision cutting tools and components across a diverse range of competitive industries including cutting tool manufacture, automotive, aerospace, electronics and medical. For further information, please contact: Johanna Boland Group PR and Communications Manager, ANCA M: +61 407799779 Johanna.Boland@anca.com
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New Technology
Closing the Gap Between Collaborative And Industrial Robots ABB’s new SWIFTI cobot enables collaborative working at industrial speeds
O
ffering speeds of five meters per second, SWIFTI is a fast and accurate collaborative industrial robot for payloads up to four kilograms, designed to bridge the gap between collaborative and industrial robotics. ABB is enhancing its collaborative robot family with a new industrial cobot which combines enhanced collaborative safety measures and ease of use with the speed, robustness and precision of an industrial robot. Based on ABB’s class-leading IRB 1100 industrial robot, which offers best in class speed and accuracy, the CRB (Collaborative
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Robot) 1100 SWIFTI™ combines it's payload capacity with a reach of up to 580-millimeters with the benefits of safe collaborative operation and ease of use. This will open new possibilities for en-hanced productivity in a wide range of applications, from manufacturing to logistics and beyond, and enable more businesses to embrace automation. SWIFTI offers a maximum Tool Center Point (TCP) speed of more than five meters per second, which is more than five times higher than other cobots in its class and comparable with industrial robots. Designed to support intermittent collaboration between human and
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robot, SWIFTI can move at high speed for maximum productivity, without jeopardizing safety when a human worker needs to approach the cobot. SWIFTI is aimed at tasks including assembly and polishing where human operators need to be present to carry out duties such as supervision and repositioning of parts. Such applications have traditionally used extensive physical safety measures such as fencing to minimize the risk of people coming into contact with robots moving at high speeds, increasing the cost and size of the installation, and disrupting line speed and productivity as the robots have to be stopped so a human can enter the work-space. Integrating a safety laser scanner with ABB’s SafeMove Collaborative safety software, SWIFTI ensures that contact between a moving robot and a human will not occur, thus preventing injury. Working together, the technologies allow safe collaboration to be achieved without the need for physical fencing, by ensuring that an operator is not present within the robot’s working envelope while it is moving. If an operator is detected within SWIFTI’s working area, the cobot’s movements will automatically slow down or stop completely to allow the operator to approach safely. As the worker moves away, the cobot will restart, returning to full speed and movement for full productivity once it senses that its working envelope is completely clear. As an added safeguard, SWIFTI also features an interaction status light that provides a visual indication of the cobot’s status when the operator is in the cobot’s workspace. “By enabling safe collaborative operation at higher speeds with its speed and separation monitoring, SWIFTI bridges the gap between collaborative and industrial robots,” said Andie Zhang, Global Product Manager, Collaborative Robotics for ABB Robotics. “By utilizing the expanded capabilities offered by next-generation cobots like SWIFTI, companies will be able to transform their productivity by automating repetitive, mundane and dangerous processes, while leaving employees free to perform more re-warding activities.” Another aspect of SWIFTI’s collaborative design is its ease of use and installation. The robot’s safe working zones can be set using SafeMove’s easy-to-use fast setup tools, including the SafeMove Configurator App on the ABB FlexPendant. When it comes to programming the robot itself, SWIFTI offers users a choice of both lead-through programming via a clip-on lead through programming device, and ABB’s new Wizard easy programming software. Based on simple graphical blocks, Wizard Easy Programming makes it easy for non-specialists to automate their applications. The blocks represent actions such as ‘move to location’, ‘pick up an object’, and ‘repeat movements’, making it easy and intuitive to build a series of simple processes for the robot to perform. There are also functions for error handling, allowing novice programmers to re-solve errors such as collisions.
Removing the need for operators to learn complex programming languages, these features greatly reduce the time, effort and scope for error that have deterred many companies, especially SMEs, from investing in robotic automation. Every ABB cobot installation includes a start-up package that provides ABB Ability™ condition monitor-ing & diagnostics as well as a support hotline free for the first six months to access ABB’s expert tech-nical assistance, which is offering support across all industry segments. SWIFTI, and the new GoFa™ CRB 15000 cobot, will both be available from February 24 2021, and together they are the next generation of cobots from ABB, joining YuMi® and Single Arm YuMi to create an industry-leading cobot portfolio for applications ranging from less than 0.5 to 5kilograms.
Design and Engineering SWIFTI has been specifically designed to close the gap between collaborative and industrial robots, enabling fully safe collaborative operation to be achieved in applications demanding industrial performance in terms of speed, accuracy and robustness. “Combining the capabilities of a collaborative robot with the higher speed, accuracy
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and robustness of an industrial robot helps to address many of the barriers that have prevented many companies from fully realizing the potential benefits of robotic automation,” said Andie Zhang. “By coupling the safety features and ease of use and installation of a collaborative robot with the high speed, precision, performance and compact design of the IRB 1100 industrial robot, SWIFTI provides the best of both worlds. With collaborative safety and high speed and accuracy on a par with an industrial robot, it will help companies transform their productivity by enabling greater cooperation between their robotic and human workers across a wide range of applications.” Using the same platform as ABB’s classleading IRB 1100 industrial robot, SWIFTI provides the ideal solution for applications including loading and unloading or assembly where workers intermittently need to operate in the same workspace as a robot, as well as kitting, material handling, and screwdriving to insertion and polishing tasks. SWIFTI is designed to work with ABB’s OmniCore robot controller family. Offering high levels of flexibility, connectivity and performance, OmniCore features a 50 percent reduction in footprint compared with previous robot controllers, together with best-inclass motion control and path accuracy. OmniCore can be easily integrated with the latest digital production technologies, including a wide variety of fieldbuses and advanced vision systems. SWIFTI’s exterior design stands out, with the same distinctive white and gray color scheme as ABB’s other new collaborative robots, as well as ABB’s new collaborative robot signifier icon, which features a stylized depiction of a robot and human hand working together.
Speed and Performance As the collaborative version of the IRB 1100 industrial robot, SWIFTI offers the same class leading speed and repeatability. Moving at up to five meters per second, SWIFTI is more than five times faster than other 4kg payload collaborative robots, enabling users to combine the benefits of collaborative operation and greatly enhanced productivity with a single robot. With a best-in-class repeatability of 10 microns that exceeds both other cobots and industrial robots, SWIFTI can be relied on to accurately pick, transfer and place payloads time after time. This superior performance is achieved by the speed and safety separation concept outlined below, with human workers fully protected against the risk of accidental contact with the moving robot by SWIFTI’s integrated safety measures. Another benefit of SWIFTI’s speed and separation safety concept is the removal of the need for specialized collaborative tooling. As there is no potential for contact between human workers when
18 | IMD | Q1 2021
SWIFTI is moving, it can be used with the same tooling as a standard IRB 1100 industrial robot, presenting scope for potential cost savings and removing the need to hold two separate sets of tooling. An example is the inclusion of a vacuum pack, which features four integrated air supplies that can be used to enable simultaneous picking of multiple items using suction. Normally used on ABB’s IRB 1100 industrial robots, the same vacuum pack can be fitted to SWIFTI to offer the same functionality with no need for any modifications.
Safe By Design SWIFTI combines the proven performance of ABB’s SafeMove safety certified robot safety software, which is integrated directly into the cobot controller, with a safety laser scanner, to create a speed and separation safety concept, where the goal is to avoid any contact between human and robot that could potentially result in injury. This enables safe collaboration at higher speeds and payloads without the need for containment measures such as fences. This makes SWIFTI ideally suited for applications characterized by intermittent collaboration, with infrequent sharing of the workspace. Using a ‘green, yellow, red’ zone approach, the robot reacts according to which zone a human worker is in. If the worker is detected in the green zone, then the robot will carry on working at its full speed and range of movement. If the yellow zone is entered, the robot restricts its movement and speed to a safe limit. Entry into the red zone will bring the robot to a complete halt, allowing the worker to safely approach the robot to perform a task such as loading or unloading. The robot will remain stopped until the red zone is cleared and will only return to full movement and speed once the worker is back in the green safety zone. SWIFTI’s design also includes an interaction status light that allows users to easily see the status of the robot, with the light
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Key Features CRB 1100 » 4kg payload and 475mm or 580mm reach. » Fast performance – industrial robot speed of up to 5 meters per second (the exact safe collaborative speed may be lower, as it will depend on the specific application, tooling, payload etc. Users can refer to the SafeMove Configurator App for a recommendation. Users should always carry out a risk assessment of their application). » Accuracy / position repeatability of 10 microns. » Small footprint, lightweight manipulator and ability to mount in any direction. » Powered by OmniCore™ controller and FlexPendant. » Four integrated air supplies. » ISO flange for easy mounting of tooling. » Cobot label and white/gray color scheme to differentiate CRB 1100 and IRB 1100. » Safety laser scanner and SafeMove Collaborative software (a safety PLC may be required for connection with the laser scanner) » Interaction status light to communicate cobot status » SafeMove Configurator App on the ABB FlexPendant. » Safety certified PL d Cat 3. » IP40 protection. » Ease of use: quick calibration and configuration. » Ease of use: Wizard Easy Programming. » Ease of use: Clip-on lead-through programming device.
changing color from green to yellow to red according to the proximity of the user. “As well as helping to reduce the overall cost of an installation through reduced spending on additional safety measures such as fences, being able to remove physical separation between people and robots saves space and makes for more open workspaces. This helps people operate and carry out their tasks freely, which minimizes potential disruption and interruption of production processes caused by having to stop the robot to allow operators to enter a cell to sort out issues in the event of a problem,” added Andie Zhang.
