Produce high-quality chips ranging from 3/16” to 1” with a Bandit whole tree chipper
Why are Bandit chippers the preferred solution?
» Pack chip vans to their maximum capacity
» Chip material requiring less horsepower and fuel
» Proven slide box feed system pulls and compresses material (drum-style chippers only)
» Cab and loader options are available on select models
» Unmatched dealer support
New PONSSE H7 harvester head is a compact, solid, and powerful choice for all types of logging sites.
The new PONSSE H7 harvester head features a powerful feed and an excellent powerto-weight ratio that improve productivity. Thanks to its improved geometry, the new H7 is able to process large stems with ease.
The advanced PONSSE Active Speed function is a new feature in the H7 harvester head. It allows the speed of the harvester head to be
adjusted according to the tree species and stem diameter. The strong structure, high sawing power and excellent grip geometry of the new harvester head make harvesting even quicker and more productive.
www.ponsse.com
Norra Timber Announces Long- Term Investment Plan for Its Sawmill in Hissmofors, Sweden
The AddVantage uses AI defecting technology that provides industry-leading detection and classification of defects
Celebrating a Century of Innovation: Comact’s Legacy and Vision for the Future of Sawmilling 30 MiCROTEC
MiCROTEC Connect: Revolutionizing Wood Processing at Two Rivers Lumber
New! The USNR Compact Shape Saw delivers big results with a smaller footprint
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2 Claridge Court, Lower Kings Road Berkhamsted, Herts. HP4 2AF, UK
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Editor
Editor Robin Peach robin@internationalforestindustries.com
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Editorial Board
Kevin Lapham
J.P.Media Inc
Dr Patrick Moore – Chairman and Chief Professor Piotr Paschalis-Jakubowicz –Warsaw Agricultural University (Poland)
Mr Kim Carstensen
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Director General Forest Stewardship Council
The Amazon rainforest is often called a vital carbon sink, as it typically absorbs more carbon dioxide than it emits. However, recent research shows that some areas are now releasing carbon instead of sequestering it. This shift is driven by several factors:
Deforestation: Increased illegal logging and land clearing for agriculture are reducing the number of trees available to absorb carbon.
Increased Natural Disasters: A destabilized ecosystem could result in more frequent natural disasters, such as landslides and floods, affecting both local populations and distant regions.
Economic Consequences: The loss of forest resources could impact industries reliant on biodiversity, such as pharmaceuticals, agriculture, and tourism, leading to economic instability.
Eduardo Morales
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South American Forestry Consultant
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Wildfires: Rising temperatures and prolonged droughts have led to more frequent and intense wildfires, which release stored carbon back into the atmosphere.
Global Ecosystem Effects: The Amazon is a key player in the Earth’s ecosystem. Its decline could have cascading effects on global ecological balance, affecting everything from carbon cycles to ocean currents.
jo@internationalforestindustries.com +44 (0)1442 877 583
Climate Change: Altered rainfall patterns and higher temperatures stress the forest ecosystem, hindering its carbonsequestering ability.
Emma Smith emma@internationalforestindustries.com
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International Forest Industries is published by International Forest Industries Ltd,
2 Claridge Cour t, Lower Kings Road Berkhamsted, Her ts. HP4 2AF, UK
Accounts
Nicola Shukla nicolas@internationalforestindustries.com
International Forest Industries (ISSN 1755-6732) is published bi-monthly by International Forest Industries Ltd GBR and is distributed in the USA by Asendia USA, 17B South Middlesex Avenue, Monroe NJ 08831 and additional mailing offices. Periodicals postage paid at New Brunswick NJ. POSTMASTE R: send address changes to International Forest Industries, 17B South Middlesex Avenue, Monroe NJ 08831
© International Forest Industries Ltd 2007 – 2019 IFI uses, as preference, SI units throughout. All dollars are US unless otherwise stated.
International Forest Industries is published by International Forest Industries Ltd, 2 Claridge Cour t, Lower Kings Road Berkhamsted, Her ts. HP4 2AF, UK International Forest Industries (ISSN 1755-6732) is published bi-monthly by International Forest Industries Ltd GBR and is distributed in the USA by Asendia USA, 701C Ashland Avenue, Folcroft, PA 19032 and additional mailing offices. Periodicals postage paid at New Brunswick NJ. POSTMASTE R: send address changes to International Forest Industries, 17B South Middlesex Avenue, Monroe NJ 08831 © International Forest Industries Ltd 2007 – 2023 I FI uses, as preference, SI units throughout. All dollars are US unless otherwise stated.
If the Amazon rainforest begins contributing to greenhouse gas emissions over the long term, several serious consequences could arise:
Accelerated Climate Change: The release of stored carbon dioxide and methane would enhance the greenhouse effect, leading to faster global warming and more extreme weather patterns.
Loss of Biodiversity: The Amazon is home to countless species. As the forest degrades, habitats would be lost, leading to species extinction and a decrease in biodiversity.
Disruption of Water Cycles: The rainforest plays a crucial role in regional and global water cycles. Deforestation and degradation could alter rainfall patterns, potentially leading to droughts in some areas and floods in others.
Impacts on Indigenous Communities: Many indigenous peoples depend on the Amazon for their livelihoods. Its degradation would threaten their way of life, culture, and health.
Overall, if the Amazon continues to shift from a carbon sink to a carbon source, it will exacerbate climate change and have profound impacts on ecosystems, economies, and communities both locally and globally.
Related Comment -
June July 2023
How much money is needed to save the rainforests?
https://issuu.com/forestindustry/ docs/4822_ifi_june_ july_2023?fr=sZjJiZjIzNDQ
Oct Nov 2023 – The super rich can go a Iong way to saving the planet
https://issuu.com/forestindustry/ docs/4915_ifi_october_november_2023_ digital?fr=sMTQ1MDYyNzczMDM
Dec Jan 2024
Can Amazon Save the Amazon?
https://issuu.com/forestindustry/ docs/4971_ifi_dec_january_2024_ digital?fr=xKAE9_zU1NQ
ROBIN PEACH EDITOR
Competing with five other companies, Timber Group won the award for best Ponsse representative in South America in 2023. Coming in third place in the world ranking, it competed with 30 other companies that represent the brand worldwide. Among the criteria analyzed for the award are results in sales, after-sales and customer satisfaction.
Every year, Ponsse awards its subsidiary and the brand representative that stood out during the period. In 2023, the Brazilian Timber, considered the best in South America, won third place among all representatives worldwide. First place went to Wahlers Forsttechnik, Ponsse’s representative in Germany since 1993 and in Austria since 2019.
The Timber Group, which has represented Ponsse since 2015, officially operates with the brand in three Brazilian states (Rio Grande do Sul, Santa Catarina and Paraná). This award, presented at the beginning of August, is not the first that the company has received. In 2020, they achieved first place in the world ranking.
The focus on customer needs and the synergy with Ponsse are highlighted by Timber Group CEO Jober Fonseca as the differentiators for achieving this distinction.
“This recognition validates all the effort and dedication we put into our work every day.
It is a testament to our ability to offer high-quality solutions and our team’s commitment to exceeding customer expectations. This motivates
Tigercat debuted a new skidder model at this October’s Paul Bunyan forestry equipment exposition in Cambridge, Ohio. The 610H cable skidder aims to be a simple, lower cost addition to Tigercat’s highly regarded H-series skidder line-up.
The Tigercat FPT N6.7 engine delivers 151 kW (202 hp) to the same hydrostatic
us to continue evolving and always seek the best for our partners and customers.”
For the Executive Sales Manager and Area Manager for Dealers at Ponsse Brazil, Rodrigo Marangoni, developing the brand through representatives is also what sets Ponsse apart. “We are closer to our customers, focusing on personalized service that truly understands the needs of the field. We feel that this closeness is what makes the difference,” says Rodrigo.
For Jober, after-sales service is the main differentiator in achieving customer satisfaction. “The Timber Group’s differential lies in our continuous focus on deeply understanding our customers’ needs and providing solutions that truly make a difference in their operations. Our specialized technical support, combined with after-sales service, ensures that our customers have confidence and peace of mind when operating our equipment. I believe this combination of exceptional service and constant innovation is what positions us as leaders in the sector,” he said.
Ponsse South America Vice President Martin Toledo also emphasizes that the
similarity of values between the two companies translates into results. “We feel that Timber Group is aligned with Ponsse’s values and this is reflected in customer satisfaction. At the same time, we want this recognition to be a way to encourage other representatives in South America to also achieve excellent results,” Martin concluded.
driveline as the other H-series skidders. The machine is equipped with 620H sized axles for added durability.
The operator’s cabin however, is simplified compared with the other H-series machines. Rather than Tigercat’s signature Turnaround seat, the 610H is fitted with a fixed position seat angled at 30 degrees.
The heavy-duty winch provides maximum line pull at any engine speed. The winch can drop loads and drive away and reel in a load while driving using a wet-disk dynamic clutch. It also has very low free spool resistance which allows for easier cable extraction using a mechanical jaw clutch.
The Log Max 5000V is a modern and reliable harvesting head that can handle a wide range of logging challenges. This is the perfect mid-range head for both thinning and final felling. The head can be equipped with a 82 cm saw bar and has a maximum cutting diameter of 74 cm. It also features Log Max’s Multi-stemming MK2, that is agile and lightweight, making thinning work easier. The Log Max 5000V is suitable for those who seek the perfect balance between agility, capacity, and durability.
What customers say:
“The cutting and feeding are brutally good and in combination with the new length measuring unit, Log Max is unstoppable ; )”
Waratah Forestry Equipment recently introduced the H216 –a new two-roller head added to its 200 Series lineup. Built for hardwood, the H216 is strong enough to handle the toughest tree forms with accuracy and efficiency. Its simple design with excellent feed power, delimbing, and large cut capacity provide productive tree harvesting.
“The H216 is specially designed for hardwood,” said Brent Fisher, product marketing manager for Waratah. “This head not only provides our customers reliable performance in hardwood but is equally capable of handling softwood, debarking and everything in between.”
