April may 2016 by Jignesh Lapasiya

Vol : 06 Issue 03 April - May 2016

THE INDIAN LION IS TAKING A GIANT STEP FORWARD

Manufacturers of : Now Introduction in 75gsm

PVC PLASTISOL INK Dye Sublimation Heat Transfer Paper (100 gsm Paper)

Size available 24”, 32”, 36”, 44”, 54”, 63”, 64”, 72”

Heat Transfer Film in 75 and 100 micron. Size 48cm *64cm.

Hot Melt Powder Polyester 0-80 micron and 80-200 micron

C-9/26, 1St Floor, Sector 15, Rohini, Delhi 110 085, India. +91 98997 11889 (Rahul Aggarwal) / +91 95604 13034 (Pawan Goyal)

E Mail.: rahulagg9@yahoo.co.in

Natraj Industries Manufacturer & Distributor of

Sapphire International Paper Photokina Screen Chemicals Printo Offset Chemicals All Paper Items Printing Inks Plastic Printing Sheet Wedding Cards & General order supplier.

Lenticular Sheet

Baralal Street, Behind By Lane Mewara Kunj, Behind By Lane Seva Sadan, Upper Bazar, Ranchi (Jharkhand) - 834001 E-mail : natrajindustriesrnc@gmail.com

Website : www.natrajin.com

Mr. Pawan Jhunjhunwala 9304020130 / 8676058090 / 0651-2201098

Mr. Raghav Jhunjhunwala 9431957882 / 9431957883

Member of

| SCREENTEX | April - May 2016

1/2, Dhariwal Avenue, Plot No.343, Road No. 18, Jawahar Nagar, Goregaon (West), Mumbai - 400062. I N D I A Tel: + 91 22 28771440 / 9320781115 E-mail : info@andglobal.in / sales@andglobal.in

Silky, soft, tactile finish Anti-reflective flat matt surface, hides tails and gives a uniform flat appearance to the switch Exceptional optical clarity of printed display windows - using Windotex Fully embossable to create highly tactile switches Scratch & abrasion resistant Solvent & chemical resistant

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FORWARD

Vol : 06 • Issue : 03 April - May 2016

PUBLISHER / EDITOR IN CHIEF

Jignesh Lapasia +91 98679 78998 ASSOCIATE EDITOR

A greener Drupa next time?

Sonal Shah CO-EDITOR

Madhvan A CONTENT PARTNER

PR Connection LAYOUT DESIGNER

Pravin Gohil GRAPHIC DESIGNER

Visionary Designers WEB SUPPORT

Pratik Shah REPRESENTATIVES HYDERABAD

Arihant Sales Dinesh Chauhan +91 93469 51232 KANPUR

Sandeep Keshari +91 98391 23611 +91 93363 32742 DHANBAD

Roshan Agrwal +91 93340 49625 TIRUPUR

Finally, Drupa is back again on the well-accepted ‘once in four year’ show format! For people who have visited the show several times, before signs of the emergence of digital printing were quite conspicuous. Over 50 Indian exhibitors and a large number of Indian visitors made it feel even more home. There were also several key announcements and deals which were announced. All that is there in the Drupa report in this edition. In addition to Drupa, this edition of ScreenTex is on sustainable practices. India has already taken up the mission to reduce its carbon footprint. And as a responsible industry, we too must actively ponder over the impact of not adopting sustainable practices and greener inputs. In an interview with ScreenTex, Joseph and Robert of Chromoline, discuss this in detail. In addition, Laurel Brunner talks about sustainable designs, and how print can be made more environmentally friendly. Harveer Sahni returns after a hiatus to write on the label industry. Then, we have Simon Eccles talks in details about digital textile prints. As part of our constant knowledge impating sections, we have interesting articles on water treatment and Corona treatment. The Hindi section this time is on screen printing on metals. And then, there is a host of other stories and articles which, I am sure, you will relish reading after a tiring Drupa. Our next pitstop is PrintExpo that takes part in the southern part of India. Till then, let’s work towards a Green Drupa in 2020.