Ease of Use Every effort has been made to help make SWIFTI as easy to use as possible, with ABB’s latest easy programming technologies designed to remove the need for users to learn specialist programming skills. Initially developed and launched in 2020 for ABB’s single-arm YuMi collaborative robot, ABB’s Wizard easy programming software can be used to set up SWIFTI in a matter of minutes. With Wizard, the programming process is reduced to simply dragging and dropping the required block on the screen of the ABB FlexPendant, with the user able to see the results immediately and adjust the
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cobot’s actions if required. By linking these blocks together, complete programs can be built for applications such as machine tending or assembly, with no need for any knowledge of robot programming languages. “Reducing the time and complexity of programming robots is one of the key opportunity areas for driving the growth of robotic automation, especially at the SME level,” said Andie Zhang. “People have become accustomed to the easy user interfaces in smartphones and other consumer technology. Our Wizard Easy Programming tool uses this concept to take the effort out of programming industrial robots and brings us a significant step closer to enabling anyone and everyone to use robots.” For companies with more specialized programming needs, new blocks can also be created to perform specific tasks. This is achieved through ABB’s Skill Creator software which is available for free for anyone to use to turn standard RAPID programming routines into Wizard blocks and make them ready for use by non-programmers. The custom blocks, known as skills, can be produced to control grippers or create actions for specific applications such as screwdriving and polishing. Users can also program SWIFTI using lead-through programming. A clip-on lead-through device that can be attached
to the robot’s end effector allows users to move the robot arm into the required positions, which can then be set using the FlexPendant. Once the positions have been set, the device can be removed and re-used to program other SWIFTI robots. SWIFTI users will also be able to use RobotStudio®, ABB's simulation and offline programming software. This is the industry’s leading PC-based solution for programming, configuration and virtual commissioning before installation. To help support SWIFTI, ABB has also created a series of online tutorials covering a range of topics, from set- up and programming through to operation and troubleshooting.
electrification, robotics, automation and motion portfolio, ABB pushes the boundaries of technology to drive performance to new levels. With a history of excellence stretching back more than 130 years, ABB’s success is driven by about 105,000 talented employees in over 100 countries. For more information, visit www.abb.com
ABOUT ABB ROBOTICS & DISCRETE AUTOMATION: ABB Robotics & Discrete Automation is a pioneer in robotics, machine automation and digital services, providing innovative solutions for a diverse range of industries, from automotive to electronics to logistics. As one of
Cobot Portfolio
the world’s leading robotics and machine automation suppliers, we have
The new SWIFTI cobot builds on the success of ABB’s YuMi family, which has been helping businesses safely automate key tasks since YuMi, the world’s first truly collaborative robot, was launched in 2015. ABB’s portfolio of collaborative robots now offers three different families – YuMi, GoFa and SWIFTI, with payload options ranging from less than 0.5 kilograms to 5 kilograms, to support the most diverse range of collaborative applications.
shipped more than 500,000 robot solutions. We help our customers of all
ABOUT ABB:
For more information please contact:
sizes to increase productivity, flexibility and simplicity and to improve output quality. We support their transition towards the connected and collaborative factory of the future. ABB Robotics & Discrete Automation employs more than 10,000 peo-ple at over 100 locations in more than 53 countries. For more information, visit www.abb.com/robotics
ABB Robotics US Media Relations ABB (ABBN: SIX Swiss Ex) is a leading global technology company
Alex Miller
that energizes the transformation of society and industry to achieve
Phone: 262-236-3710
a more productive, sustainable future. By connecting software to its
Email: alex.x.miller@us.abb.com
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IMD | 21
Industry Insight
Implementing Cobots: What They Don't Tell You and How To Do It Right By: Zac Bogart, President of Productive Robotics
A
ll across the country in factories large and small, collaborative robots (cobots) are sitting in unopened boxes, collecting dust instead of doing what they do best: enhancing productivity. I see this time and time again when I visit manufacturers that ask us for advice on cobot automation.
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Here’s the problem: Automation engineers are busy. They’re either too short on time to set up a cobot or they quickly realize integration is more complex than anticipated. Successful integration requires more than the marketing pitch that cobots are “easy to program.” Implementation usually requires interfacing to existing
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equipment, choosing or designing an end-effector (gripper) for the job, and building fixturing that wasn’t necessary when an employee was doing the job. Many automation engineers aren’t familiar with these aspects of cobot implementation and get overwhelmed when asked to add them to their already demanding workload. Here’s how to ensure you don’t waste your cobot investment:
The Cobot Is Only Part Of The Application A cobot is only one component of the full automation cell. For the physical setup, consider where it will be located in the work area. Can you roll the cobot into the space where the employee formerly stood or must the work area first be redesigned? Once the cobot is in place, does it hamper the employee from accessing the area? This is common because work areas were designed for people with high flexibility and dexterity: much more so than a typical robot. Typical cobots (and industrial robots) have 6 joints, which makes them substantially less maneuverable than a human arm. Some cobots are now available with seven axes (or joints), which gives
them maneuverability similar to a human arm. In general, more axes equals more flexibility and versatility. Cobots with seven axes can fit into tighter spaces, reach around areas, and be located off to the side of the work area. Look for a model that won’t require the workspace to be redesigned to fit both the cobot and an employee. The next consideration is communication between the robot and the equipment with which the robot will work. If the cobot will be tending a CNC or other machine, how will it interface with that machine? An older machine may not have interface capability or require a more complicated interface. Does your in-house engineer have the knowledge or expertise to configure that interface? Would it be easier to have the cobot push the start button like an employee does rather than interfacing electrically with the machine? If so, can the cobot reach the start button?
What Role Do Integrators Play In This Process? An integrator will definitely get the job done, but beware of a few potential pitfalls. Not all integrators are familiar with cobots. Those who treat the project like an industrial robot can negate many of a cobot’s benefits. For example: most cobot applications, if designed correctly, do not require safety fencing, whereas most industrial robot applications do. Then there’s the cost. Integration usually costs more — sometimes much more – than the cobot itself. Does your supplier have the expertise to help you through the integration process? Will the supplier participate in the actual integration work or are you on your own once you receive your cobot? Many applications don’t require a full-scale integration program. A little coaching, a few tips, and maybe a little help with the accessories is all you need. Ask your cobot supplier what help they can provide, and how much each service costs, before you decide to spend additional funds on an integrator.
How Is The Work Staged? Most manufacturers don't understand the need for and importance of staging the work the cobot will handle, and it’s one reason implementations fail before they start. A cobot requires fixtures to be built that will hold parts in registration. This is a work-holding cost many potential customers don’t realize they’ll have to incur. Fixturing can be as simple as lining up the parts in a tray or as complex as a CNC-machined contraption with moving parts. INDUSTRIAL MACHINERY DIGEST.COM
IMD | 23
Without experience, it’s not always obvious to know the simplest solution. Ask your cobot supplier to help. It will require a review or analysis of the parts the cobot will be handling.
End-effectors: Another Additional Cost End-effectors – grippers – are fundamental to an application’s success. What you use will depend entirely on the parts the cobot is handling. If the cobot is painting, polishing, sanding or deburring, that will require a different type of end effector. End-effectors can be driven by air (pneumatic), mechanical, controlled electronically (these are the most flexible) or via vacuum with suction cups or other vacuum surfaces for picking up oddly shaped objects. Sometimes, for specialized functions, very complex devices must be custom-designed and manufactured. You must consider the parts the cobot will handle to choose the appropriate gripper. Ask your cobot supplier what’s best whether or not the company can supply it. They must study your parts to make a recommendation. If they recommend a particular gripper without the benefit of studying your parts, find someone else to help with this.
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Machine Vision: Should You Go There? If cobots had the eyesight and brain power of a two-year-old, implementation would be much simpler. While no cobot has that level of sophistication yet, a machine vision system can be added for an additional cost to relieve many of the challenges and requirements of fixturing. These systems have been around for a few decades, but there’s a catch. Machine vision is notoriously complex to learn and program. Once programmed it can work very well, but the learning curve can be challenging. If you never plan to move your cobot from job to job, a traditional 2D machine vision system can be a powerful addition, and most offer similar capabilities. 3D robot and cobot vision systems are now starting to hit the market with varying results, which depend mostly on the specifics of the objects being handled. As with the other aspects of integration, ask your supplier if they sell vision systems and can set it up and program it for you. A new generation of vision systems, such as our OB-Vision, are coming to market. They’re tailored specifically to guide the cobot to pick up parts without the need for fixturing and don’t require programming. The vision system camera is integrated into the end of
the robot arm and “looks” at the work area to find the parts to pick up. “Programming” this vision system involves “showing” the camera one sample part, and pushing a single button. While not as versatile as traditional 2D machine vision systems, this is a major benefit if you plan to move your cobot or if you need it to work with a variety of parts.
Maintenance: Once the Cobot’s Up and Running So now you’ve got the cobot installed, the grippers designed and built, the interfacing done, programs written, accessories in place, and the job is running. You’re done – right? Not so fast. In the real world, things change. Parts can vary a bit; components in the workspace move a little; something gets bumped, bent or tweaked. These everyday occurrences will often require that “easy-to-program” cobot program to have it’s “program” adjusted. Who’s going to do that? The cobot supplier or integrator? Do you need the automation engineer to be on call, or is the cobot so simple that its operator can make these changes? Cobots that “learn” by being shown what to do are “taught”, rather than “programmed”. The benefit of this is that an engineer or programmer is not required to make basic changes to the robot’s “program”. Most production personnel can modify the robot’s path or movements easily.
Maintaining A Safe Operational Speed A risk assessment is required for all cobot applications. When an employee is going to be sharing the workspace, speed must be limited to 10 inches per second (250mm/sec). Therefore, if the application will be running around employees, you must limit cobot speed to this “collaborative” level. Of course, everyone wants faster-faster-faster. If you must limit speed (and this is the most common situation for a cobot), make sure the cobot’s controls can be locked so no one can change the speed. Make sure that your cobot does not allow unauthorized or unintended speed changes without a password.
» Do your homework before you choose. Talk to multiple cobot suppliers and investigate multiple brands. Consider all aspects of the cobot: from capabilities through implementation support to maintenance. » Find someone you can lean on for advice. Maybe you know another manufacturer who’s already begun implementation. Maybe your supplier has a lot of experience in implementations. Sometimes all you need is a few questions answered or a few tips. Someone who’s been there can save you a lot of time and money with a few simple conversations. » Start simple. Always, always, always start with the easiest job even if it’s not the one you need the most. Get the “easy” job running. Your team will learn the ropes; employees will become comfortable; and your cobot will quickly start paying its way.
ABOUT PRODUCTIVE ROBOTICS Productive Robotics Inc. designs, manufactures and markets collaborative industrial robots and accessories used in diverse manufacturing processes. Its full line-up of OB7 cobots are the simplest, most flexible, easiest and fastest to teach collaborative robots in the market. Through its “no programming” platform, seven-axis 360-degree movable arm and proprietary intellectual property, Productive Robotics’
The Future
full line of next-generation cobots offer customers application
So, you’ve made it this far. To quote Winston Churchill: “This is not the beginning of the end. This is perhaps the end of the beginning.” Cobots are the future of manufacturing and you will probably end up with many of them, so here are a few parting tips:
advantages over the current cobots in the market.
26 | IMD | Q1 2021
For more information, visit www.productiverobotics.com or contact support@productiverobotics.com
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Integration
For projects of any size, it can be crucial to partner with an expert supplier such as Rapid Development Services to overcome obstacles such as meeting specifications, regulatory requirements, system integration, and necessary customization, as well as completing the work on time and within budget.