Optimal performance in hardwood
Weighing in at 1495 kg (3,296 lb.), this 200 Series head features a two-roller design ideal for hardwood harvesting, late or final thinnings. Floating
roller arms allow for superior and easy tree horizontal movement and easy log transport through the head. High performance single or multi-speed options keep timber moving quickly.
The H216 features the efficient SuperCut 100S saw unit with improved auto tensioning and easier servicing. With large sawing capacity, this head can cut logs up to 750 mm (29.5 in.) in diameter, while an optional top saw tackles heavy branching. The delimb arms provide excellent delimbing power across all diameter ranges, while drive wheel options offer maximum traction for crooked wood. The H216 harvester head utilizes the TimberRite™ H-16 control system for optimum head performance, productivity and measuring accuracy.
Durability for any application
The H216 is built to tackle the toughest, crooked timber
to the straightest postwood and everything in between. While also naturally capable in softwood, debarking or multi-tree handling, this head is designed for efficiency and agility in thinning and harvesting applications with quick cycle times.
A heavy-duty main chassis saw box, as well as tilt frame and guarding, provide added protection and reliability. Maintenance is simplified through one position daily
servicing and easy open/close hinges on the valve cover.
The Waratah H216 is available to customers in the United States, Canada, Europe, Australia, New Zealand, Asia Pacific, Brazil and Latin America.
Ponsse is expanding its dealer network in the United States. On 1 July 2024, Ponsse signed a dealer agreement with the company Bailey’s, based in Woodland, California. The new dealer will focus on the sales, servicing and training of PONSSE forest machines in the states of California and Nevada.
The company was founded in 1975 by Bill and Judith Bailey in Laytonville, California. Bailey’s is still a family company, now owned by the second generation –Bill’s sons, Nik and Sam Bailey.
Bailey’s has been in the forestry industry since the beginning. They started by selling chainsaws and accessories, tree care products, work clothing and other forestry equipment. Over time, they have grown into a premier supplier of forestry products in the region and are also known for their marketing catalogue, which is published annually. In 2014, they expanded their product line to include sales and servicing of larger industrial forestry equipment.
“We are thrilled to partner with Ponsse and bring their exceptional forest machines to our customers in California. Ponsse’s equipment is synonymous with quality and innovation, and this partnership allows us to offer our clients the best solutions for their forestry operations. Our team is excited to provide the sales, support and service that Ponsse customers have come to expect. This new partnership aligns with Bailey’s mission to support the forestry community by offering cutting-edge tools and equipment that enhance productivity, safety and sustainability in the field.
Customers in California can now access Ponsse’s complete range of products, backed by Bailey’s industry expertise and dedication to customer service. To celebrate this new partnership, Bailey’s will be hosting a series of launch events across California at which customers can learn more about Ponsse’s machinery, meet with experts, and see demonstrations of the equipment in action,” says Nik Bailey, CEO, Bailey’s.
“The partnership with Bailey’s is an exciting opportunity for Ponsse to expand into a new market area. Logging in California has mainly been done using traditional methods, but there are signs that cut-to-length logging is the future
over there as well. There are a few Ponsse machines in the region already, and we hope to increase that number. It will be a long-term process, but we believe Bailey’s is the right partner for us in the region. They are well-connected in the local forestry industry, and as a family company, it is a great cultural match with Ponsse,” says Samuel Vidgren, Ponsse Plc, Area Manager, USA Dealers.
Most of the logging in the region is steep-slope logging in the mountains. The estimated standing timber volume in California is 1.4 billion cubic metres. The forest cover is mostly softwood – mainly pine in the mountainous areas.
5-7 June 2025
Tele Radio’s Panther PLd systems are the clear choice for duties that require high performance levels. Both our T19-2 and T29-12 meet Performance Level d (PLd), Category 3, equivalent to Safety Integrity Level (SIL) 2 – certificates independently awarded by notified bodies. Whatever the job at hand, our stop function never fails.
Tele Radio offers a variety of radio remote control products, adaptable to a multitude of applications, throughout many industries like Agriculture & Forestry Equipment - Cranes & Material Handling - Mobile Hydraulic Machinery –Emergency & Recovery Vehicles - Industrial Doors & Gates – Propane and Tanker Trucks – Construction Equipment & Machines – Pumps & Aggregates, PLC Control – Recycling Machinery and more…
See the website for all our global sales locations and more info about the products and applications
FAE
FAE enhances the versatility of its RCU75 remote controlled tracked carrier with the new PMM/RCU75 swinging hammer mulcher.
This head features a hydraulic hood for better control of the outflowing material, a support roller with integrated skids, a trapezoidal belt transmission, and interchangeable protection chains. The PMM/RCU can be equipped with PMM hammers or Y/3 flails.
FAE is a world leading designer and manufacturer of heads for tractors, excavators, skid steers, special vehicles, and tracked carriers for forestry, agricultural, road and demining work.
With a range of more than 90 products and 400 models, FAE can meet the most diverse
customer demands. FAE’s range of heads includes forestry mulchers, cutters, stump cutters, stone crushers, soil stabilizers, road planers, wheel saws and multitasks. Their line of tracked carriers includes tracked carriers with cabs and remote-controlled tracked carriers.
FAE focuses on technological innovation and build quality to ensure that its machines offer superior performance and reliability.
FAE was founded in 1989 in Fondo, Italy, where its headquarters are still located.
Production, sales, aftersales service, and parts distribution are handled by their 4 production sites, the headquarters, 7 commercial branches, and a network of authorized dealers all over the world.
FAE has around 400 employees worldwide.
The new specialist high-performance chain lubricant for tree harvesters
Mi240 FORESTER provides unparalleled resistance to abrasive dirt and sawdust build-up on chains.
Prolonging cutting efficiency and keeping filters clear!
FEWER CHAIN BREAKAGES
BIODEGRADABLE & NON-HAZARDOUS PERFORMANCE DOWN TO -50°C SIGNIFICANT COST SAVINGS
SP was founded in 1978 and presented the world´s first ever single grip harvester head in 1980.
Wireless harvester head control system – Dasa7
Introducing the Dasa 7 Wireless. The main advantage with the wireless system is that customers will never have to worry about broken data cables again – which of course means increased uptime. Branches and constant movements will not be a problem, since the wireless unit is mounted in the head. Replacing the cables with a high-speed, reliable Wifi connection means communication between the operator and the bucking unit isn’t sensitive to physical circumstances. This gives you total freedom to move the crane or boom and rotate the head without any risk of communication failure.
The Dasa7 is the latest generation control system and offers lightning fast reaction times, robust/proven modules and a used friendly interface. The Dasa7 Wireless can be supplied in three different versions - H50, H60 or H70 software to be able to perfectly match the needs of your specific logging operation, from the simple and cost effective H50 to the advanced windows based and fully Stanford 2010 compatible H70 system.
New heavy duty frame versions
In order to be able to offer harvester heads perfectly suited for tracked harvesters and very demanding operations SP have developed heavy duty, so called HD versions, of head
models SP 661 LF and SP 761 LF. Both the 661 and 761 head models are available with options such as processing knives, find end sensor and top saw making them just as productive processing decked wood out of a pile as when cutting and processing at the stump.
Tigercat releases a smaller class mulching head well suited to niche applications like fire mitigation and remediation.
Designed for the Tigercat 470 mulcher, the 4054-20 provides a complete end-to-end Tigercat mulching solution for narrow swath applications and lower horsepower carriers. The 405420 head has a smaller diameter drum, a two metre (79 in) mulching swath and a lighter weight, more compact design. Key applications include fire mitigation and remediation, as well as right-of-way and site preparation projects requiring a smaller, more agile machine.
The smaller size and lighter weight of the 4054-20 means it can work on carriers with less attachment power, while retaining similar recovery performance to larger heads equipped on larger carriers.
Various carbide tools and hardened steel knife tools are available to suit a range of applications. The Tigercat designed bolt-on tool system is available for both the open face rotor and the feed control rotor.
Manufactured to Tigercat’s high standards for robustness and quality, the 4054-20 mulching head offers excellent durability and reliability. Carbide welding on the skis provides extra protection from wear. The robust housing with reinforced side covers adds to the heavy duty build quality and structural integrity.
The drive system efficiently transfers power with no belt slip and reduced belt tension maintenance. Large, heavy duty bearings and shafts ensure long life and high uptime. Numerous removable access covers allow easy maintenance of wear items and service points. The wear liner can be serviced in the field and does not require welding or rotor removal.
Designed for the Tigercat 470 mulcher, the 4054-20 provides a complete end-to-end Tigercat mulching solution for narrow swath applications and lower horsepower carriers.
Tigercat’s long standing 234 series knuckleboom loader has been upgraded. The new 234C has a new boom system, a new cab, an improved hydraulic system and more swing torque.
The new 234C boom system provides increased lift capacity, and quicker boom speeds. The boom cylinders are cushioned at the end of stroke for smoother boom operation. Through-tip hose routing is another new feature. Hydraulic hoses to the grapple are now routed through the boom tip for increased hose protection.
The Tigercat loader engineering team had the operator in mind when designing the 234C. The new operator’s station is more comfortable with 16% greater internal volume, increased width, and more leg room. Joysticks and switches are mounted on the armrests within comfortable reach.
Improved A/C and heater controls allows the operator to set the desired temperature for a more comfortable working environment.
Climate controlled cupholders keep drinks hot or cold for longer. Dedicated in-cabin storage areas include a space for a full size Tigercat insulated lunch box.
Operator visibility has been improved with larger front and side windows. The wiper motor, radio and touchscreen display control system have all been relocated for improved sightlines. In addition, a redesigned swing motor cover further improves the operator’s line of sight to the work area.
Hydraulic system improvements include a new, larger main pump, and a new boom valve providing smoother boom control and improved flow sharing.
Finally, swing torque has been increased by 13% over the 234B for improved pull-through delimbing performance.
5-7 June 2025
Norra Timber recently announced a threephase upgrade of its Hissmofors, Sweden, sawmill with an investment of up to SEK 150 million (US$14.8 million). Approximately 70 people are currently employed at the sawmill and the associated planning mill. Henrik Jönsson, Industrial Manager at Norra Timber, said, “The sawmill contributes to both local jobs and smart climate products. For us, it is important to invest here and thus balance the technical degree and competitiveness of
our sawmills.”