Ramki +91 95979 35554 NAIROBI - KENYA

Darshit +254 722 737413 +254 733 621761 PRINTED AT

Om Sai Printer, Mumbai MEMBER OF

The sands of time have rendered fear Blue skies on high no longer clear Stars were bright whence they came Now dimmed, obscured, pollution’s haze Protect what has been given for free Our waters, skies, wildlife and trees For once they’re gone, don’t you say Consider yourself warned of that fatal day

All material printed in this publication is the sole property of SPRY MEDIA. Reproduction in any manner is prohibited. SCREENTEX is a bi-monthly printed and published by Jignesh Lapasia. All printed matters contained in the magazine are based on information from those featured in it. The views, ideas, comments and opinions expressed are solely of authors, SCREENTEX does not subscribe to the same.

SPRY MEDIA 702, Jugal Apartment, Liberty Garden, Road No 3, Malad (W), Mumbai 400 064, Maharashtra, India. Mobile : +91 98679 78998 E Mail : jignesh@screentex.in • Website : www.screentex.in

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CONTENT REPORT

A strong digital touch witnessed at Drupa 2016. Is it a new beginning?

INNOVATION

Development in raw materials drives innovation for 3D print industry

ENVIORNMENT

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60 64

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Save the world with sustainable design

TECH - TALK

36 40

What you should definitely know about digital textile inks Corona treatment: Glance at the technology behind

SPOTLIGHT

Don’t bargain environment for cost efficiency

BUSINESS

Label Trends in India

TECHNOLOGY

Water, water everywhere; not a drop to print!

GUEST COLUMN

Scientists look to make print’s impact more accountable

April - May 2016 SCREENTEX |

NEWS

Landa clocks orders worth €450 mn for nanographic presses Landa once again took center stage at Drupa, taking over €450 million in orders for Nanographic Printing presses. An estimated 200,000 visitors thronged to the Landa stand to catch a glimpse of its 20 daily live press demos. Visitor enthusiasm translated directly into hundreds of sales meetings, with orders taken in all major geographical regions, including the Americas, Europe and Asia-Pacific. “Drupa 2016 will be remembered as the inflection point in the industry’s transition from mechanical printing to digital. In the past, digital printing

vendors had to convince the market that digital is the way to go. Previously it was a ‘push’ selling motion,” says Benny Landa, Chairman. “Now, for the first time, the situation has reversed. There is a very strong ‘pull’ from the market, driven by both customers and brand-owners, who are now demanding digital printing. It seems that the market leaders – in packaging, commercial printing and in publishing – have come to the realization that they simply must go digital.” “For Landa Digital Printing, this market awakening has been particularly rewarding, as reflected in the substantial number of orders which we took at Drupa.” Landa’s theater presentations: “Nano. The Power

David Permenter to join forces with DCC Dhaval Colour Chem (DCC) has appointed David Permenter as Educational Director. David brings to DCC his 30 years of rich experience in textile printing, garment manufacturing and corporate training. With his lean leadership excellence, he will be operating as the chief architect and director of DCC’s upcoming Training institute in Tirupur. The institute will be a stand-alone, fully equipped, full-time training facility with a mission of developing proficient and skilled production team to ensure a profitable printing business. DCC is committed to making a difference in screen, sublimation and digital printing. The motive of this institute is for having more efficient printing processes that ensure higher productivity, better quality and lower running