Taking the Next Step in Automation: Overcoming the Challenges to Automate Manufacturing
Working with an expert fabricator and integrator that is flexible enough to customize can help meet requirements while expediting completion
F
or manufacturers, the continual need to increase production speed and efficiency while reducing labor has spurred a shift toward implementing automated systems. However, off-the-shelf equipment will not accommodate every application, particularly those that are complex with robots and conveyors, as well as a host of equipment for manufacture, assembly, packaging,
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labeling, palletizing, etc. that must be flawlessly coordinated. For this reason, even some large automation companies will not take on applications considered too difficult. In such cases, companies looking to increase the speed and efficiency of their manufacturing lines need an automation partner that can quickly and cost-effectively deliver tailored, even custom
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A distinct advantage can be gained when working with an integrator like Rapid Development Services that can couple the knowledge of custom machine building with standardized robotics, as well as develop specific control and communication support between production machinery and operator or inventory management systems.
solutions. This includes the ability to design, build, and integrate high-speed, high-volume automated equipment and systems for some of the largest companies in the world, as well as growing corporations seeking to become world-class. For projects of any size, however, it is often crucial to partner with an expert supplier to overcome a range of obstacles such as meeting specifications and regulatory requirements, system integration, and necessary customization, as well as completing the work on time and within budget. “While implementing off-the-shelf solutions can be a starting point for some projects, automating and incorporating robotics frequently requires a custom solution that meets very specific process requirements. For this reason, even large suppliers in this space will often pass on opportunities if they are not easily resolved,” says Leon Gurevich, founder and President of Rapid Development Services (RDS). RDS is an industrial automation equipment builder, providing design, engineering, integration and fabrication of production machinery. The company has implemented over 300 complex, robotic, assembly and manufacturing projects worldwide, and has been awarded more than 40 patents. So, at the risk of delay or failure on larger, more complex projects it is particularly important to work with a supplier that not only has expertise, but is also nimble and flexible. “When it comes to automating production, equipment can range from very small to complete lines several hundred feet long that can consist of robots, conveyors, vision systems, server drives, etc.,” says
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Gurevich, who has worked with companies such as Anheuser Busch, Johnson and Johnson, Cargill, General Mills, Abbott Labs, Pfizer, Medtronic, and Cooper Industries. “So, automation suppliers and integrators need a ‘tool box’ full of solutions including the ability to design and build from scratch in order to fit together all the pieces of the puzzle.” In the case of RDS, the company typically uses standardized off-the-shelf solutions and integrates it with other systems, but can design and manufacture equipment and sub-systems from scratch, as needed. This includes equipment such as automated assembly solutions, inspection systems, packaging equipment, labeling/marking systems and palletizing automation, as well as filling systems and machine tending automation. As an example, after trouble with an initial vendor, this approach helped Monsanto Dairy Group stay on schedule with the construction and start-up of a veterinary pharmaceutical facility in Augusta, Georgia, according to Chris R. Redford, P.E., Principal Pharmaceutical Engineer, Monsanto AG Engineering, St. Louis, MO. “The custom handling system [originally] purchased by the construction was found unacceptable after a full year of design and fabrication effort. This put us in a very difficult position. We either had to accept a poor-quality piece of equipment – and modify it to meet our requirements, or accept a lengthy schedule delay,” stated Redford. In response, Redford turned to RDS, and credits its effort in getting the facility rollout back on track. According to Redford, in working with RDS, “We were able to design a new handling system from scratch in just a few weeks.
Off-the-shelf equipment will not accommodate every application, particularly those that are complex with robots and conveyors, as well as a host of equipment for manufacture, assembly, packaging, labeling, and palletizing, that must be flawlessly coordinated.
[Rapid Development Services] designed the new system in modular sections that could be brought into the facility through standard door openings. This allowed us to continue facility construction with no delay.” Despite the complexities of manufacturing automation, due to market requirements even very technical systems often have to be developed and put into production under compressed time schedules. Such was the case when wireless communications manufacturer Triton Network Systems created a high-volume manufacturing line for the assembly of high frequency, RF modules used in the broadband wireless industry, according to Joseph Kreuzpaintner, Principal Engineer at Orlando, Florida-based Triton Network Systems. Kreuzpaintner stated that the manufacturing requirements involved precision alignment and mounting of odd shaped components, dispensing of epoxy, electrical testing of product on laser equipment, in-line processing of modules at a heated test station, installation of cables, and mechanical assembly of a circuit card to a housing. He notes that after conducting a survey of integration companies meeting Triton’s manufacturing work cell requirements, RDS was selected as the primary equipment integrator for the Module Factory at Triton, which helped to expedite project completion. “Rapid Development Services’ technical expertise in handling products, test socket and integration methods, precision in machining, robotic, PLC and actuator integration, and customer support have allowed Triton Network Systems to complete the integration of five
work cells within 9 months. Their participation in the project has provided… solutions that were identified by other integrators as “not possible” or “need 12 months to develop,” stated Kreuzpaintner. When automated manufacturing systems are developed, the equipment must also be robust enough and the integration reliable enough to operate with near flawless capability and minimal supervision for the long haul. In this regard, a distinct advantage can be gained when working with an integrator that can couple the knowledge of custom machine building with standardized robotics, as well as develop specific control and communication support between production machinery and operator or inventory management systems. Pohlman, Inc, a Chesterfield, MO-based manufacturer of screw machine products benefitted from such an approach, according to Hank Studt, Pohlman President. “RDS has provided three different automatic robotic pick and place machines that have been in use at Pohlman, Inc for over 10 years. The machinery has operated without any service needed by them. This technology helped us to get our products into mass production with a competitive advantage,” stated Studt. He concludes, “The flexibility of 6-axis robotic technology allows us to produce an array of products on the same equipment while maintaining a high-quality product. We have relied on this equipment to continue serving our customers.” For more information, call (866) 900-1033; visit rapidds.com; or write to Rapid Development Services at 4329 Green Ash Drive, Earth City, MO 63045. INDUSTRIAL MACHINERY DIGEST.COM
IMD | 31
Automation
Milling head on the MasterPrint™ machine removing 3D-printed thermoplastic material, finishing the contours of this scale-model cargo ship.
INNOVATION On A Larger Scale
Robotic fiber placement and 3D printing enable disruptive breakthroughs in today’s manufacturing processes
T
he advantages promised by Industry 4.0 are being realized at Ingersoll Machine Tools in Rockford, Ill. “Digital twin” machine design simulation, higher robotic intelligence, and complex motion are the essential tools here. Those tools are making large-scale mold production, part machining, and process automation accessible to the broader aerospace, marine, and other industry sectors. “The disruption promised by Industry 4.0 has already begun,” says Jason Melcher, vice president of sales at Ingersoll. “What’s all the more remarkable is that it’s happening in aerospace, where machine design for improved mold and part production is about the largest of the large, the most difficult of the difficult.”
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“Here, process impedance is evaluated not just hour-to-hour, but minute-to-minute, and pounds-per-hour,” Melcher explains. “We are seeing greater make-ability, supported into the future by the aerospace industry’s top CNC and motion technology platform.” Process improvement has always been big at Ingersoll. For many years, the company’s mechanical, software, and process engineers have teamed with Siemens engineers to develop next-generation, large-format machine designs. But what exactly are Ingersoll and Siemens up to that is truly breakthrough? Now, these two technology companies are teaming up with customer engineering teams to invent, validate, and mitigate risk.
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They are collaborating on a larger scale, where intelligent robotic fiber placement and massive print/mill part production are no longer a vision but a reality.
Robotic Fiber Placement A longtime player in automated fiber placement (AFP) for aerospace, the Ingersoll venture into high-end robotics seems a natural progression. The company’s ambition has been to make robotic fiber placement affordable to second- and third-tier aerospace part producers. But that ascent into the aerospace market had been held back by several earthbound realities, including the historic inaccuracy of large-scale robotic positioning, the lack of robotic control at the machine operator level, and the high cost of designing and building larger-scale, customized AFP systems. Accurate robotic positioning: Even in recent years, the positioning accuracy of larger-scale robotics has been no better than roughly 5mm and with poor repeatability. To address this limitation, Siemens evolved its powerful Sinumerik 840D sl CNC to include Run MyRobot™, its highly sophisticated robotic compensation software. This has enabled Ingersoll to integrate robotics into its new Robotic FP™ fiber placement machine designs, achieving repeatable robotic positioning accuracies to less than 1mm. Accuracy is maintained for both standard and inverse robotic motion. Robotic control at the machine: The robotic motion of a Robotic FP™ machine is easily controlled at the machine using the Siemens Sinumerik CNC Operate interface. The control’s intuitive, graphical interface is universal across the Sinumerik CNC platform of controls. Aerospace customers can achieve higher process efficiencies plantwide as operators quickly become familiar and efficient using an interface that stays the same from machine to machine, even when moving from 3-axis to 5-axis or 6-axis robot with numerous more axis (turntable, mandrill, linear rail, etc.). The operator’s experience is the same, whether controlling traditional fiber placement, robotic fiber placement, 3D printing, robotic 3D printing, or any CNC machining process. Machine design simulation: The machine tool industry has long anticipated the ability to virtually design, test, and redesign the digital twin of a machine, mold, or part before moving into actual production. In aerospace, the sheer size of a machine or a part has made physical prototyping especially costly. Traditional trial-and-error prototyping would produce massive losses in time and material. To escape these constraints, software engineers at Ingersoll developed simulation software that enables process engineers to virtually design and develop a machine, a mold, or a part. The software wraps around the Siemens Virtual NC Controller Kernel (VNCK) simulation software. The controller processes and simulates virtually all machining cycle data and tool paths exactly as they would be performed on the actual machine, and the Sinumerik Operate interface graphically displays this exact digital twin simulation.
Large-Scale 3D Printing and Milling Platform The world’s largest thermoplastic 3D printers draw the immediate attention of aerospace engineers as they enter the immense Development Center at Ingersoll Machine Tools.
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IMD | 33
Having adjusted to the sheer size of the MasterPrint™ machine, what holds the engineers’ attention is the prospect of faster prototyping, shorter lead times, and 90 percent reductions in manufacturing costs. Ingersoll innovation continues with the development of the MasterPrint 5X™—a turnkey print-and-mill machine with even greater productivity breakthroughs that is again enabled by the Siemens Sinumerik 840D sl CNC platform. Michael Falk is a mechatronics engineer and the leader of the Siemens sales team that has supported Ingersoll in its rollout of the MasterPrint™ series. Falk has often witnessed the reactions of the aerospace engineers that visit the Ingersoll Development Center, and he can attest to why the “5X” factor is a big attraction. “Ninety percent of the time, anything that is 3D-printed will need to be finish-milled,” Falk says. “The new MasterPrint™ does exactly that as a turnkey operation to produce the world's largest parts incorporating automated change-head technology, developed by Ingersoll and supported by Siemens.” Falk says that what aerospace and naval engineers are now witnessing at Ingersoll is their ability to explore process improvement goals that were once unattainable. “In October of 2019, the University of Maine was awarded three Guinness World Records for 3D-printing a 25-foot-long boat that can actually float and carry people” he says. “What's remarkable is that Ingersoll engineers have surpassed the size record several times over since then.” Mill-print efficiency: The MasterPrint™ approach to large-format 3D printing combines the amplified speed, dexterity, and accuracy of 5-axis motion. The same gantry can now interplay the functions of printing, milling, fiber placement, tape laying, inspection, trimming, and more. 3D printing from any angle: Ingersoll is releasing the new MasterPrint 5X™, Falk says. The machine can print from any angle to its full advantage. So, now you can rapidly make a massive mold or part using the most efficient sequencing. The 5-axis printing nozzle changes orientation accordingly to print much more complicated parts.
Toolsets for The Future
7-axis interpolated motion is no problem for the Sinumerik CNC control. 8-axis can be achieved by adding an extruder control.
Jason Melcher and Michael Falk have witnessed a relentless enthusiasm among Ingersoll Machine Tools engineers who are raising exploratory questions in a supportive culture. They describe a lab environment where a process engineer recently out of college is quickly learning things that even the most advanced mechatronics courses do not cover. At Ingersoll, engineers are challenged to invent, validate, learn, and build a better machining process—and they have been given the tools to do this. Way beyond G-code: “Siemens brings an open toolbox to the machine-design process,” Falk says. “You have the 5-axis Sinumerik 840D control, a full set of motors, drives, and components. You have simulation software and an open invitation to third-party innovation. It all comes together, with the Sinumerik CNC and its virtual counterpart, the VNCK kernel, becoming the brain of a much more evolved machining process.” Nate Haug is a process engineer at Ingersoll. He is one of the many inspired engineers at the company who attests to the advantages of using a more open set of CNC and motion control
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Near-net shape, achieved with speed and accuracy, and driven by the precision performance of the control.