Norra Skog’s Board of Directors has previously made a policy decision regarding the investments in Hissmofors. The planned investments will take place in three stages and will begin with new postprocessing along the saw line. The new machine equipment will have significantly higher capacity than the previous one and therefore enable production increases.
The sawmill in Hissmofors currently has an annual production of approximately 170,000 m3, with the goal
of increasing production to 200,000 m3 within the next two years. The mill currently produces spruce and pine rough sawn and planned into boards and planks, and the wood products are sent on to customers both in Sweden and abroad.
The investment in the new machine equipment amounts to approximately SEK 40 million (US$3.9 million) and will mean a production increase of 10,000 m3sv annually. The next two investment steps that are planned involve upgrades in the sawmill line and comprise approximately SEK 100 million ($9.8 million).
“Of course, the investments feel great for us at Hissmofors. We secure jobs and get a receipt that Norra Skog believes in us here in Jämtland. This announcement inspires confidence in the future,” says Thomas Haiduga, sawmill manager in Hissmofors.
The sawmill in Hissmofors currently has an annual production of approximately 170,000 cubic meters, with the goal of increasing production to 200,000 cubic meters within the next two years. Here,
spruce and pine are sawn and planed into boards and planks, and the wooden products are sent on to customers both in Sweden and abroad. To make use of all parts of the forest’s raw material, Stallströ and Agricultural litter are made from the chippings from the planer. It becomes a litter product that is clean and free of dust, which creates a healthy environment for both animals and people. Today, around 70 people work at the saw and planer, which is located just outside Krokom.
Hampton Lumber has announced the launch of its Paper-Azzi Campaign, a fun and interactive initiative designed to raise awareness about the diverse uses and extensive reach of wood products grown and manufactured in the Pacific Northwest.
The campaign invites the public to spot Hampton Lumber wrap or products in transit, lumberyards, or on job sites and share their photos on social media with the hashtag #HamptonLumberJourney.
Each post counts as an entry to win exclusive Hampton Lumber merchandise and other
great prizes. Hampton Lumber will feature submitted photos on its website and social media channels.
Hampton operates six sawmills in the Pacific Northwest in the communities of Warrenton, OR, Willamina, OR, Tillamook, OR, Randle, WA, Morton, WA and Darrington, WA.
Most lumber manufactured by Hampton’s U.S. sawmills features wrap designed by high school students from the communities where Hampton operates so it’s often easy to pinpoint where the wood was grown and processed.
Hampton also manufactures and markets lumber from its three sawmills in British Columbia; Babine Forest Products, Decker Lake Forest Products, and Fort St. James Forest Products.
Cutting capacity: Up to 8.5 million board feet of wood in two-shift operation.
Log diameters: 10 to 42 in, lengths: 10 to 16 ft 2 in (20 ft on request)
100% self-sufficiency: Cut your own logs, optimize production costs.
Space-saving: Optimum use of floor space from 5,400 ft² to a maximum of 10,800 ft².
Long-term predictable prices: Own production ensures stable product prices.
Sustainability and regional added value: Use of local wood, recycling of all wood waste.
Board dimensions: Wide range possible through chipper head, band and rip saws.
Green footprint: up to 75% yield, maximising log utilisation.
By: Heidi Schmidt, Global Sales Manager, Opticom Tech
When you’re setting up a network for a sawmill, whether it’s for production control, equipment monitoring, or video surveillance, there are countless small and big decisions to make. With industrial equipment, computers, cameras, and other devices all needing to work seamlessly together, choosing the right network infrastructure is crucial.
One common decision we often see with Opticom Tech customers in the sawmill industry is whether to go with managed or unmanaged switches for their networks. For many sawmills, we recommend unmanaged switches. However, this isn’t a one-size-fits-all answer. We always analyze each facility and their needs before making a specific recommendation.
Read on for a breakdown of managed vs. unmanaged switches and why unmanaged switches make sense for some sawmills.
Managed Switches: Pros and Cons
Managed switches offer more control and customization over network operations compared to unmanaged switches. This can be beneficial for larger operations, but it comes at a cost in terms of complexity and expenses.
Managed Switches Pros:
• Advanced Control: These switches allow for detailed traffic management and control over data flow, offering features like VLANs and port mirroring.
• Enhanced Security: Managed switches provide support for advanced security protocols, which can be essential in larger networks
where sensitive data is being exchanged.
• Scalability: If your sawmill is planning to expand, managed switches offer flexible options for growing networks.
• Remote Management: You can adjust settings and monitor the network remotely using SNMP, CLI, or web interfaces.
• Improved Performance: You can prioritize traffic and minimize network bottlenecks through efficient traffic management, which might be useful for dataheavy applications like video monitoring or production equipment monitoring.
Managed Switches Cons:
• Cost: Managed switches come at a premium, which can quickly add up, especially for smaller sawmills trying to keep costs down.
• Complexity: They require more advanced technical knowledge for setup and maintenance, often involving skilled IT staff.
• Maintenance: Managed switches demand regular updates and monitoring, which increases operational overhead.
Unmanaged Switches: Pros and Cons
Unmanaged switches, on the other hand, are plug-andplay devices that require no configuration, making them well-suited for smaller operations or sawmills with straightforward network needs.
Unmanaged Switches Pros:
• Simplicity: There’s no need for complex setup—just plug in your devices and get to work.
• Cost-effectiveness: Unmanaged switches are far more affordable than their managed counterparts, making them an attractive option for sawmills looking to stay within a tight budget.
• Low Maintenance: With no need for ongoing monitoring or configuration, these switches require very little in terms of upkeep.
Unmanaged Switches Cons:
• Limited Control: While this simplicity can be an advantage, you lose the ability to manage traffic or prioritize data. However, for many sawmills, this isn’t an issue, especially for video monitoring and equipment tracking where constant data flow is key.
• Security: Managed switches offer more in terms of security, but for many sawmills, this may not be necessary. With fewer advanced settings, there’s also less risk of misconfiguring something that could lead to security vulnerabilities.
• Scalability: Unmanaged switches may struggle to keep up as your sawmill grows. If you foresee a large expansion in the near future, a managed switch might be a better long-term investment.
Sawmills depend on reliable networks to operate machinery, ensure safety, and maintain production efficiency. After 25+ years working with them, we know one of the things that creates problems for operators and production: bottlenecks. When you choose to use managed switches, if they’re not set up and managed properly, they can cause a bottleneck.
Unmanaged switches, however, eliminate this concern. They ensure that data from video cameras flows freely. In a sawmill, where production efficiency is paramount, an unmanaged switch ensures continuous monitoring and data flow without the complexity of managing a network.
Cont’d on Page 48
As we mark our 100th anniversary in 2024, we reflect on a century of groundbreaking innovation and leadership in the wood processing industry. From our modest beginnings to becoming a leader in technological advancements, our journey has been defined by our commitment to pushing boundaries and transforming the industry. Under the unified Comact brand, we continue to build on this legacy, embracing a vision that promises to drive the next century of growth and excellence.
Since our inception, we have been at the forefront of technological progress. Our dedication to innovation has consistently reshaped the wood processing landscape. One of our most significant contributions to the industry has been in transforming sawline design and functionality. Our pioneering work in in-line, on-the-fly cant optimization technology has established new trends by reducing gaps and increasing production capacities. The introduction of the OLI infeed module for primary breakdown further optimized recovery based on log shape, ensuring better utilization of resources and maximizing yields. This advancement has not only enhanced efficiency but also set new benchmarks for performance.
Following the introduction of our advanced profiling modules a decade ago, the recent evolution of this technology—such as the
double limitless profilers— has further streamlined the production process by eliminating the need for edgers. This innovation brings several significant benefits: it enhances production performance, boosts breakdown line speed by up to 30%, and improves sawmill flow by reducing the number of pieces requiring re-run. Additionally, it lowers edger operating costs by decreasing the required workforce, reducing maintenance needs, and improving safety by removing manual operations.
The recent introduction of the Flare Butt Reducer has significantly enhanced processing efficiency. Comact’s Optimized Flare Butt Reducer addresses common log handling issues by maintaining debarking line speed regardless of log shape, reducing the risk of jamming the debarker, and improving debarking quality. This innovation not only prevents wasted time
and damage to downstream mechanical components but also ensures the maximum rate of your sawing line. Often overlooked in debarking line design, this equipment offers substantial benefits, allowing you to maximize investments and adapt more effectively to variations in wood supply. These advancements reflect our commitment to pushing the boundaries of sawline design and functionality.
Our project services have played a crucial role in our evolution. We have established ourselves as a leader in delivering greenfield facilities with exceptional speed and precision. Our exclusive capability to supply over 95% of the equipment required for these facilities has set us apart, enabling us to offer best-inclass operations across North America. This efficiency and comprehensive service have been central to our success and have reinforced our position as a top high-tech OEM in the industry.
Our Wave Feeder, an industry benchmark with over 1,000 units sold, exemplifies our dedication to operational excellence. This innovative log singulator has set the standard for modern production processes and highlights our
focus on setting high industry standards. By continually advancing our technology and improving our products, we have demonstrated our commitment to providing the best solutions for our customers.
Over the past two years, we have focused on developing AI-powered Smart Vision applications to enhance process flow and safety. These advanced Smart Vision systems are designed to monitor and interact with plant operations, providing sophisticated capabilities for optimizing processes such as log infeed and deck management. By detecting anomalies and promptly halting the line to prevent issues, these systems not only improve operational efficiency but also enhance worker safety by continuously monitoring environmental conditions.
Looking ahead, our focus on artificial intelligence (AI) has elevated optimization processes to unprecedented levels. As the first OEM to introduce IoT solutions and connected operations,
we have seamlessly integrated AI with emerging technologies such as machine learning and deep learning. This integration has enabled us to enhance our offerings and prepare for the future, ensuring that we remain at the cutting edge of technological advancement. Our commitment to leveraging AI and IoT underscores our vision for the next century, positioning us to lead the industry in innovation and performance.
As we honor our past achievements and embrace the future, our dedication to advancing the wood processing industry remains steadfast. With a legacy of innovation and a passion for excellence, we are committed to shaping the future with cutting-edge technology and customerfocused solutions.
Guided by these principles, we will continue setting new standards, driving progress, and leading the industry into an exciting new century of growth and transformation.
Metsä Fibre has announced the appointment of Antti Eskola M.Sc (Engineering) as the new Sawmill Manager of its Renko sawmill, effective 1 November 2024.
Eskola brings a wealth of experience from his previous roles within Metsä Group, where he was responsible for procurement and contract management for the Kemi bioproduct mill project. He has also played a key role in
several strategic procurement initiatives and held various positions within the company’s procurement division.
In his new position, Eskola will report to Virva Juhola, Senior Vice President of Production for Metsä Fibre’s sawmill business. Metsä Fibre, a leading player in pulp and sawmill production, is known for producing not only sawn timber and pulp but also bioproducts
such as biochemicals and bioenergy, all derived from sustainable northern wood as an alternative to fossil-based materials.
In 2023, Metsä Fibre recorded sales of EUR 2.5 billion and employs around 1,600 people. Metsä Group, the parent company, achieved sales of EUR 6.1 billion and is owned by more than 90,000 Finnish forest owners through the Metsäliitto Cooperative.
In the picturesque Swiss canton of Lucerne, the Tschopp family has been operating a sawmill since 1959, which today is one of the most important and modern wood processing companies in the country. The family business, now in its third generation led by Ronald and Daniel Tschopp, employs 130 people and processes 130,000 solid meters of roundwood annually on an 80,000 m² site.
Since November 2023, Tschopp AG has been relying on an innovative solution from SENNEBOGEN: the 735 E with electric drive and trailer. The new acquisition was officially confirmed at bauma 2022 together with SENNEBOGEN’s sales and service partner Kuhn Schweiz AG. Erich Helfenstein, Head of Roundwood Procurement, emphasizes: “We chose the electric drive for a very simple
reason: fuel prices are high, and by using the 735 E Electric Drive, we can massively reduce our consumption.”
The new material handler impresses with its outstanding performance and operates much more quietly and smoothly than conventional diesel machines – a great advantage in the noisesensitive environment of a sawmill.
Tschopp Focuses on Regionality & Sustainability
Tschopp AG sources its wood regionally within a 100 km radius. The transport is organized by the company itself and is mostly carried out with in-house trucks to ensure seamless further processing at the plant. Sustainability is also a priority in production: an in-house wood plant supplies the site with green energy through 100 percent utilization
of the wood raw material. For internal roundwood transport, they were also looking for a sustainable solution and chose the 735 E with an electric drive. “We identify with SENNEBOGEN’s values and also rely on forward-looking technologies that make a positive contribution to our environment,” says Erich Helfenstein.
The main tasks of the SENNEBOGEN 735 E include unloading trucks, removing wood from sorting boxes, and feeding the saw line. In addition to the special trailer attachment, the material handler stands out for its unique features that enable smooth and efficient operation. The rear-pivoted boom ensures optimal weight distribution, while the robust undercarriage
is capable of towing trailers weighing up to 30 tons. With a stacking height of around 10 meters and a reach of 11.3 meters, even challenging loading and unloading tasks can be handled effortlessly. Additionally, the machine has been equipped with an extra grid and cameras to ensure work safety for employees.
VANCOUVER, British Columbia, September 12, 2024 — BID Group, a leader in the wood processing industry for over a century, has announced its new identity as Comact.
This transition marks a significant evolution in the company’s journey and reflects its commitment to innovation and excellence.
From its origins as an OEM, Comact has been instrumental in transforming the wood processing industry. The company has consistently invested in research and development, addressed customer challenges, and adapted to their evolving needs. Through strategic alliances and acquisitions of leading brands, Comact
has established itself as a world-class leader and pioneer renowned for its highperformance technology and equipment and its exceptional customer engagement.
“The decision to transition to Comact aligns with our strategic plan to expand as a high-tech OEM with key customers worldwide,” explained Alistair Cook, president and CEO. “This new identity signifies the beginning of a transformative phase for us. We are reaffirming our commitment to being the premier OEM in the industry by delivering cutting-edge technologies, world-class project services, and unparalleled dedication— qualities that have cemented
Comact’s reputation as a market leader in highperformance, innovative solutions.”
As Comact, the company will continue to focus on what matters most to its clients: optimizing operational performance, leveraging advanced technologies, and delivering exceptional field support. Our comprehensive project services, including construction and installation, will continue without interruption.
Today, the company is also unveiling its new brand identity and logo, which embody its customer-centric approach and the robustness and high performance of its equipment.
The company will gradually
implement the new brand across all touchpoints starting now. Customers, partners, and stakeholders can expect a seamless transition with no disruption to its operations. Further details will be shared soon.
Comact, a leader in wood processing solutions, is thrilled to announce the launch of its innovative new website, offering a comprehensive 360-degree experience of its products. This groundbreaking feature, a first in the industry, allows visitors to virtually tour a sawmill and explore BID Group’s offerings in an immersive, interactive environment.
The launch of this website marks a significant milestone in Comact’s commitment to leveraging advanced digital technologies to enhance customer engagement and support. Visitors can
navigate through a fully operational sawmill, gaining unprecedented insights into the company’s solutions.
“We are incredibly excited to introduce this pioneering 360-degree experience to our customers and partners,” said Simon Potvin, President of Wood Processing at Comact.
“This innovative platform represents a new era in how we showcase our solutions and engage with our audience. By providing a virtual tour, we are offering transparency and accessibility, allowing users to see the full scope of our capabilities in a dynamic and engaging way.”
The website’s 360-degree experience is made possible thanks to the support of Biewer Lumber, who allowed Comact to film their sawmill. This collaboration has enabled Comact to create a realistic and detailed virtual environment that accurately reflects the complexities and efficiencies of a modern sawmill.
Comact’s new website is designed to be a valuable resource for industry professionals, offering detailed information about the company’s full range of products and services. By incorporating this innovative 360-degree experience,
September 4, 2024, BID Automation, a subsidiary of BID Group known for its expertise in control systems across various manufacturing sectors, is rebranding as CORE Integrators.
This rebranding signifies the organization’s continued push for strategic expansion beyond
wood processing into a broader range of industries, including agriculture, food and beverage, steel, textiles, asphalt production, automotive, recycling, biomass, and more. Despite this diversification, CORE Integrators will continue to serve the wood processing industry.
While the name has changed, the relationship with BID Group remains unchanged. As a part of BID Group, CORE Integrators continue to benefit from the same strong support and resources that have always empowered them to deliver exceptional value to its customers. CORE
Comact continues to push the boundaries of what’s possible, setting new standards for customer engagement and support.
To explore the new 360-degree experience and learn more about Comact’s cutting-edge solutions, visit www.comact.com.
Integrators will continue to leverage BID Group’s extensive capabilities—all while advancing its expertise in system upgrades, robotics, and plant monitoring and control.
Introducing the Combi-CLL Log Loader, based on the highly successful Combi-CSS Container is incredibly fast compared to other methods. It can fully load logs into a 40’ container in under 6 minutes to a 30t capacity. The risk of accidents to the workforce is minimised and product damage is eliminated.
The Logs are pre-loaded into the robust, 40’ long high-sided Tub. The patented push-pull mechanism powers the loaded Tub into the container. Once inside, the Hatch is closed to hold the logs securely in place, and the Tub is retracted.
To find out how Combilift can help you unlock every inch of your storage space.
Another Timber Processing & Energy Expo was marked a big success for team JoeScan. The sawmill scanner manufacturer enjoys playing host at the event, which takes place just 3 highway exits away from their new world headquarters in Vancouver, Washington.
We love getting to see folks from all over the world right in our backyard,” says JoeScan president and founder Joey Nelson. “TP&EE lets us chat face-to-face with sawmill operators and managers about the scanning issues affecting their production.
We also get to sit down with our optimization partners to develop new solutions to these challenges. It’s the perfect place to check-in with customers, collaborate, and generate new ideas.”
JoeScan welcomed visitors from around the world in their booth, including integrators from throughout the US & Canada, Japan, Germany, Estonia, and New Zealand.
Music fans were even treated to a bluegrass performance from JoeScan’s founder Joey Nelson, and his brother Jeff Nelson and “Uncle” Tony Fuentes of Nelson Brothers Engineering.
For more information about JoeScan and its range of scanning solutions, visit www.joescan.com
JS-50 X6B CARRIAGES & SHORT-INFEED EDGERS
JS-50 TRIMMERS
JS-50 Z8 END-DOGGER, C FRAME & HI SPEED SNAPSHOT
As their old equipment started to lag behind what was needed for the business, Bright Wood turned to USNR’s AddVantage scanners for a solution. Bright Wood purchased eight systems with the plan to replace existing scanners and to add more locations.
The goal was to utilize the system’s AI defect programming to help reduce the amount of waste, create fewer cutbacks, and produce an overall better product for their customers.
An outdated scanning system can be severely detrimental to any facility. From slow processing time to misallocated manpower to excess waste, it can be the weak link that costs a mill thousands of dollars every year. This is exactly what led Bright Wood to search for alternative scanner options.
The AddVantage uses AIdriven defecting technology that provides industry-leading detection and classification of defects. But finding the
AddVantage was just the beginning. Upgrading and refining their process has now led Bright Wood to new ventures and better product. Also see pages 34 & 35
TBurton Mill Solutions has announced its acquisition of Industrial Cutting Tools (ICT), based in Quitman, Georgia. ICT specializes in reconditioning industrial cutting tools for sawmill, chip, and pellet operations throughout the Southeastern U.S.
his acquisition significantly expands Burton’s geographic footprint and enhances its technical capabilities, enabling better service to primary wood producers who outsource the reconditioning of their circle and band saws and machine knives.
With the addition of ICT, Burton strengthens its already comprehensive technical expertise in wood processing technology, including wideband and circle saws, industrial knives, filing room equipment, reconditioning services, and industrial wear parts
Chuck Wert, Senior Vice President of Burton, expressed enthusiasm for the acquisition, saying, “We are thrilled to join forces with ICT, as this partnership will enable us to elevate our service offerings and better meet the needs of our customers in the region. Our teams share a dedication to innovation and excellence, and together we will set new standards in the industry.”