High-speed synchronization: “The sync actions during the 3D printing is where a lot of the magic happens,” Falk says. “You get great-looking parts with consistent bead geometry. The printing slows only as needed around corners, then resumes optimal speed. Corners are not overfilled. There are no infill issues, no necking down of the bead, no voids in the tooling, and no material build on the inside of the part.” Robotic 3D printing: Ingersoll has taken full advantage of Sinumerik Run MyRobot /Direct Control, the robotic compensation software that is now a key feature of the Siemens Sinumerik 840D sl CNC. Ingersoll offers a wide range of robotic systems where the CNC on the machine can control multiple modules operated by the same robot.
tools. “Siemens starts with a programming language that allows us to do a lot more than we could using a “G-code only” based control,” Haug says. “There are two toolsets, really. One is the Siemens language that allows for an open range of functions and variables. The other toolset lets us inject conditional functions into the brain of the NC. Without both of these toolsets, we wouldn't be able to do what we do. We're using the 840D on a fiber placement machine, on a robotic fiber placement machine, on a 3D printer, on a robotic 3D printer, on machine tools with two heads, with vertical, with five heads, with basically any configuration.” Materials R&D: Haug says that in addition to making improvements among the existing machines at Ingersoll, he and fellow engineers are using their Siemens Sinumerik CNC toolsets to investigate pathways to new machine development. One of those pathways is in materials research. “Each material has its own flow properties,” Haug explains. “The Siemens control enables us to modify features in the code to adjust for the material. The CNC platform enables us to investigate a broader range of materials.” Material property questions explore variables such as strength, shrinkage, warpage, and the use of isotropic versus anisotropic materials. Material solutions emerge in the realms of rapid prototyping for civilian, defense, and infrastructure applications. The concept of a one-of-a-kind printer also emerges, one that can support ambitious initiatives such as bio-based feedstocks using cellulose derived from wood resources. Machine self-monitoring: While manually conducted visual inspections are still common today, they are becoming analog answers to an increasingly digitally automated production challenge. Ingersoll sees the day coming soon when inspections are routinely a function of the machine as a secondary process. A fiber placement machining process will monitor layup, check for any defects, and assure the part’s accuracy and reliability. Similarly, a hybrid 3D-printing process will one day print and machine back-to-back with seamlessly integrated process self-monitoring. The development of these automated self-inspection processes is already supported by the Siemens CNC and motion control platform, which governs accurate positioning and positional feedback. A machine can detect, trace, and report any variance.
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Expectations On A Higher Plain As Ingersoll and Siemens have demonstrated, the promised advantages of Industry 4.0 are being implemented today. Having removed the boundaries to large-format robotic fiber placement and 3D printing, expectations now rise toward making breakthrough improvements across the entire part production process. “It’s bigger-picture thinking,” says Jason Melcher of Ingersoll. “When we visit a customer, it’s to explore process improvement. It’s not about a line card of machines that have fixed features and functions. We are entering conversations about tailored process improvements.” For engineers in aerospace, marine, and other progressive sectors, innovation on a larger scale means they now have an unlimited toolbox from which to explore as never before.
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IMD | 35
Product Showcase
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IMD's Product Showcase features the latest from some of the manufacturing industry's top suppliers.
New VariBlast Precision Safety Air Gun with Nano Nozzle Provides Focused Blast for Blowoff
Tormach Introduces Its New 8L Lathe
EXAIR’s new VariBlast® Precision Safety Air Gun with Nano Super Air Nozzle provides a focused blast of air capable of handling tough jobs with remarkable strength. This CE compliant lightweight air gun employs an engineered variable flow trigger able to produce variable force upon a target simply by pulling the trigger. A comfortable full finger trigger and convenient hanger loop are built-in to this 1/4 NPT Safety Air Gun. The Nano Super Air Nozzle requires only 8.3 SCFM and is made of Type 316SS or PEEK thermoplastic. The VariBlast Precision Safety Air Gun is available with a standard, 12-inch or 20-inch extension which can also be outfitted with an impact resistant polycarbonate Chip Shield. The air gun body is made of high impact, glass reinforced nylon. The airflow that exits the nozzle can’t be blocked, assuring safe operation and meeting required OSHA standards 1910.242(b). This VariBlast Precision air gun produces a quiet 75 dBA noise level which is well below the limits of the OSHA noise exposure standard 29 CFR 1910.95(a). A variety of other Super Air Nozzles with different force and flow values are available. All of EXAIR’s Safety Air Gun product lines are CE compliant and use engineered air nozzles for high performance and safety. All are available with extension pipes and Chip Shields. Price starts at $76.00.
This new 8L Lathe is a small machine with big capabilities,and has the ability to fill turning needs in a variety of spaces. Rigid enough to cut anything, whether it’s plastic, stainless steel even titanium, this machine can handle it, and at an approachable price point. Starting at $6,595 for the basic machine with tailstock and fullyassembled enclosure, an 8L Lathe Deluxe Package with numerous features including a robust machine stand with integral coolant tank, separate chip drawer for easy removal, storage drawers and optional side shelving, as well as PathPilot controller, tool holder/tool kit, monitor, keyboard, mouse, and more is available for only $8,875. The new 8L is unique, not just among other Tormach machines, but also in the general machine tool market, because it offers a 1.5 HP (1.11 kW) spindle that runs at 180-5000 RPM. With a 5C spindle, the 8L can accommodate parts up to one inch or use a 3- or 4-jaw chuck, providing a swing of up to eight inches. The stepper motors on the X and Z axes provide a feed rate of 150 IPM (3.8 m/min). The maximum workpiece length is 10-inches with the tailstock. Instead of the operator needing two wrenches that turn hardware in opposite directions, the machine itself can lock down the tool holder. By allowing ‘one hand tool changing’, this takes a typically inconvenient task and not only makes it easier, but also greatly reduces the time required to change the tooling.
» For more information, visit www.exair.com
» For more information, visit www.tormach.com
36 | IMD | Q1 2021
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Suhner Offers Economaster® Drilling Units For Value-Priced Production Use Suhner introduces the EconoMaster® line of drilling units, affordably priced at under $3000 for the basic unit, in stock for immediate delivery or customizable to suit the particular operation. This economical solution is ideal for multiple materials such as light metal, wood, composite, plastic and foam. Because these units are entirely produced at the Suhner factory in Rome, Georgia, response times for delivery and customized construction are very fast, according to Sales Manager Lee Coleman. “We recognized the need to bring our global technology to a local level, here in America, and the EconoMaster is a key step in that process.” Suhner is based in Brugg, Switzerland with plants and distribution centers worldwide. The EconoMaster drilling unit features low power and air consumption, adjustable motor housing, adjustable total stroke up to 4-inches, hydraulic feed control cylinder, J33 taper spindle end, 0-1/2-inch drill chuck, electric front & rear position limit switches, belt tensioner and chromeplated quill. Basic unit weight is 45-pounds. Other key features include adjustable feed stroke of ½-3-inch, 400-pound thrust at 85 psi, operating pressures to 110 psi, TEFC/IP56 protection, standard 230V/460V, concentricity of .002” TIR, speed ranges
to 9600 RPM and an air connection retract/advance of ¼” to 27 NPT. EconoMaster drilling units can be supplied with an adjustable stand, inline vertical configuration and multiple spindle heads for medium-duty production drilling, with many other spindle options and toolholders available. Please consult the factory.
» For more information, visit suhner-machining.com
Increased Production Capabilities For The Semi-Auto SUP-600 AngleMaster Sawing System With the new addition of the optional Auto-90 program feature, the SUP-600 AngleMaster saw runs completely automatically for 90-degree cuts only. The system will feed materials, make the 90-degree cuts continuously and is ideal for Door & Window Industry, T-slot Extrusion Builders, Lighting Fixtures, Storefront Facades and industries using high volume non-ferrous materials with 90-degree cuts. Scotchman’s SUP-600 NF AngleMaster Upcut Circular Cold Saw is designed specifically for cutting non-ferrous material such as aluminum. Copper, PVC and wood. Featuring a 24” (600 mm), 132 tooth carbide blade that is capable of producing round cuts up to eight-inches in diameter and rectangular cuts up to 9-inches x 5-inches at 90-degrees, the SUP-600 NF offers an increased cutting capacity not found in traditional pivot saws. This SUP-600 upcut saw coupled with the Scotchman AngleMaster digital material positioning system, creates a semi-automatic programmable saw system that automatically rotates to any cut angle, pushes material into the saw and » For more information about their Metal Fabricating Solutions, visit www.scotchman.com
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automatically rotates to the next desired angle. Standard features include: 21-inch touch screen control that can store unlimited cuts list. Adjustable feed rate with mitering degree range of 22-degrees to 159-degrees. Two horizontal and two vertical pneumatic clamps to secure material being cut. A 4-1/2-inch port for chip collection plus a drawer under the bottom of the saw. The SUP-600 NF is available in 230 volt and 460 volt configurations and is backed by Scotchman’s superior warranty.
Combilift Launches of new Aisle Master Order Picker: Aisle Master-OP Research & Development carried out in 2019 & 2020 has created the Aisle Master-OP. The main feature of this unit is the step-through operator compartment which has design copyright protection across multiple markets worldwide. The low floor height of just 280-millimeter enables convenient, single step access from both sides of the truck which speeds up order picking compared to the operator having to get on and off from a seated position. The AME-OP truck has all the key advantages of the conventional Aisle Master – indoor/ outdoor, for loading/offloading and for stock replenishment at other times during shifts when order picking is complete. The Aisle Master-OP is available in a number of variants, with lift capacities from 1,500kilograms to 2,500-kilograms, lift heights up to 12.1-meters, and can operate in aisles as narrow as 1650-millimeters. It features a patented chain steering, which allows the truck to articulate more than 205-degrees, with an inline drive motor and front
drive axle assembly, all of which enable narrower aisle operation. The multifunctional programmable joystick control lever in the operator compartment, which includes controls for the hydraulics and traction, is adjustable to enable comfortable and ergonomic working conditions for operators of all sizes. The Operator Presence Detection floor pad engages the parking brake automatically when the operator steps off the truck to carry out order picking.
» For more information, visit www.combilift.com
WATCH VIDEO BELOW
FANUC America And Plus One Robotics Deliver StateOf-The-Art Automation Solutions To E-Commerce Fulfillment Customers The new flexible fulfillment solution incorporates a FANUC robot and Plus One’s AI-powered PickOne perception system to identify, singulate, and sort a wide range of conveyable items without the need for traditional vision training. Powered by AI, the system can adapt to variations in product material, size and shape, as well as intermixed, random delivery. If any exceptions occur, Plus One’s “Yonder” human-in-the-loop function notifies a “Crew Chief” who can remotely manage the exception, minimizing the interruption and providing seamless sustained automatic operation. Combined with a high-performance FANUC industrial robot, the system can outperform a comparable manual operation.