Walter Cowart, General Manager of ICT, shared his thoughts on the merger, saying, “This is an exciting
opportunity for both companies to build on our strengths and improve our service delivery.”
While Walter will remain with ICT’s prior owner, The Langdale Company, longtime employee Scot Mathis has agreed to take on the role of Operations Manager. Scot expressed, “I am looking forward to writing the next chapter in our company’s story as we continue to provide exceptional solutions that genuinely benefit our customers.”
Dale Brown, CEO of Burton Mill Solutions, and sister companies USNR and Mid-South Engineering, commented, “I am pleased to be expanding our cutting tools service network. This acquisition aligns with our overall mission to provide innovative solutions that enhance productivity and efficiency in the wood processing industry.”
ICT’s southern Georgia location will complement Burton’s existing network of saw and knife reconditioning service centres in Maine, South Carolina, Louisiana, and Alabama.
IMiCROTEC teams up with Peak North America for the Next Generation of Sawmilling.
n the summer of 2025, Peak North America, in collaboration with MiCROTEC, will install the next generation greenfield Two Rivers Lumber sawmill in Alexander City, Alabama.
MiCROTEC will provide all scanning and optimization technology for the complete mill. Driven by MiCROTEC’s CT Log scanner, the MiCROTEC Connect solution will link each step of the process, allowing full traceability from log to final product.
A standout feature of the sawmill is the integration of Real Performance Machinery’s ProDog end dogger system and ProSaw gang with MiCROTEC’s CT Log.
This combination, leveraging ProDog’s rotation and positioning capabilities, maximizes the CT Log’s full potential.
“We are so excited to release the full power of CT Log’s optimization capabilities by pairing it with RPM’s end dogger. The fact that each log can be optimized and
limitations, and to a much higher precision than traditional sawing equipment, makes this a match made in heaven. In this case, 1 + 1 truly does equal 3!” says Norvin Laudon, Head of Sales at MiCROTEC.
The advanced scanning solutions for this project include MiCROTEC’s CT Log scanner, Logeye multi-sensor log scanner, Logeye Stereo 360° imaging system, Goldeneye Transverse lumber scanners, and integrated software and inline
The MiCROTEC Connect solution, based on the CTscanned logs, ensures that each log can be traced from virtual to real boards and that individual boards can be traced back to their original logs at each production step without any gaps.
Norvin Laudon, Head of Sales at MiCROTEC
“Simply put, MiCROTEC Connect allows tracking of every sawn product through each step of the production process back to its parent log, providing unprecedented insight into the sawmilling process. The true power of knowing how the value of each piece of lumber changes through the process is that it allows the mill to know exactly where the largest opportunities for value increases are.” explains Norvin Laudon.
This project marks a significant advancement in the log breakdown process, starting from log optimization to secondary processing, all based on CT scanned logs.
The strategic partnership with Peak North America showcases a new level of value and resource efficiency for the industry.
A standout feature of the sawmill is the integration of Real Performance Machinery’s ProDog end dogger system and ProSaw gang with MiCROTEC’s CT Log
“We are excited to work with MiCROTEC to deliver what we believe will be the next generation of log breakdown technology, coupled with bestin-industry equipment for all other areas of the mill.”
Leif Norrgard, CEO of Peak North America
This collaboration promises to set new standards in the industry, combining top-of-theline technology from various partners to create superior solutions, while furthering sustainability efforts through optimized resource use and reduced waste.
Peak North America (PNA) are a vertically integrated solutions provider of industrial
Sawbox - from debarking via scanning to stacking
The lumber industry is on the cusp of a technological revolution, and SAWBOX is leading the way with its groundbreaking ability to turn logs into lumber with just one operator.
his innovative sawmill solution is designed to meet the needs of modern wood processing operations, providing a compact, automated system that ensures efficient, high quality lumber production. Most importantly, the SAWBOX allows you to process diameters up to 42 inches that you would not be able to handle in your normal production operations. For businesses in North America the SAWBOX promises to be a game changer, delivering benefits that are too significant to ignore.
Key Benefits of SAWBOX
• Self-Sufficiency
One of the outstanding features of SAWBOX is its ability to make companies self-sufficient. By allowing companies to cut their own logs, SAWBOX helps optimize production costs and ensures a steady supply of raw materials. This level of control over the production process can significantly improve a company’s profitability and operational efficiency.
• Cost-Effective Investment
Setting up a SAWBOX is much more affordable than traditional sawing technology. The reduced investment costs make it possible for smaller companies to own and operate their own sawmills, paving the way for greater autonomy and financial stability.
• Increased vs Enhanced Yield and Efficiency
SAWBOX is designed to maximize the use of each log, achieving yields of up to 75%. This high level of efficiency not only reduces waste, but also increases the overall production, making the most of the available resources.
• Sustainability and Regional Added Value
SAWBOX supports the use of local wood and the recycling of all wood waste, promoting sustainability and boosting the local economies. By sourcing wood locally and minimizing waste, companies can reduce their ecological footprint and contribute to sustainable forestry practices.
• Predictable Pricing
With SAWBOX, companies can enjoy long-term stable product prices by controlling their own production processes. This predictability is crucial for maintaining competitive pricing and ensuring customer satisfaction in a fluctuating market.
• Impressive Cutting Capacity
The SAWBOX can process up to 8.5 million board feet of lumber in a two-shift operation. It accommodates logs from 10 to 42 inches in diameter and from 10 to 16 feet 2 inches (on request 20 feet) in length, available upon request. This versatility makes it suitable for a wide range of lumber dimensions.
• Space Efficiency
SAWBOX is designed to fit into spaces ranging from 5,400 to 10,800 square feet, allowing for optimal use of available space. This compact footprint is perfect for companies looking to maximize their production capacity without the need for large, sprawling facilities.
For North American wood processing companies, the benefits of adopting SAWBOX are clear. Whether you are a sawmill, CLT or a gluelam facility, integrating the SAWBOX into your production line can lead to significant improvements in efficiency, cost savings, and sustainability. As the industry continues to evolve, staying ahead of the curve is essential. Discover how SAWBOX can transform your business, making it more competitive and resilient in a rapidly changing market. By investing in SAWBOX, you will not only improve your manufacturing capabilities, but also contribute to a more sustainable and economically vibrant community.
Explore the possibilities of SAWBOX and take the first step towards a more efficient and sustainable future for your wood processing business.
The family-owned company located in Austria (Europe), Greer (USA) and Nanaimo (Canada), plans, develops, and produces machines and state of the art solutions for the
wood processing industry. All processes, such as transporting, sorting, grading of wood, and automation, are implemented at the highest technological level. Special attention is placed on sustainability.
The climate-neutral company employs more than 500 people worldwide and is managed by the third generation of the Springer family, Timo Springer and Gero Springer. www.springer-usa.com
An outdated scanning system can be severely detrimental to any facility. From slow processing time to misallocated manpower to excess waste, it can be the weak link that costs a mill thousands of dollars every year. This is exactly what led Bright Wood to search for alternative scanner options leading them to the AddVantage scanner from USNR.
The AddVantage uses AI defecting technology that provides industry-leading detection and classification of defects.
But finding the AddVantage was just the beginning. Upgrading and refining their process has now led Bright Wood to new ventures and better product.
AddVantage features
The key to the AddVantage scanner’s success is deep
learning artificial intelligence technology. As more lumber passes through the system, the AddVantage scanner hones its ability to spot high-quality wood and identify defects more precisely. It can even identify defects within defects.
This allows the system to better understand when defects can be sawed off to enhance the quality of the original board, and when a board needs to be outright rejected, minimizing waste of product and money.
AddVantage Chop Saw Optimizer
As is the case for many growing businesses, Bright Wood found themselves in a bit of a pickle. Their team was ready to expand, but their equipment was not. Outdated machines made it impossible to scan their product at the rates required to reach the goals they wanted to set. At the forefront of this issue was their scanning systems.
“Before, we had another scanner in place [from a different company],” says Scanner Technician Stephanie Garcia. “It was very slow, outdated…Production through the plant wasn’t the best. It wasn’t awful, but it wasn’t as optimal as it could be.”
And so, the team went looking for a new scanner, one that could keep up with demand. One that had AI learning capabilities. Which is how they came upon the AddVantage.
AddVantage uses four-sided multi-spectral vision, infrared, laser, and geometric profiles to identify and classify a wide range of characteristics
While the AddVantage checked all the boxes, Bright Wood’s Director of Optimization Keenan Stovall says the real clincher was the care and dedication the USNR team displayed in helping Bright Wood every step of the way. From providing round-theclock support to following up on important software adjustments needed for the Bright Wood facilities to offering hands-on training for operators, Stovall says it was the USNR promise of quality customer service that led his team to choose the AddVantage.
“[The USNR employees] want to work with us. We talk every week…We didn’t want to feel like we were on an island. We didn’t want to feel like we couldn’t have engagement and improvement…Chad and the team have been a great resource.”
It’s all in the details
Installation began in one of Bright Wood’s larger facilities in Madras. From the very start, precision was a must.
Bright Wood largely processes a variety of wood for window and door parts, as well as finger joint pieces, so sending off perfect boards is an essential part of the business. And their scanner can’t get in the way.
“We were at a point where we knew we needed to do more scanning and optimizing,” Stovall said. “That’s what we do, we break down wood and we wanted to be really good at…We did feel like we had maxed out our current scanners and we couldn’t really get any more out of them the way that they were and we thought that artificial intelligence was a way to take a step beyond what we were currently.”
As the first AddVantage scanners went in, Garcia
and her team kept in regular contact with USNR representatives and engineers to make adjustments and create a scanning system that was optimized for their work, including catching some of their more common defects like grain distortion, blue stains, and heart defects.
While these adjustments were in the works, additional USNR staff worked closely with the team at Bright Wood to properly train operators on how to use the machine. Between onsite training, weekly phone calls, and hands-on adjustments, the Bright Wood team soon had a better scanner and a team of proficient operators.
And the benefits were near instantaneous. By USNR’s second and third visits to the facility to make adjustments, Bright Wood was already
26 - 30 May 2025, Hannover.
seeing significant gains. Even during test runs, the new AddVantage scanners were breaking Bright Wood processing records. And, according to Stovall, the system was substantially better at spotting fixable issues, rather than outright rejecting a flawed board.
“One of the things that was happening in our old system is we would have a board that would have a solution error or no solution, it would go all the way to the saw, it would stop, and then the saw operator would have to stop production, pull that piece out, drop it off somewhere, and it would have to be cut manually. This new system just doesn’t have that problem.” Workers can use their time more productively. No need to spend hours sifting through “rejected” boards or waste thousands on product that could have been saved. And when the team isn’t bogged down by numerous shortcomings from their equipment, the potential for growth significantly increases. Moving forward
With new technology comes new opportunity. Bright Wood has expanded their product offering into dimensional products, running 22 million board feet through the seventh scan line in their Culver facility alone.
Their next goals include expanding in hardwood and poplar species, as well as fully realizing the scope of what deep learning AI technology has to offer. “There’s more to be tapped into,” says Stovall, “and we look forward to exploring the technology’s full potential.”
USNR launched at TP&EE
Show the all-new Compact Shape Saw (CSS) system, the industry’s most advanced secondary processing system. It offers durability, reliability, and higher accuracy, resulting in superior quality lumber and chip production, all in a significantly smaller footprint.
Smaller footprint, better output
The Compact Shape Saw (CSS) was designed from the ground up to provide advanced solution capabilities including skewed sideboards, improved lumber finish, and less off-size lumber. The result is higher recovery and higher value.
The machine requires 53% less linear space than an equivalent USNR HSS layout and it significantly improves contact with each piece as it is processed, adding stability and improving the quality of boards being produced.
It’s also taken maintenance access to the next level with a unique walk-up design that’s the most ergonomic on the market. This, plus maintenance advancements like Quick
Change Assemblies and Automatic Maintenance Pins, make for safer, quicker repairs.
The CSS is comprised of individual modules all working together to provide the highest-quality products and the most efficient operation
Easier installation and maintenance
USNR accomplishes as much pre-assembly as possible in
the shop, so very little is left to be done in the field, lowering overall installation cost. The CSS then scales up quickly to production levels for faster ROI. They have also taken maintenance access to the next level with a walk-up design that is the most ergonomic system on the market.
The unique walk-up maintenance platform makes the CSS the most ergonomic system on the market.
The CSS also comes with maintenance advancements like Quick Change Assemblies and Automatic Maintenance Pins for safe and quick repairs and operation
CSS feed modules
Infeed, intermediate, and outfeed modules feature rolls driven either by coupled gearboxes or drivelines
• Interchangeable, lift-out press roll assemblies
• Interchangeable, slide-out bed roll assemblies
• Infeed and intermediate modules slide sideways for best-in-class maintenance access
• Profiler and canter function independently to accurately follow the solution curve
• Achieves a 96’ curved radius or 4” per 16’ on curved solution
• Chipper-profiler system operates with ±6° of rotation
• Chipper can process up to 12” nominal cants
CSS Gang
Delivers the best secondary breakdown solutions on the market when paired with the Compact Shape Gang
• Best-in-class stability
infeed, intermediate, and outfeed modules
Variable bedline sawbox always splits the cut between the top and bottom arbors on all cant sizes:
• Designed from the ground up for shifting timber pockets on top and bottom arbors
• Fully automatic saw mismatch and arbor wear adjustment via setworks on top and bottom arbors
• Vertical saw guides give unparalleled access for saw change
• Oversized turret bearing used as pivot for increased stability and precision
The CSS Gang has a variable height sawbox with variable bedline. This means that all cants are always split evenly between the top and bottom arbors as they are being processed through the gang.
In addition to timber harvesting, Tigercat | TCi machines are used in many industrial applications including construction, land clearing, silviculture, site preparation, forest management and fire mitigation — wherever highly mobile, durable and reliable carriers are required for rugged terrain, high duty cycles, extreme temperatures, and high levels of airborne debris.
(11 ft), and 3,7 m (12 ft). Blade movements are quick thanks to a large hydraulic pump. Blade function speeds are fully configurable within the intuitive touchscreen machine control system.
The structure of the blade is designed to reduce stress in areas where other blades tend to crack. An integrated and boxed in spill guard is included on the top of the blade’s moldboard.
Originally designed for forestry applications, the TCi 920 is a rugged and powerful dozer that is capable of handling the toughest jobs both in and out of the forest. Unlike standardbuild, mass production dozers, the 920 is built forest-ready without the need for optional guarding or heavy-duty packages.
The 920 dozer is powered by a 4.5 litre 4-cylinder FPT engine. It makes 135 hp (net) and 168 hp (maximum). The Tier 4 final engine aftertreatment system does not require a diesel particulate filter or EGR.
The 920 dozer uses a 6-way power, angle and tilt, or PAT blade. The blade is available in 3 sizes. Blade width options include 3,2 m or (10.5 ft), 3,6 m
keeps the operator comfortable in any weather conditions.
The 920 was designed to maximize operator visibility. The full-length cab door windows allow the operator to see the tracks and both sides of the blade where it contacts the ground, with clear visibility to the end bits.
The sloping front engine enclosure provides excellent visibility to the front of the machine. The sweeps are aligned with the cab pillars to be out of the line of sight, and unlike competing dozers, the exhaust stack is located behind the cab in line with the rear quarter post, resulting in a completely clean hood.
4161-15 mulching head
Tigercat has released a mulching head for swing carriers in response to fire mitigation equipment requirements. The 4161-15 is a 1,5 metre (59 in) heavy-duty swing-to-tree mulching head optimized for use on Tigercat 800 series carriers.
The 4161-15 uses many field proven components common to other Tigercat mulching heads. The rotor design is similar to 4061 series mulching heads.
The blades structure along with large lift and tilt cylinders is designed to handle heavy abuse in applications like stump removal.
The ergonomically designed cab offers an exceptionally rugged, quiet and comfortable workspace with excellent heating and cooling capacity.
The large parallel action seat has many adjustments to suit any operator. The seat cushion moves independently of the seat back rest. The seat back reclines and is fully adjustable, with seat angle and seat extension adjustment, as well as lumbar support. The seat suspension is strong and durable, featuring weight adjustment and firmness control. Combined with cab climate control system, integrated heating and cooling
The 920 dozer is available with a number of rear attachment options. The rear retrieval hitch is available on its own, or with the 910 kg (2,000 lb) counterweight. In addition, auxiliary hydraulics allow the machine to run a winch or other rear implements. The 18 tonne (40,000 lb) rated recovery winch includes a four-roller fairlead and integrated hitch. Functions include power reel in and out and manual free spool. The ripper attachment is a 2-barrel parallelogram design with 3 pockets and shanks. It was designed to deliver high pry-out and penetration forces and has a robust structural design. Choice of penetration or centreline teeth are available.
The 4161-15 offers a choice of a standard drum or feed control rotor (FCR). FCR is equipped with depth gauges in front of each tooth to control the cutting depth, reducing load on the machine. Tool choices include standard carbide, heavy-duty rock resistant carbide, and hardened steel knife style.
The 4161-15 pivots 130° (+/- 65°) left or right on a hydraulically controlled wrist. Through-tip hydraulic hose routing through the open boom tip to the wrist manifold minimizes exposed hoses, aiding in reduced wear and damage.
When paired with the Tigercat LX830E, this minimal tail swing, leveling machine is highly effective at fuel load management and fire mitigation on steep slopes and within tight stands.
PThe key to fast, efficient, and economical harvesting
onsse has a long history of manufacturing harvester heads. The first PONSSE harvester head was made in Vieremä in 1986. PONSSE harvester heads have been designed to withstand even the toughest conditions. They are characterised by a simple and solid structure which enables them to be used in various harvesting
New PONSSE H7 harvester head is a compact, solid, and powerful choice for all types of logging sites.
applications from harvesters to track-based solutions.
Each harvester head model is designed on the basis of efficiency, durability and ease of use. Harvester heads must withstand extreme conditions while operating accurately and as gently as possible without damaging the trunk surface unnecessarily.
All PONSSE harvester heads are manufactured and designed at the Ponsse factory in Vieremä. The design process is comprehensive and covers, in addition to mechanical parts, operating controls and software. The manufacturing process is highly automated to ensure high quality and measuring accuracy.
The frames of harvester heads are machined from a single piece after the welding assembly. This guarantees the highest quality with excellent precision. Durable hoses and delimbing knives form an important part of reliability.
Ponsse’s selection includes 10 different harvester heads for different conditions from thinning to regeneration felling and processing. The basic product features in all models include powerful feeding as well as quick and efficient sawing.
The harvester heads can be adjusted according to the trees harvested and the base machine used, ensuring smooth operations and a long service life. Their strong grip and accurate measuring system ensure excellent measuring accuracy.
1 The PONSSE H5 is a multipurpose harvester head especially suited for efficient thinning.
2 The PONSSE H6 is praised as the best multipurpose harvester head on the market. It’s suited to a variety of uses, ranging from thinning sites with small trees to regeneration felling.
3 The New PONSSE H7 is a compact, solid, and powerful choice for all types of logging sites. The New H7 is available with Active Speed variable feeding speed system.
4 The PONSSE H7 HD is a very robust and strong harvester head primarily for large wheeled harvesters and tracked based machines. The structure is based on the popular H7 model, but it has been reinforced for the special operating conditions of track-based machines.
5 PONSSE H7 HD Euca is designed for processing and debarking eucalyptus trees. Thanks to its excellent geometry, the H7 HD Euca works well also with big trees. Suitable for both wheeled and track-based machines.
6 The sturdy PONSSE H8 harvester head represents the largest and most powerful harvester head range for wheel-based Ponsse harvesters. Its solid structure and advanced functions make H8 an extremely durable and economical tool, with which harvesting is efficient. Thanks to it´s shape it also features superior winter features with minimized snow packing. The Ponsse H8 is available with Active Speed variable feeding speed system.
7 The PONSSE H8 HD is a robust harvester head with high power and excellent geometry for demanding conditions. The H8 HD is designed for
demanding use on large track-based machines with a powerful hydraulic system. Also available with a top saw.