The Sky Hook is your personal safety lifting solution, preventing lifting injuries while saving you both time and money!
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» For more information, visit www.fanucamerica.com INDUSTRIAL MACHINERY DIGEST.COM skyhook-q-video-WhySky-03-2021.indd 1
IMD | 39 3/19/21 9:46 AM
COXREELS® Extreme Duty XTM Series COXREELS is proud to introduce the Extreme Duty XTM Series spring rewind reel. Born from the coalescing fires of the highest strength springs, stainless steel rollers, dual sintered bronze bearings, multiple axle supports, and welded box frames, the XTM Extreme Duty Reel combines the ultimate features into the world’s most robust reel solution. As with all COXREELS spring rewind reels, the XTM Series will satisfy your application’s hose management needs and is USA made with COXREELS Legendary Quality, just in a more impervious package than previously available. Based on the TMP T-Series Medium Pressure product line, the XTM uses the pinnacle of all options available in the COXREELS lineup with some unique features for extra rugged environments. All sizes of the XTM Series feature stainless steel rollers directly integrated into the, built like a tank, all-welded steel box frame. All sizes of the XTM Series utilize dual permanently lubricated bearings, rigidly fixing the drum assembly to the solid 1-inch steel axle for consistent stability even in the most vibratory and impacting environments, while still maintaining an external fluid path for easy service. Special features such as swivel retainers which prevent unwanted vibratory loosening of threaded components and easily accessible ratcheting mechanisms set
the XTM series on its own pedestal. High temperature, steel core arbors transfer the extra powerful heavy duty spring motor torque to the multiple supported axle ensuring reliable rewind in odd positions or dirty situations.
» For more information, visit www.coxreels.com
ABB Launches GoFa™ Higher Payload Cobot for Collaborative Tasks Up To 5kg ABB is expanding its collaborative robot portfolio with the introduction of the new 6-axis GoFa™ CRB (Collaborative RoBot) 15000, to support the growing demand for a collaborative robot capable of handling heavier payloads to enhance productivity and flexibility. Designed to safely work directly and continuously alongside humans and to be very easy to install and use, GoFa will help businesses automate processes involving heavier loads and longer reaches to assist workers with repetitive and ergonomically challenging tasks. With a class-leading reach of 950 millimeter, and offering speeds up to 2.2 meters per second, GoFa offers an effective solution for a variety of applications, including material handling, machine tending, component assembly, packaging and inspection*, as well as laboratory automation. GoFa incorporates a range of features that allow it to be used directly alongside human workers without the space and expense associated with physical barriers or fences. Enabling a robot and human to continuously share the same workspace and cooperate on the same tasks, without jeopardizing speed and safety, allows for maximum flexibility and efficiency. Pronounced ‘go-fa’, GoFa is » For more information, visit www.abb.com
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designed to help businesses ‘go further and do more’ with a robotic helping hand. With a payload 4.5 kilograms higher than YuMi, GoFa unlocks opportunities for both new and established users, from SME’s to larger companies, by enabling easy automation without the need for in-depth programming skills or prior training.
Automarkx Offers Automated Laser Tool Marking The new AutoMarkX is ANCA’s tool marking solution designed particularly for the needs of cutting tool production. AutoMarkX is capable of automated pallet loading and takes care of the tool laser marking process, freeing up operators to perform more value-adding tasks. AutoMarkX is designed for integration with AIMS, being able to automatically receive and dispatch pallets from AutoFetch, while connectivity to the AIMS Server provides details of the message to be marked on the tools. “This machine is efficient and compact,” says productmManager, Jan Irzyk, “but more than that, it can be integrated with your ERP and AIMS, so that technology can work together. Removing the need for manual handling, our new laser marking solution pushes tool marking capabilities into lights-out production.” “For full production, flexibility is important. This system accommodates a variety of tool sizes as well as mixed batches. With an easy-to-use interface and customizable marking, it is a complete solution that boosts labor efficiency.” With over 45 years’ experience delivering CNC grinders to customers around the world, ANCA carries a reputation for delivering customer-focused innovations that meet market needs. Products that use smart automation for every day applications offer increased productivity and profitability.
Integrated manufacturing, and machines that work together for complete tool production provide comprehensive options for manufacturers across multiple industries.
» For more information, visit www.anca.com
WATCH VIDEO BELOW
New Rapid Machine Operator Can Be Up And Running In Hours, No Systems Integration Required Rapid Robotics has announced the first ready-to-work robotic machine operator, giving contract manufacturers an easy, affordable way to automate common machine tasks and compete with offshore facilities. The Rapid Machine Operator is a revolutionary industrial cobot that needs no programming or systems integration. ‘Out of the box,’ it can operate machines performing simple tasks such as injection molding, pad printing, heat stamping, pick-andplace and dozens of others across manufacturing sectors including medical devices, electronics, CPG, automotive and more.
The Sky Hook is your personal safety lifting solution, preventing lifting injuries while saving you both time and money!
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» For more information, visit www.rapidrobotics.com INDUSTRIAL MACHINERY DIGEST.COM skyhook-q-video-ErgSafety-03-2021.indd 1
IMD | 41 3/19/21 9:45 AM
GROB Systems Introduces New GRC Robot Cell GROB Systems has announced the availability of the new GROB robot cell (GRC), which combined with the company’s G-modules, provides maximum flexibility and customization for manufacturing of aerospace, mold and die, medical, and many other industry applications. The GRC offers a complete solution from a single source, with a uniform design and coordinated interfaces. This solution is capable of part handling as well as pallet handling which allows for maximum flexibility. The compact design of the GRC has a shared base frame enabling quick and easy installation; the standardized software allows the cell to be commissioned
quickly. The innovative feeding system with part drawers enables longer unmanned production. In addition, an automatic clamping fixture and part gripper change is available for different clamping fixtures and part types. The connection to GROB’s production control software GROB4Automation allows for flexible planning and management of work orders resulting in improved production sequences. The GROB robot cell can also be configured with a variety of modules, depending on customer requirements such as deburring, washing and measuring all in the same cell. The GRC can also be expanded to feed multiple machining centers.
» For more information, visit www.grobgroup.com
BOLD Ships Flagship UR Robotic Platform for Laser Based Microfabrication Applications BOLD Laser Automation, Inc. of Bedford, NH USA, announces the shipment of the LPF-UR5P system during the first quarter of 2021. This represents the second unit of this flagship LPF product line to ship within the last six months for cost effective domestic laserbased process applications. BOLD Laser Automation put into development of a cost-effective, modular UR Cobot loader unloader for laserbased microfabrication applications called the LPF-UR5P Series (Laser Precision Fabricator – UR Cobot 5 – Pallet System), including options for laser drilling, trimming, welding, marking, and laser soldering. With a UR Robot part placement of ±0.030 millimeter, the system is an excellent process automation choice. With onboard or remote camera alignment options, an assembly to be processed can be picked up, aligned, and inserted into a processing fixture automatically. With onboard IO and PLC programming, simple clamping or fixturing tools can be added. The LPF-UR platform Utilizing full component assembly automation, or a basic pallet system can provide opportunities for scaling up an application without incurring increased labor costs. With automated vision tools, the LPF-UR platform can perform human-type precision alignment tasks such as orienting parts and loading into fixturing. BOLD Laser Automation offers » For more information visit www.boldlaserautomation.com
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the LPF-UR platform to clients with existing laser systems, though seamlessly retrofitting to the laser controls, preserving existing capital investment.
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ATI Industrial Automation’s QC-7 Robotic Tool Changer is a Feature-Packed Solution For Automatic End-Effector Exchange. This lightweight yet durable tool changer offers a variety of configuration options with ATI’s Pass-Through Utility Modules and Tool Stand systems. An optional ML12 Electrical Module attaches easily to the QC-7 Tool Changer body, which also includes five pass-through air ports and lock/unlock air fittings. The QC-7 Robotic Tool Changer features a low stack height and mounts directly to ISO 9409-1-31.5-4-M5 robot wrists. This tool changer is compatible with ATI’s modular Tool Stands and has an optional tool storage hook to make robot programming easy. The pneumatically-actuated QC-7 features No-Touch locking technology and a patented Fail-Safe locking mechanism for a secure connection between the master and tool. The design integrates lock/unlock sensors without the need for an additional interface plate. This tool changer handles payloads up to 35 lbs (16 kg) and is compatible with variety of industrial and collaborative robot models.
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IMD | 43
Kivnon Presents Its Latest Three Innovations in Mobile Robotics Kivnon presents its new three models of autonomous vehicles: the K03 Twister, the K50 Pallet Truck and the K55 Pallet Stacker, capable of circulating around the environment using magnetic guidance or mapping navigation, based on SLAM technology. The new K03 Twister is a rotational mobile platform with dimensions of 700 x 500 x 280 millimeter, making it the smallest AGV of Kivnon mobile robot portfolio. With a load capacity of up to 400-kilograms, this vehicle has a rotational lifting platform that allows it to rotate itself while maintaining the absolute position of the load. Thanks to its small size and great maneuverability, this mobile robot facilitates the design of more compact and flexible solutions, as well as the optimization of intralogistics processes, thus reducing operating times. The new Forklift mobile robots autonomously transport palletized loads of up 1,000 kilograms and lift heights of up to 1 meter. The new K50 Pallet Truck and the new K55 Pallet Stacker have the ability to move in both directions of travel and are equipped with lifting forks to transport and handle loads vertically and horizontally. Both products have been specially designed for the optimization of processes and tasks within a warehouse. The three new models reflect the
manufacturer’s new design line, with new shapes and new colors, which mark the beginning of the new look of the future mobile robots (AGVs/AMRs) from Kivnon.
» For more information, visit mobilerobots.kivnon.com
Simple to Install ArcWorld LC Workcells Optimize Productivity for Lighter Volume Fabrication Featuring a space-saving design with single or dual workstation configurations, the ArcWorld LC (Lite Cell) robotic welding system is ideal for fabricators with lighter volume requirements for smallto medium-part welding. Providing efficiency and consistent weld quality, the AW-LC is fast and simple to install or relocate. Ideal for wider parts, the ArcWorld LC single workstation configuration features a fixed tooling table with a 250 kg payload or a servo-driven MH185 headstock with a 185 kg payload. The dual workstation configuration is available with fixed tooling tables or two MH185 headstocks. Dual workstation models allow one part to be loaded or unloaded while the other part is being welded, and eliminate sweep time of the part positioner between part processing. Tooling can be changed quickly. Workcells can be tooled for different parts or can be used for sequential operations. Each workcell features a single high-speed, six-axis AR1440 robot with YRC1000 controller. Its integrated weld package includes either a Miller® Auto-Continuum™ 350 or Lincoln Electric Power Wave® R450 power source. Processes from the power supply are accessed by Yaskawa’s easy-to-use digital Universal Weldcom Interface (UWI), giving full control of welding parameters » For more information, visit www.motoman.com
44 | IMD | Q1 2021
and settings from the robot programming pendant. The ArcWorld LC series workcells are safeguarded and have a completed risk assessment in accordance with the ANSI/RIA R15.06-2012 robot safety standard, including a Functional Safety Unit (FSU) to monitor the robot and positioner.