8 The PONSSE H8 HD is ideal solution for track-based machines.. The H8 HD Euca is an effective tool in forests where the diameter of eucalyptus stems can be up to 50 cm.
9 Strong power, reliable structure and accurate control in the same package. PONSSE H9 is excellent in processing but suits felling and multi-stemming processing very well. The H9 head is a real multifunction head. Fast, effective, rational and most important productivity. A harvester head of this size class has never been this versatile.
10 The PONSSE H10 is the largest harvester head in the selection, suitable for processing large diameter trees. With a very robust structure, the H10 is designed for track-based machines weighing over 25 tonnes. In spite of its size, the H10 is not only suitable for processing but also felling.
Sharing a lot of the same features than H8, new PONSSE H7’s powerful feed and excellent power-toweight ratio add productivity to operations in all types of sites. Maximum feed speed at the correct length, combined with controlled feed acceleration and deceleration, reduces feed damage and improves machine efficiency. Thanks to new H7’s improved geometry, it can hold up even big trees conveniently. The adjustable grip pressure of delimbing knives and feed rollers, while feed rollers support trees from below, guarantees minimal friction and a firm grip during feeding. Easy-to-use automated systems ensure fast cutting and adjust sawing according to the tree diameter, improving the efficiency of sawing and extending the service life of
the saw blade and chain. The advanced Active Speed function is a new feature in H7 harvester head. It enables adjusting the speed of the harvester head according to tree species and trunk
diameters. This further improves feeding performance, thus raising the work efficiency and productivity to entirely new levels.
Thanks to its robust structure, great sawing power,
excellent gripping geometry and uncontested ability to enable faster, more efficient harvesting, new PONSSE H7 can add value to your operations at all types of logging sites.
The Tigercat 544 is a great match for selective harvesting applications in mixed diameter hardwood and conifer stands
Tigercat harvesting heads are built to match the high-performance capabilities of Tigercat track and wheel carriers and are well suited to a variety of jobs including at-the-stump harvesting, roadside processing and debarking.
The new 544 is Tigercat’s lowest weight class harvesting head for track harvesters. Based on the proven 534 design, the 544 is a three-wheel drive head with triangulated wheel arm geometry. The chassis, covers and tilt frame are designed to handle the rigors of track carrier operating conditions. Four cast steel knife arms, and fixed front and back knives provide excellent delimbing quality.
Targeting trees in the 15-50 cm (6-20 in) diameter range, the 544 has a maximum main cut capacity of 790 mm (31 in) along with a 790 mm (31 in) feed wheel opening, and 760 mm (30 in) maximum knife arm opening to handle the occasional larger tree.
Available with an optional 560 mm (22 in) cut capacity top saw , the 544 is a great match for selective harvesting applications in mixed diameter hardwood and conifer stands. Operating weight ranges from
1700 kg (3,760 lb) with standard rotator and link up to 2140 kg (4,720 lb), allowing the head to be mated to Tigercat H822 and H855 series carriers with standard or telescopic boom sets.
The hydraulically actuated measuring wheel promotes positive contact and reduces component wear. Diameter measuring on the wheel arms and front knife arms provides accurate measurement. An efficient high-flow hydraulic system matched to Tigercat carriers provides excellent performance and outstanding fuel economy.
Optional 360 degree continuous rotation with through-tip hose routing and robust, stable wireless communication is available on select carriers. Various rotator, feed motor, feed wheel, knife arm, and wheel arm choices are available to tailor the 544 for specific applications.
For maximum productivity and performance in eucalyptus processing applications, the 544 debarking package includes several features to increase productivity and performance. The feed wheels and the wheel arm geometry are designed for debarking, spiraling the trees during feeding for better performance. The feed motor sizes are tuned for high demand and productivity. Unique front and back knife geometry provides comprehensive tree coverage.
570
The 570 is a 2 wheel-drive head with canted, independent drive arms. It is most productive working with trees 15-50 cm (620 in) in diameter in softwood and hardwood stands. The 570
The 340-degree wrist is field-proven in felling head applications where maximum dexterity and positive control are required. It is best matched to Tigercat 822 series carriers.
575
The 575 is a heavy duty threewheel drive harvesting head with canted, independent drive arms and is best suited to instand harvesting in the 18-56 cm (7-22 in) diameter range. It is very effective in tough applications and difficult stem profiles including large limbed hardwood and crooked trees. With optional mechanically timed processor knives for easier picking, the 575 is also an excellent roadside processing head.
The Tigercat 570 harvesting head with the optional fixed 340-degree rotating wrist
is designed to work with the H822, H845 and H855 carriers, or a 20-25 tonne forestry excavator. With optional hydraulically timed processor knives, the 570 can also be used for roadside processing.
The 570 is available with a fixed wrist for applications where positive control when felling high value trees and trimming large limbs is required. The fixed head design combines two proven technologies – the Tigercat 570 harvesting head and the Tigercat 340-degree wrist.
The 575 features Tigercat’s unique three-two AutoshiftTM drive system. When processing a tree, the head starts in threewheel drive, maximizing feed force for faster acceleration and quickly powering through bigger trees. As the load drops, it automatically shifts to two-wheel drive, improving efficiency and increasing feed speed up to 30%.
Cont’d
The logging industry demands reliable and efficient equipment to tackle the toughest challenges in harvesting operations. Introducing the Log Max 5000V, a state-of-the-art harvesting head that combines durability, agility, accuracy, and intelligence to revolutionise logging worldwide. With its reinforced design, advanced features, and improved servicing capabilities, the Log Max 5000V sets a new standard for modern and powerful harvesting heads.
The Log Max 5000V boasts a reinforced frame designed to withstand the most demanding logging applications. The slimmed-down saw box enhances performance in snowy conditions, ensuring optimal cutting efficiency. Equipped with the new 318 MK2 - 30cc saw, this harvesting head delivers fast and troublefree cutting up to 74cm, guaranteeing exceptional cutting performance.
Accurate measurement results are crucial in today’s harvesting operations, and the Log Max 5000V meets this requirement
with its redesigned measuring unit. The length measuring unit incorporates smart features, including a contactless sensor, easier lubrication, and durable tapered bearings. Furthermore, the harvesting head’s improved accessibility, wellorganised hoses, and grease nipples facilitate simplified maintenance and servicing.
To enhance the Log Max 5000V’s durability and longevity, several updates have been implemented. The design of the measuring wheel hole has been improved, reinforcing the stoppers for the feed roller arms inside the frame, thus increasing strength and stability. The length measurement function has been significantly improved through the introduction of a new measuring wheel unit with a larger wheel, ensuring superior measurement accuracy.
The Log Max 5000V incorporates the enhanced saw unit 318 MK2 19 cc (True-Cut) or 30 cc, carefully designed to optimise work processes. Upgrades include a more robust saw bar mount with protective covers and rubber seals, ensuring protection against dirt and moisture. The saw bar holder now utilises premium-grade Hardox 450 material, offering increased strength and longevity.
Additionally, the placement of the “saw bar home” sensor has been optimised for easy access during maintenance. On the 30cc version the saw valve is mounted directly to the motor which greatly increases responsiveness.
The Log Max 5000V’s multistemming unit has undergone a redesign, resulting in reduced weight, increased lifespan, and simplified serviceability. The relocation of cylinders and improved hose protection increase durability and minimise the accumulation of snow and dirt.
The Log Max 5000V’s fourpoint measurement MK2 features new components and functions to excel in harsh conditions. The introduction of a contactless encoder in the lower delimbing knife enhances its lifespan and simplifies maintenance. The lower delimbing knife now incorporates an “Active Lower Knife” function, increasing lifting power and optimising tree holding capability. Additionally, the design modifications, such as a new axel nut and improved cable routing, enhance durability and reduce the risk of snow and ice packing.
The Log Max 5000V represents a groundbreaking advancement in the logging industry. With its unparalleled durability, cutting performance, precise measurement capabilities, and simplified maintenance, this harvesting head sets a new benchmark for productivity, efficiency, and reliability. Experience the power of the Log Max 5000V and unlock its potential to revolutionise your logging operations.
Introduction
The global focus on sustainable forestry practices has intensified in recent years, with increasing recognition of the importance of managing forests not only for timber production but also for ecological balance, biodiversity, and climate change mitigation.
One critical aspect of this management is forest fuel reduction, a strategy aimed at decreasing the accumulation of combustible materials, such as deadwood, underbrush, and other organic matter, which can lead to catastrophic wildfires.
Ponsse, a leading manufacturer of forest machinery, plays a vital role in advancing these sustainable practices through innovative technologies designed to enhance forest fuel reduction efforts. Says Timo Savornin, Area Marketing and Communication Manager at Ponsse Oyj
Ponsse, headquartered in Finland, is renowned for its commitment to developing high-quality, efficient, and environmentally friendly forestry machinery.
Since its inception in 1970, the company has consistently pushed the boundaries of technology to meet the evolving needs of the forestry industry. Ponsse’s machinery is designed to operate in a variety of forest environments, enabling the harvesting and processing of timber while minimizing environmental impact.
One of the key contributions of Ponsse to sustainable forestry is its development of versatile and efficient machines that can be used for both traditional timber harvesting and forest fuel reduction.
These machines, including harvesters and forwarders, are equipped with advanced features that allow for precise cutting, sorting, and removal of unwanted biomass. This capability is crucial for reducing forest fuel loads, which in turn helps prevent the occurrence of large-scale wildfires.
Cont’d on Page 46
Forest Fuel Reduction involves the strategic removal or modification of vegetation to lower the risk of wildfires
IOG was initially formed to fill a void for specialized full-phase heli-logging services in the forest industry. Since then, they have utilized their cumulative production forestry skill sets to expand into a variety of services and sectors.
IOG is leading a resurgence in true commercial thinning in BC. Utilizing European-inspired technology and processes, they are helping to change the way BC thinks about ground-based forest harvesting. This includes:
• True high-retention commercial thinning
• CTL equipment fleet includes three high-production harvesters, two full-sized forwarders, and a shortlog self-loader 2023
IOG commits to doubling their commercial thinning production with the purchase of two additional harvesters and a new Ponsse Buffalo forwarder. A short-log self-loader
was also purchased. Several singlestem and salvage opportunities are underway and they have significantly increased their participation in the utility sector. Work is underway to secure an interior office location and increase their Campbell River office footprint.