ESAB Introduces Hydrocut™ HDX ESAB Welding & Cutting Products has introduced its new Hydrocut™ HDX large gantry waterjet cutting system for cutting over a work area measuring up to 18 feet wide by 56 feet long. The Hydrocut HDX can be equipped with up to four waterjet cutting heads, two oxy-fuel stations and up to two plasma stations, including ESAB’s DMX Plasma Beveller. It can also be equipped with various marking tools for high-speed text or line marking, including plasma marking, pin stamping, or inkjet plate marking. Waterjet technology provides high precision on contoured shapes, a smooth edge with no bevel, no heat-affected zone and no dross, creating perfectly finished parts that require no secondary cleanup or machining. It also cuts almost any material and can handle sheets up to 6 inches thick. However, it is a comparatively slow and expensive process. By combining waterjet with plasma on the same gantry, customers can produce more parts for lower cost when compared to typical waterjet-only systems. The Hydrocut HDX is based on ESAB’s Suprarex™ gantry
with dual-linear rail Y-Axis guiding system to deliver the high dynamic accuracy necessary to produce high-quality parts with high-cut precision. The gantry can reach a maximum speed of 1,000 ipm and is capable of cutting widths from 8 to 18 feet and lengths up to 56 feet. Both X and Y axes are protected with bellow covers to keep abrasive materials and moisture away from the rails.
» For more information, visit www.esab-cutting.com
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Welcome to the NEW IMDauctions.com!
The Best Online Resource to Promote Your Industrial Auctions 24/7/365!
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ADDITIONAL AUCTION PROMOTION OPTIONS INCLUDE: Upgrade to a FEATURED LISTING ......$50/auction Banner options on weekly eblast..........$250/week Custom Eblasts to 30,000+ companies ..........$995
Call Lisa Hanschu to list your auction information! 785-965-9159 | LISA@INDMACDIG.COM 48 | IMD | Q1 2021
» Talking Shop Rahul Garg — VP Industrial Machinery and Heavy Equipment, Siemens Digital Industries Software
» 2020 Featured Suppliers » 2020 Annual Suppliers Guide Listings
Manufacturing Showcase: Dynabrade, Inc.
SERVING AMERICAN MANUFACTURERS FOR OVER
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ADE IN TH
USA
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Annual Suppliers Directory ESTABLISHED IN 1986 AND IS THE INDUSTRY’S
Most Extensive Industrial Publication.
MADE BY AMERICAN CRAFTSMEN
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Featured Suppliers
2020 ANNUAL
SUPPLIER'S DIRECTORY FEATURED SUPPLIERS
Accudyne Products – EZ Puller
Actek Manufacturing & Engineering
The EZ-Puller came about because of the frustration and time wasted setting up and fine-tuning traditional bar pullers. The EZ-Puller from Accudyne Products is a bar puller that can be set up for any bar diameter in seconds.
Since their, inception in 1989, Actek® Manufacturing & Engineering has established a reputation for providing top-quality products as well as excellent service. Actek hoist rings are ISO 9001:2008 certified and 200% proof-load test all hoist rings with a certificate.
(303) 991-1500 dan@ezpullerusa.com | www.ezpullerusa.com
(800) 752-7229 sales@ActekMfg.com | www.actekmfg.com
ADB Hoist Rings Mfg.
AeroGo, Inc.
ADB offers hoist rings and other lifting solutions for the manufacturing, construction, concrete, and precast industries. ADB lifting products are made from high-strength alloy steel. Our ISO 9001:2008 Quality Assurance Program ensures processes are controlled and implemented per defined procedures providing the highest product quality.
AeroGo manufactures innovative load moving equipment, utilizing wheels and hovercraft technology, that move heavy, awkward, or delicate loads in factories. AeroGo works with companies large and small to find a load moving solution that is safe, efficient and cost-effective.
(800) 423-4425 info@adbhoistrings.com | americandrillbushing.com
(800) 426-4757 info@aerogo.com | www.aerogo.com
Allied Machine & Engineering
American Technical Publishers
Allied Machine & Engineering is a leading manufacturer of holemaking and finishing cutting tool systems. Located in Dover, Ohio, Allied devotes its advanced engineering and manufacturing capabilities to creating the widest selection of value-added tooling available to metal-cutting industries around the world.
American Technical Publishers (ATP) produces effective training materials for technicians and skilled-trades workers in construction, electrical, mechanical, and maintenance industries. Our high-quality instructional materials are widely used in apprenticeship and industrial training programs.
(800) 321-5537 info@alliedmachine.com | www.alliedmachine.com
(800) 323-3471 service@atplearning.com | www.atplearning.com
50 | IMD | Q1 2021
IMD – The Industry’s Most Extensive Industrial Publication
AMS | Press Brake Safety
Baker Engineering LLC
Advanced Manufacturing Solutions | Press Brake Safety is a leading industry advocate for press brake operator safety. PBS is the exclusive North American installer of Germany-based Fiessler AKAS® laser safety systems, the most sophisticated press brake safety systems in the world.
Precision machining company, Baker Engineering LLC.'s core business centers around the design and development of high tech, high-performance technologies for a variety of applications, from custom engines, to engine components, to the production of parts and mechanical assemblies for other industries.
(800) 901-1193 sales@pressbrakesafety.com | www.pressbrakesafety.com
(616) 837-8975 jones@bakerengineeringmfg.com | bakerengineeringmfg.com
Behringer Saws, Inc.
Betenbender Manufacturing, Inc.
BEHRINGER SAWS manufactures high-performance bandsawing machines, circular cold saws, and structural fabricating equipment. Our primary goal is to create additional value for our customers by striving to achieve the highest combination of speed, accuracy, and cost-effectiveness.
The Betenbender Family of American Hydraulic Shears and Hydraulic Press Brakes is made by Betenbender Manufacturing,Inc. in Coggon, Iowa, U.S.A. Now in their fifth decade in business, this Midwestern Company continues to produce, what they believe, is America's best built Shears and Press Brakes.
(610) 286-9777 info@usa.behringer.net | www.behringersaws.com
(319) 435-2378 sales@betenbender.com | www.betenbender.com
Burr King Mfg., Co., Inc.
Carell Corporation
Since 1951 Burr King grinders, polishers, and mass finishing systems have utilized innovative designs of uncompromising quality. They are industrial grade and intended for use on metals, woods, composites, plastics, rubber, stone, fiberglass and other materials.
Founded over 27 years ago to provide higher quality fabricating machines, faster deliveries, and superior service. Carell Corporation & Eagle Bending Machines, Inc. proudly maintain their goals and have placed over 8,000 machines in North America. Proof that our Commitment, Quality, and Service are valued by today’s industry.
(660) 438-8998 info@burrking.com | www.burrking.com
(251) 937-0947 sales@carellcorp.com | www.carellcorp.com
Clamprite, LLC
Combilift
The Clamprite Gage was designed for accurate spindle tension testing right on the machine. The actual force exerted by the spindle drawbar mechanism is read directly on the dial, so there is no need for any calculations or conversions. Drawbar force checking is made easy using the Clamprite drawbar force gage.
Combilift is the largest global manufacturer of multi-directional forklifts and an acknowledged leader in long load handling solutions. More than 50,000 units have been sold in over 85 countries since Combilift was established in 1998.
(775) 246-5100 jerome@clamprite.com | www.clamprite.com
(877) 266-2456 info@combilift.com | www.combilift.com/us
Cosen Saws, North America
COXREELS
COSEN SAWS Cosen Saws is a global leader in manufacturing industrial band saws and technologies. Offering cutting solutions for a wide variety of industries and applications, we offer over 70 different models with nearly 200 units in stock and ready to ship from our Charlotte, NC HQ.
COXREELS® has remained focused on manufacturing high quality professional grade hose, cord, and cable reels since 1923. Offering a full product line serving the industry in every channel and application, COXREELS® designs, builds, and supports their products in America.
(704) 943-1030 info@cosensaws.com | www.cosensaws.com
(480) 820-6396 info@coxreels.com | www.coxreels.com
Custom Machine and Tool Co., Inc.
DCM Tech, Corp.
Custom Machine & Tooling is an American-made manufacturer of power transmission and motor control components. Since 1964, CMT has supplied the world with high-quality products at competitive prices from its Northeast manufacturing location. The multigenerational company continues to expand its global reach.
DCM Tech is a family-owned manufacturer of rotary surface grinders and automotive rebuilding equipment. Our machines are backed by factory-direct service and support from our production facility in Winona, MN. Check out our full lines of equipment and request a quote.
(781) 924-5154 cstevens@cmtco.com | www.cmtcvo.com
(800) 533-5339 info@dcm-tech.com | www.dcm-tech.com
Since 1976
INDUSTRIAL MACHINERY DIGEST.COM
IMD | 51
Featured Suppliers Dynabrade, Inc.
Eagle Bending Machines
Dynabrade has earned a reputation in the innovative design and manufacturing of unique portable pneumatic abrasive power tools, related accessories, and dust collection. Dynabrade tools have been proudly designed, manufactured, and built in the USA for 50 years.
Eagle Bending Machines’ precision engineered quality is designed to meet the demands for tough, dependable Section Benders for bending pipe, tube, profiles, sections, and ornamental pieces and working day after day with minimum downtime.
(800) 828-7333 customer.service@dynabrade.com | www.dynabrade.com
(251) 937-0947 sales@eaglebendingmachines.com | www.eaglebendingmachines.com
Essex Structural Steel Co., Inc.
Federal Knife, Inc.
Essex Structural Steel has been manufacturing pre-engineered building since 1972. Their buildings are designed for easy erection, energy efficient, designed to exceed local and state codes and are built in the USA by American Workers.
Federal Knife Inc. A global supplier of high-quality machine knives and blades of all types. Federal Knife also provides the correct replacement blade for your equipment. In addition to our large inventory and custom manufacture blades to your specifications. Federal Knife has over 25 years of experience in cutting edge technology.
(800) 323-7739 sales@essexstructuralsteel.com | www.essexstructuralsteel.com
(812) 364-1448 sales@federalknife.com | www.federalknife.com
Formdrill USA, Inc.
Fortville Feeders, Inc.
Formdrill helps you produce your own inserts out of the same parts material. Users save money by eliminating the need to buy nuts or threaded inserts. You do not need to weld or install fasteners.
Fortville Feeders is a manufacturer of Feeding Systems that are engineered to easily integrate into your automation system. Maintenance and changeover friendly. Turnkey capable. Of the highest quality and ability.
(773) 290-1040 info@formdrill-usa.com | www.formdrill-usa.com
(317) 485-5195 info@fortvillefeeders.com | www.fortvillefeeders.com
GEHRING L.P.
H&K Equipment, Inc.
With 90 years of experience in honing the technology, the product range of the GEHRING Group, Includes honing machines for the machining of bores with diameters ranging from 1 - 2000 mm and bore lengths of up to 24000 mm.
H&K Equipment, Inc. was founded in 1983 to provide specialized material handling solutions and exceptional service to their customers. H&K Equipment is a comprehensive leader in lift trucks, container handlers, personnel carriers, yard trucks, and industrial sweeping and scrubbing equipment.