New merch, TV show, & Advanced Operations
IOG buys new Ponsse Buffalo Forwarder, to work with their Ponsse Cobra and Fox Harvesters. They launch their own merchandise line and are proud to be featured in CTV/ Discovery Channel’s first series of Timber Titans.
Intergrated Operations Group Campbell River, British Columbia, Canada (250) 914-8050
Forest fuel reduction involves the strategic removal or modification of vegetation to lower the risk of wildfires. This process can include thinning dense stands of trees, removing dead or diseased trees, and clearing underbrush. By reducing the amount of combustible material, forest managers can create conditions that slow the spread of fires and make them easier to control.
Ponsse’s machinery plays a significant role in this process by providing the tools needed to carry out fuel reduction efficiently and effectively. For example, Ponsse harvesters are equipped with powerful cutting heads that can selectively remove smaller trees and brush, which are often the most flammable components of a forest. Additionally, Ponsse forwarders are designed to transport this material out of the forest with minimal soil disturbance, preserving the forest floor’s integrity and promoting regeneration.
Ponsse has invested heavily in research and development
to create machines that are not only efficient but also adaptable to various forestry practices, including fuel reduction. Some of the technological innovations in Ponsse’s machinery include:
• Advanced Control Systems: Ponsse machines are equipped with state-ofthe-art control systems that allow operators to precisely manage the cutting and processing of timber and biomass. These systems ensure that only the necessary materials are removed, leaving the forest healthier and less prone to fire.
• Low-Impact
The design of Ponsse machines emphasizes low ground pressure and minimal soil disturbance, which is crucial for maintaining the ecological balance of the forest. This design is particularly important in sensitive areas where traditional heavy machinery might cause significant damage.
• Energy Efficiency: Ponsse’s commitment to sustainability extends to the energy efficiency of its machines. The company has developed engines and hydraulic systems that maximize fuel efficiency, reducing the carbon footprint of forestry operations.
As the frequency and intensity of wildfires continue to rise globally, the importance of forest fuel reduction will only grow. Ponsse is wellpositioned to lead the forestry industry in this area, thanks to its ongoing commitment to innovation and sustainability. The company’s machines will play an increasingly critical role in helping forest managers reduce fuel loads, protect ecosystems, and mitigate the
effects of climate change. In conclusion, Ponsse’s contribution to forest fuel reduction is a testament to the company’s dedication to sustainable forestry practices. By providing the tools needed to manage forests responsibly, Ponsse is helping to ensure that forests remain healthy, productive, and resilient in the face of future challenges. Says Timo Savornin, Area Marketing and Communication Manager at Ponsse Oyj.
as the spray pattern. The local
Ponsse firefighting equipment to be installed in the load spaces of forwarders for extinguishing wildfires.
Forest machine is the most natural and effective way to access a forest fire area. Operations in difficult terrain come as second nature to them, and they have more than enough capacity in their hydraulic system for demanding conditions.
The firefighting equipment is delivered to the fire location as a single package - and after it has been connected to forest machine hydraulics, the equipment is ready to operate. The 10 m³ water tank of the firefighting equipment can be filled with its own pump from a natural water source or the tank of a fire truck. The water cannon has a range of 47 metres and a turning radius of 360 degrees.
• An economical solution - the forwarder can be engaged in productive forest operations when the firefighting equipment is not needed.
• The water tank withstands the use of various chemicals mixed with water, as well as seawater. It is also light enough to be lifted into the machine load space.
• The powerful pump can fill the water tank from a natural water source or the tank of a fire truck.
• The wireless remote controller can adjust the water spray direction vertically and horizontally, as well as the spray pattern. The local rescue department is responsible for planning firefighting activities. A properly trained rescue employee is responsible for the safety of firefighting. Rescue personnel operate the firefighting equipment and guide the forest machine operator’s actions when putting out fires.
UK, Europe, South Africa, US East Coast
CONTACT: Robin Peach
International Forest Industries Ltd
Tel: +44 (0)1442 877 777
Fax: +44 (0)1442 870 617
robin@internationalforestindustries com
Japan
CONTACT: Shigeru Kobayashi
Japan Adver tising Communications, Inc.
Star Bldg., 3-10-3 Kanda Jimbocho
Chiyoda-ku, Tokyo 101-0051
Tel: 81-3-3261-4591
Fax: 81-3-3261-6126
Email: Shig-kobi@media-jac.co.jp
Western USA (AZ, C A, NV, UT)
Australia, & New Zealand
CONTACT: Kevin Lapham
J.P.Media Inc
Tel: +1 (630) 420 9752
Fax: +1 (630) 420 9763
Email: lapham@jpmediainc.com
Western USA (MT, ID, OR,WA) & Canada
CONTACT: Kevin Lapham
J.P.Media Inc
Tel: +1 (630) 420 9752
Fax: +1 (630) 420 9763
Email: lapham@jpmediainc.com
US Mid-West, Central & Mountain
CONTACT: Kevin Lapham
J.P.Media Inc
1163 E.Ogden Ave, Ste. 705-359 Naper ville
I L 60563, USA
Tel: +1 (630) 420 9752
Fax: +1 (630) 420 9763
Email: lapham@jpmediainc.com
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For video monitoring in particular, unmanaged switches are ideal since they let all the data flow through without interference, keeping camera streams and bandwidth running smoothly
Sawmills operate anywhere from a few dozen to a few hundred cameras on their video monitoring network� They also have PCs, servers, and other devices on the same network Unmanaged switches make those smaller video networks easy to manage, plus:
• They are plug-and-play, so no need to configure them�
• You can be up and running almost instantly
• They allow for faster communication through the network
• They support large bandwidth� Managed switches, while offering more customization, come with the risk of speed and bandwidth limits imposed by IT configurations This can cause network issues, including device dropouts or freezing, which results in unpredictable downtime� For most sawmills operating fewer than 50 cameras, unmanaged switches are the most efficient and costeffective solution�
If your sawmill requires more advanced features, you can consider using a mix of managed and unmanaged switches to get the best of both worlds� Regardless, this is an important conversation to have with your video monitoring partner
About the Author
Heidi Schmidt, Global Sales Manager Opticom Tech, opticomtech com
Heidi has worked in the video technology space for 20 years, building expertise in CCTV, industrial video applications, new product development, video network solutions, and more� As a sales leader at Opticom Technologies, she helps customers implement robust video monitoring solutions for unique and harsh industrial environments�
The 568 harvesting head is a robust, high performance head designed for tracked carriers. It is best suited for road-side processing applications, with trees in the 15-55 cm (6-22 in) range.
With timed knife arms and triangulated wheel arms, the 568 can quickly pick and maintain positive tree contact and control. The patented four-two Autoshift drive system provides extra power and positive grip when feeding large trees, fast speed in smaller trees, and full manual control when desired.
Knife arms feature doubleedged, replaceable blades with optimal contour for clean delimbing. The front floating knife with spring preload follows the contour of the tree, further enhancing delimbing performance. Other features of the 568 include optional continuous rotation with conventional boom or throughtip hose routing, laser diffuse or through-beam find end sensors, colour marking and various feed wheels.
The 573 is a heavy duty three-wheel drive triangulated harvesting head best suited to medium and large tree profiles in the 40-60 cm (16-24 in) diameter range. Feed rollers close down to 6 cm (2.5 in) for maximum versatility. The top knife and lower/back knife pivot on the same side of the chassis frame, aligning the position and flow of each stem centrally through the head. This arrangement promotes positive contact with all three feed rollers and the measuring wheel at all times. The result is better quality and accuracy, reduced fuel consumption, and greater processing speed. The orientation also provides the operator with a clear sightline to the measuring wheel. The 573 is standard equipped with continuous rotation for ease of use and superior hose routing and protection.
The Tigercat 534 harvesting head is matched to Tigercat’s 1165 harvester and sized for optimal productivity in a 15-50 cm (6-20 in) stem diameter range. The 534 is a locked
three-wheel drive head with a triangulated wheel arm design to maintain positive tree contact and control. Four cast steel knife arms, along with a fixed front and back knife, provide excellent delimbing quality. Optional mechanically timed front knife arms assist with picking from piles when processing.
All Tigercat harvesting heads use the Tigercat D7 control system. There are two types of bucking control available for D7. Priority-based bucking logic utilizes a list of operatorentered log specifications. D7 Optimization level uses a value-based logic.
Both Tigercat D7 Priority and Optimization levels offer StanForD Classic, StanForD 2010, and PDF production reporting. Reports can be viewed onscreen or exported for later analysis. D7 also sends production volume data to RemoteLog®, Tigercat’s optional telematics system. When equipped with a GPS receiver and the GeoInfo software, D7 provides an active navigation application using the machine’s current position on a georeferenced map.
Cont’d from Page 38
carrier
Tigercat is putting focus on gaining efficiencies in the silviculture side of the forestry cycle. Many forestry companies struggle to prepare post-harvest sites for replanting with modified agriculture tractors. These machines are not up to the task, often suffering from insufficient power and cooling capacity and structural durability.
Tigercat recently released the 630H silviculture carrier to address these deficiencies. Based on Tigercat’s skidder
platform, the machine is equipped with hydraulic connectors and several drawbar receiver variations to adapt to a variety of plow or mounding implement connection points. In addition, the carrier can be equipped with an optional winch and bolt-on fairlead system. The whole package is factory equipped and ready to work.
Powered by the Tigercat FPT N67 engine, it produces 203 kW (272 hp) for T4f and noncertified emissions compliance levels, and 206 kW (277 hp) for Tier 2 emission levels. The 630H carrier has a top speed of 23 km/h (14 mph)
Initial studies indicate that the 630H carriers are
quicker, more productive, and more fuel efficient than the modified tractors that they are replacing. Operators are safe and comfortable in a modern climate controlled cab equipped with an air
ride suspension seat and ergonomic armrest mounted controls.