(248) 427-3901 info.us@gehring-group.com | www.gehring.de/en-us
(800) 272-9953 info@hkequipment.com | www.hkequipment.com
HE&M Saw
HMI a Division of Betenbender
HE&M Saw manufactures more than 70 different models of production band saws for the metalworking industry. Their product line, includes vertical, horizontal, plate and double column saws with capacities ranging from 12" x 12" to 80" x 80" machines.
HMI offers the most versatile C-Frame press or punch of all machines available today. Their frames are designed to have fewer tons-per-square-inch of pressure on their side plates, thus reducing spring back of the frame and reducing tool wear.
(888) 729-7787 sales@hemsaw.com | www.hemsaw.com
(319) 435-2378 sales@betenbender.com | www.betenbender.com
HYDMECH Group Limited
HYMARK
HYDMECH is a world leader in metal band saw and cold sawing solutions. Their innovative solutions are geared to meet the practical needs of the aerospace, automotive, steel service centers, metal fabrications shops, racing, and other sectors.
Through a combination of strategic partnerships with world respected manufacturers and continuous improvement of systems and services, Hymark provides customers with cost-effective solutions to their measuring and control problems, including stop and pushing systems for ferrous and non-ferrous industries.
(877) 276-7297 info@hydmech.com | www.hydmech.com
(270) 683-3500 info@hymark.net | www.hymark.net
52 | IMD | Q1 2021
Featured Suppliers Hypneumat, Inc.
Jergens, Inc.
Hypneumat, Inc. manufactures an array of automatic drilling units, tapping units and multiple spindle heads under the Hypneumat, Commander and Snow brands. Hypneumat also specializes in contract machining services offering multi-axis turning and vertical machining capabilities.
Since their founding in 1942 Jergens, Inc. has grown to comprise three distinct business units: Workholding Solutions, Lifting Solutions and Specialty Fasteners. Their tooling components, fasteners, and hoist rings are at work in just about every industry on every continent.
(414) 423-7400 info@hypneumat.com | www.hypneumat.com
(877) 486-1454 info@jergensinc.com | www.jergensinc.com
Kanetec USA Corporation
KHK-USA
Kanetec has been at the forefront of magnetic tools and equipment since 1959. The company has expanded their Magnetic Bases, Tools, and Chuck lines with the latest technology and electronic controls.
Having been a company solely devoted to the manufacture of gears for 80 years, KHK is world renowned for their brand of gears. KHK USA is a factory direct, full-service distributor of KHK gears to meet your gearing needs.
(800) 959-0449 sales@kanetec.com | www.kanetec.com
(516) 248-3850 info@khkgears.com | www.khkgears.us
L&L Special Furnace Co., Inc.
Lenzkes Clamping Tools, Inc
L&L Special Furnace Co., Inc. has a longstanding reputation for designing special industrial furnaces, ovens, kilns, quench tanks and heat treating systems. Their broad product line allows L&L to provide special treatment in creating the best system for thermal needs.
Lenzkes clamps assist with QMC-Quick Mold Change, QDC-Quick Die Change, SMED-Single-Minute Exchange of Die and other machining/safety issues. Their Free Trial program allows use in real-time working situations (such as Stamping, Milling, and Injection Molding) without obligation to purchase.
(877) 846-7628 sales@llfurnace.com | www.llfurnace.com
(540) 381-1533 info@lenzkesusa.com | www.lenzkesusa.com
MakerBot Industries, Inc.
Master Magnetics, Inc.
MakerBot believes there's an innovator in everyone.As a global leader in desktop 3D printing, we set the standard in reliability, ease-of-use by providing effective solutions for every stage of the desktop 3D printing process. From the start,we have redefined what's possible for makers of all walks by introducing many industry firsts
Founded in 1976, Master Magnetics manufactures, and distributes magnets and magnetic devices for industrial, commercial & consumer use. Over 20 million magnets in stock and two regional production and distribution facilities ensure fast delivery. The Magnet Source® brand is a registered trademark of Master Magnetics, Inc.
(347) 752-5571 MakerBot.com
(800) 525-3536 magnetsolutions@magnetsource.com | www.magnetsource.com
OnRobot
Pro-Line Work Benches
OnRobot was launched in Denmark in 2015 to design grippers and other accessories for collaborative applications that featured easy installation and ease of use. Active in nearly every region of the world, North American operations are based in Dallas, Texas.
Pro-Line has been a leader in workbench manufacturers since 1978. Proline offers a wide selection of workbenches that feature a modular designs and interchangeable accessories. Pro-Line continues to be on the leading edge of modular ergonomics.
(469) 586-8384 americas@onrobot.com | www.onrobot.com
(800) 739-9067 bench@1proline.com | www.1proline.com
Radwell International, Inc.
RAS Machine Tool Technologies, Inc.
Radwell International stocks and sells New and Surplus Industrial Automation, MRO, Pneumatic, Motion, Electronic, Hydraulic, HVAC and Electrical Control Equipment for plant floor and facilities maintenance machinery. Radwell has full component level repair capabilities for Industrial Electronic and Electrical equipment.
RAS Machine Tool Technologies is your one-stop CNC shop; serving Machine Tool Builders/Dealers/End Users and Service Companies. Contact RAS to help you find those hard-to-find Japanese, Taiwanese, and Korean Machine Tool parts and accessories.
(800) 332-4336 sales@radwell.com | www.radwell.com
(413) 323-9041 sales@rasmachinetool.com | www.rasmachinetool.com
54 | IMD | Q1 2021
Featured Suppliers relayr
Russell, Holbrook & Henderson, Inc.
Relayr is the Industrial Internet of Things (IIoT) powerhouse delivering the most complete solution for risk-free digital transformations. We unleash data insights from existing equipment, machines and production lines. Implement fully interoperable IIoT solutions guaranteed to achieve target business outcomes with relayr.
Russell, Holbrook & Henderson Inc. has been supplying the gear manufacturing industry with quality products and valuable service since 1915. Our line of TRU-VOLUTE gear cutting tools includes gear hobs, gear shaper gear cutters, and milling cutters which are known for their superior quality.
amer-marketing@relayr.io | relayr.io
(201) 226-9000 gears@tru-volute.com | www.tru-volute.com
Salinger Electric Co.
Scotchman Industries
Salinger Electric Co., Inc. has been selling quality electrical equipment both new and reconditioned since 1946. We can supply all new, all reconditioned, or a combination of both at very competitive prices. Call or email us with your requirements.
Scotchman is the most trusted hydraulic ironworker manufacturer in the USA, and also builds a complete line of Circular Cold Saws: manual to fully automatic, plus distributor of quality Digital Measuring Systems, Band Saws, H-Presses, and Tube and Pipe Notchers/Grinders.
(248) 585-8330 info@salingerelectric.com | www.salingerelectric.com
(605) 859-2542 info@scotchman.com | www.scotchman.com
Sprinter Marking
Standard Direct.com
Sprinter Marking manufactures a range of machines models that automatically ink code-mark message on a wide range of porous and non-porous surfaces. While very small in physical size, they are designed for rugged industrial operation.
Industrial Grade, All-Welded STEEL Carts, Cabinets, Tables & Work Benches. Shipping points in Illinois, New York, Virginia, Nevada. Standard-Direct.com offers you the best quality and service in the industry with its "more metal" and "quick ship" programs. We offer the industry’s largest selection with OVER 450 models!
(740) 453-1000 sales@sprintermarking.com | www.sprintermarking.com
(800) 622-2692 standardpaul@aol.com | www.standard-direct.com/
Stor-Loc
Suhner Industrial Products, LLC
The original heavy duty Modular Storage Drawer Cabinet that was the norm in the industry until the early 1990s is available only from Stor-Loc®. Their durable Modular Drawer Cabinet comes complete with a unique 55 Year Satisfaction Guarantee.
Since 1914, Suhner has offered solutions for specific applications and process improvements in the areas of refining industrial surfaces with their abrasive products, tool holders for machining units that multiply capacity, customized flexible drive shafts, and stamping technology. Remanufacturing Services for Machining Spindles.
(815) 936-0700 sales@storloc.com | www.storloc.com
(706) 235-8046 machining.us@suhner.com | www.suhner-machining.com/en
Sure Tack Systems, LLC
Syclone ATTCO Service (Sky Hook)
Sure Tack Systems, a division of Crist Company, Inc. established in 1980 and offers a diverse product line for your hot melt adhesive equipment and application needs. Whether your need is for high-speed extrusion, wide web spray, slot coating or manual product assembly; STS has a hot melt system to fit your individual needs and budget.
Manufacturer of the Sky Hook, a small, portable, ergonomic lifting device designed to provide safe, high quality lifting solutions that can assist in applications involving hard to reach loads up to 500 lbs. Proudly family owned and operated since 1969.
(800) 580-2803 info@suretacksystems.com | www.suretacksystems.com
(208) 365-5770 sales@skyhookmfr.com | www.skyhookmfr.com
Tap Associates, Inc.
Tormach, LLC
The innovative Self-Locking “Jüngere” design has offered the smallest OD Tap Extension in the industry. For that reason, it is the preferred solution for close quarter and long tapping applications.
At Tormach, our mission is to empower people who make things. We are dedicated to providing exceptionally engineered compact CNC machines, tooling, and related products with best-in-industry technical support and customer service.
(800) 566-4827 info@tapextension.com | www.tapextension.com
(608) 850-2597 info@tormach.com | www.tormach.com
56 | IMD | Q1 2021
IMD – The Industry’s Most Extensive Industrial Publication
Trilogy Machinery, Inc.
Trim-Lok, Inc.
Trilogy Machinery, Inc. is committed to bringing the highest standards of professionalism, integrity and service in order to achieve a reputation as a leader in the metal fabricating machinery industry. Trilogy proudly offer products from Italy, Sweden, Turkey, and Taiwan.
Trim-Lok, Inc. manufactures high-quality plastic and rubber extruded trim and seal profiles. From plastic edge trims to sponge rubber seals, our profiles add protection from rough edges while sealing out moisture and debris with a clean, finished look to your application. In-stock profiles and custom engineering is available.
(410) 272-3600 sales@trilogymachinery.com | www.trilogymachinery.com
(888) 874-6565 info@trimlok.com | www.trimlok.com
TS3, LLC
US Metal Crafters, LLC
TS3 covers the Upper Midwest for all your Sawing Machinery, Service needs-from new equipment, accessories, upgrades, parts & repair on most major OEM’s. With two decades of in-field on-site service and repair expertise, our mission is keeping your saw up and running. TS3, LLC-The Saw Service and Sales company.
At US Metal Crafters, we know the right supplier can transform your supply chain by enabling buyers to save money, save time, and improve the quality of your products. USMC brings cutting edge equipment, category expertise, consistent quality, and the production capacity you require.
(612) 500-8088 chris@ts3machine.com | www.ts3machine.com
(336) 861-2100 info@us-metalcrafters.com | us-metalcrafters.com
US Shop Tools
Yaskawa America, Inc.
US Shop Tools offers over 80,000 items for your everyday metalworking and shop supply needs. Products, include lathe or mill workholding, toolholding, cutting tools, measuring tools, abrasives, materials and shop supplies that, include same day shipping on in-stock items.
With over 450,000 Motoman® industrial and collaborative robots installed globally, Yaskawa provides automation products and solutions for virtually every industry and robotic application; including arc welding, assembly, material handling, material cutting, material removal, and more.
(800) 243-7701 sales@usshoptools.com | www.usshoptools.com
(937) 847-6200 info@motoman.com | www.motoman.com
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Featured Suppliers
2020 ANNUAL
SURPLUS GUIDE
FEATURED SUPPLIERS
Capital Recovery Group, LLC
Corporate Assets Inc.
CRG is a global private equity firm that creates liquidity for its clients through expertise, innovative solutions, and access to worldwide markets. Specializing in complex scenarios comprised of industrial assets and real estate, we revitalize idle or marginally productive assets and liquidate surplus.
Corporate Assets Inc. is an international auction, appraisal and asset management company with offices strategically located in both Canada and the United States.
(860) 623-9060 info@crgllc.com | www.crgllc.com
(416) 962-9600 info@corpassets.com | www.corpassets.com
DeCosmo Industrial Auctions
Denver Breaker & Supply
Our primary focus is to help you understand today's market and which auction format fits your needs to maximize your financial return. Whether it is an Online or Onsite/Webcast style auction, we have a knowledge of values along with current market conditions second to none in the industrial auction world.
Denver Breaker and Supply was established in 1984 and has always had a "Customer First" approach of doing business. They provide new and reconditioned electrical equipment and guarantee the finest quality and best prices you can find in the business.
(413) 363-0857 info@diauctions.com | www.diauctions.com
(800) 544-7375 sales@denverbreaker.com | www.denverbreaker.com
Gibbs Machinery Company
Glenn A. Winternitz, LLC
Gibbs Machinery Company, Inc has been buying, selling, rebuilding, liquidating and appraising metalworking machine tools since 1946. We are a global supplier with import/export specialists. Our facilities encompass 235,000 square feet, including high bay crane capacity to 75 ton.
With a history of four generations as auctioneers, Glenn A. Winternitz, LLC brings the knowledge and experience necessary to navigate these challenging economic times. We have the ability to maximize our client's return on the sale of their assets - with honesty, integrity, attention to detail, experience and service.
(586) 755-5353 joeg@gibbsmachinery.com | www.gibbsmachinery.com
(773) 290-1827 glenn@winternitzauction.com | www.winternitzauction.com
58 | IMD | Q1 2021
IMD – The Industry’s Most Extensive Industrial Publication
Industrial Auction Services, LLC
Koster Industries, Inc.
Industrial Auction Services, LLC acts as an agent or principal in the conversion of industrial machinery, tooling and related assets into cash, through public auction, privately negotiated sale, or a combination of both.
Koster Industries is one of the leading industrial auctioneers, appraisers and liquidators in the United States. We specialize in evaluating assets and performing professional on site, online auction sales and liquidations in virtually every industry.
(848) 229-2500 sales@ind-auctions.com | www.ind-auctions.com
(631) 454-1766 info@kosterindustries.com | www.kosterindustries.com
Lee Stevens Machinery, Inc.
Perfection Global, LLC
For close to 70 years, Lee Stevens Machinery, Inc. has been providing solutions to manufacturers worldwide for their machine tool needs. Their services range from buying and selling used machine tools to appraising, brokering, marketing, leasing and financing production equipment.
Perfection Global is the company you trust for efficient and successful industrial asset solutions. We respect the individual needs and concerns of every customer and work to exceed all expectations.
(248) 926-8400 info@stevensmachinery.com | www.stevensmachinery.com
(847) 427-3333 sales@perfectionglobal.com | www.perfectionglobal.com
Plant & Machinery, Inc.
Rabin Worldwide, Inc.
Founded in 1984, Plant & Machinery, Inc. is an industrial appraisal and liquidation company. It was founded to fill an international need for a top-quality, customer-oriented, industrial auction company that could effectively handle the liquidation needs of companies of any size.
Rabin is a family-held industrial auction and real estate investment company, with a focus on the acquisition and sale of industrial equipment and facilities around the world. As leading industrial and commercial liquidators, Rabin has sold equipment assets in every trade sector and on almost every continent.
(713) 691-4401 marthaj@pmi-auction.com | www.pmi-auction.com
(415) 522-5700 info@rabin.com | www.rabin.com
Select Equipment Company Select Equipment Co. stocks new, custom engineered, and professionally remanufactured MCC buckets and motor control center parts. They can also integrate new components into existing MCC's such as soft starters, VFD's and automation products to meet the demands of modern facilities.
(888) 459-5191 sales@selectequipment.net | www.selectequipment.net
Stone Auctioneers & Appraisers
YOUR COMPLETE AUCTION RESOURCE
From manufacturing and transportation equipment to inventories and real estate, Stone Auctioneers & Appraisers' specialized training and affiliations allow them to offer asset marketing, appraisal and consulting services in plastics, metalworking, construction, transportation, and more.
With our user-friendly website, users can easily find the type of auction they are looking for, regardless of size or location. The site has the latest technology to make it simple for users to engage with an auction of interest.
(205) 373-1130 auctioneer@stoneauctioneers.com | www.stoneauctioneers.com
Westbrook Engineering The Leaders in Used Metal Fabricating Machinery Established in 1964, Westbrook Engineering is one of the United States Leaders in high quality Used Metal Fabricating Machinery.
Subscribe now to receive FREE news on upcoming auctions!
(800) 899-8182 info@westbrook-eng.com | www.westbrook-eng.com INDUSTRIAL MACHINERY DIGEST.COM IMDauctions-Q-092018.indd 1
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FAGOR CONTROL • SERVO DRIVES LINEAR SCALES
LCD Vibration Activated Hour Meter With Service Alerts
HOURMETER T56E Self PoweredHour Meter LCD Vibration Self Activated LCDPowered Counter/Timer LCD Counter/Timer With Service Alerts
L3/L4Series Series L3/L4
HOURMETER T56E MADE IN THE U.S.A
MADE ININTHE U.S.A MADE THE U.S.A e-mail:
customerservice@enmco.com
e-mail: e-mail: TOLL FREE 888-372-0465 customerservice@enmco.com customerservice@enmco.com TOLL FREE 888-372-0465
TOLL FREE 888-372-0465
MADE IN THE U.S.A
Ad INdex Accudyne — www.ezpullerusa.com ............................................................................................. 11, 47 Actek Manufacturing and Engineering Inc. — www.actekmfg.com ............................................43 ATTCO, Inc. DBA Syclone ATTCO Service — www.skyhookmfr.com .............................37, 39, 41 Betenbender Manufacturing, Inc — www.betenbender.com ......................................................... 3 Carell Corporation — www.carellcorp.com ........................................................................................ 7
SERVING SERVING AMERICAN AMERICAN MANUFACTURERS MANUFACTURERS FOR OVER OVER FOR
33 35 YEARS YEARS
Cosen Saws, USA — www.cosensaws.com ........................................................................................ 9 Denver Breaker & Supply — www.denverbreaker.com ..................................................................46 Design2Part Shows — www.d2p.com ................................................................................................ 55 DHM Associates, Inc. — www.dhmassociates.com ................................................................. 45, 60 Dynabrade, Inc. — www.dynabrade.com ........................................................................................ IFC Eagle Bending Machines — www.eaglebendingmachines.com ..................................................... 7 ENM Co — www.enmco.com ..............................................................................................................60 Essex Structural Steel Co. — www.essexstructuralsteel.com ........................................................ 53 H&K Equipment, Inc. — www.hkequipment.com ............................................................................ 47 IMDauctions.com — www.imdauctions.com ......................................................................47, 48, 59 Kanetec — www.kanetec.com ............................................................................................................. 25 KHK-USA — www.khkgears.us ............................................................................................................. 15
IS YOUR COMPANY LISTED? IMD’s New online Directories. Searchable directories with over 400 categories specifically designed for the industrial machinery industry. IF YOU’RE NOT LISTED, YOU’RE MISSING OUT!
Lenzkes Clamping Tools Inc. — www.lenzkesusa.com .................................................................. 19 L&L Special Furnace Co., Inc. — www.llfurnace.com .....................................................................60 MacMillin Hydraulic Engineering Corporation — www.macmhydraulic.com ...........................29 Northwest Machine Tool EXPO — www.machinetoolexpos.com ...............................................62 Pro-Line — www.1proline.com ............................................................................................................60 Royal Products — www.mistcollectors.com .....................................................................................60 Schweiss Doors — www.schweissdoors.com ..................................................................................60 Standard Direct — www.Standard-Direct.com ................................................................................ 47 Stor-Loc — www.storloc.com ............................................................................................................. 27 The Caldwell Group, Inc. — www.caldwellinc.com .......................................................................... 5 Tormach — www.tormach.com .......................................................................................................... 21 Trim-Lok — www.trimlok.com ...................................................................................................... 33, 35 INDUSTRIAL MACHINERY DIGEST.COM IMDdirectory-Listed-TV-01-2019.indd 1
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SAVE THE DATE
For further event details visit www.machinetoolexpos.com co-located with
SEPTEMBER 1 & 2, 2021 Oregon Convention Center, Portland, OR
Northwest Machine Tool Expo, the ONLY machining and metal manufacturing event in the Pacific Northwest, will be held on September 1 & 2, 2021 at the Oregon Convention Center. Mark your calendar for this unique regional event that offers a convenient and efficient way to gain exposure to customers and prospects, generate leads, close sales, and introduce new products.
For exhibiting information contact Joyce Lortz at 410-598-3535 or jlortz@facilitiesexpo.com
Product Index ABB — www.abb.com ............................................................................................................................40
ANCA — www.anca.com ....................................................................................................................... 41
ATI Industrial Automation — www.ati-ia.com ..................................................................................43
SERVING SERVING AMERICAN AMERICAN MANUFACTURERS MANUFACTURERS FOR OVER OVER FOR
33 35 YEARS YEARS
BOLD Laser Automation — www.boldlaserautomation.com ........................................................42
Combilift — www.combilift.com .........................................................................................................39
COXREELS — www.coxreels.com .......................................................................................................40
ESAB Welding & Cutting Products — esab-cutting.com ................................................................45
EXAIR Corporation — www.exair.com ...............................................................................................36
FANUC America — www.fanucamerica.com ....................................................................................39
IS YOUR COMPANY LISTED? IMD’s New online Directories. Searchable directories with over 400 categories specifically designed for the industrial machinery industry. IF YOU’RE NOT LISTED, YOU’RE MISSING OUT!
GROB SYSTEMS, Inc. — www.grobgroup.com/en ..........................................................................42
Kivnon LLC — mobilerobots.kivnon.com ..........................................................................................44
Rapid Robotics — www.rapidrobotics.com ...................................................................................... 41
Scotchman Industries, Inc. — www.scotchman.com .....................................................................38
Suhner Industrial Products — www.suhner-machining.com ........................................................38
Tormach Inc. — www.tormach.com ..................................................................................................36
Yaskawa Motoman Robotics — www.motoman.com ....................................................................44 INDUSTRIAL MACHINERY DIGEST.COM IMDdirectory-Listed-TV-01-2019.indd 1
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