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cost per unit. DCC aims to educate the team in all aspects of textile printing, principles of manufacturing and lean leadership. The institute desires to shape the foundation of the new printing aspirants, which will also be available for DCC’s existing and new customers in order to accelerate their business. Narendra Dadia, DCC’s founder and Chairman said, “We have long been committed to training, both in our showroom training facility as well as in the field at customer facility. David brings us the ability to formalize these exercises into a full time, cohesive effort with the funding and focus required to make the institute an unbeaten one. Our objective is simple.” David’s experience includes

of Small.”, were fully booked days in advance and seen by 40,000 attendees. Between theater presentations, there were live product demonstrations throughout the large arcade area of the Landa stand, with customers lining up to receive print samples after each demo. Other key milestones for Landa at Drupa included beta site announcements for USA and Europe, strategic agreements with Quad/Graphics and Cimpress, multiple sales in every major geographical region, nearly 240 live print demonstrations of Landa S10, Landa S10P and Landa W10 Nanographic Printing Presses as well as Landa Nano-Metallography and live demonstrations of NanoMetallography and Landa’s zerowaste metallization solution.

designing, developing and operating successful textile print factories in the USA, Haiti, Hungary, Romania and consulting in dozens of others throughout Europe, Middle East and Africa. He has also built and operated a large scale cut and sew facility and served as the Corporate Training Manager for a large US vertical mill situated in Hungary and Romania. Dhaval Dadia, Director at DCC, added, “The lack of skills in using product technology is what’s restricting companies to expand printing projects. Printing is the most profitable business with fastest ROI in the entire textile chain while it also adds the ultimate value to the product. David’s ability to present anything from ‘the physics of the process’ to ‘efficient production processes’ in a simple and fascinating way makes learning so much more engaging.”

NEWS

ColorJet to make it grand at Heimtextil 2016 ColorJet Group, the digital printing manufacturer, aims to bring a paradigm shift to the Indian home furnishing industry at Heimtextil 2016 by introducing its wider width direct-to-fabric digital home textile printer FABJET GRAND which is suitable to print on all inks, viz. reactive, pigment or disperse. ColorJet will showcase the live demonstration of home textile printing on products like bedsheets, pillow cover, curtains, table covers, etc. on the FABJET GRAND. The FABJET GRAND is targeted at the customised home furnishings textile segment, particularly for producers of home décor products like curtains, bed covers and sofa covers to directly print on cotton and polyester-based fabrics and use environmental friendly aqueous based Pigment, Reactive or Disperse inks. The printer delivers high productivity, since it has two heads per colour in staggered position, which increases

production and also has an extremely high practical printing speed, enabling high daily printing volumes and outstanding runability for overnight printing without banding and colour deflection. The FABJET GRAND features a proprietary AIVC technology for consistent print performance by maintaining constant jetting conditions even in varying environmental conditions, and offers excellent print life with vivid eye-catching long-life colours for unique and richly finished fabric. It has an automated feed and a take-up system, synchronized with tension bars for long unattended print runs on various types of fabric. It operates via a pneumatics control-based tension-bar on media feed and take up, to ensure consistent tension on fabric and adjusts automatically based on the type of fabrics being used. The FABJET GRAND also has an automatic wiping system which wipes excess ink and dust

from the print head surface. The Capping Station prevents inks from drying within the print head when printer is not in use for a long time, and also protects the head from dust accumulation. It is equipped with advanced colour management engine and processing tools which ensure faster processing of files leading to saving time and increasing productivity, and also has userfriendly and easy-to-use controls to manage colours. There are advanced dither patterns for photo-realistic output, fully customized printer settings for enhanced print results, smoother gradations and vibrant colours for superior print quality and in-built ICC profiles for various media and print modes. Smarth Bansal, Brand Manager at ColorJet Group said, “Apart from the price being very competitive, since our digital textile printers are manufactured at a state-of-the-art manufacturing facility in India itself, buyers of our machines are eligible for various subsidies and benefits offered by the Government of India under EPCG & TUF schemes.”

Tarun Prints plans expansion after winning three FESPA Awards Mumbai-based Tarun Printing Works scooped three FESPA Awards in the special effect on t-shirts and other garments category. At a time when the modern textile printing industry was at infantry stage (in the 80s) in India, many rejected it as a method of printing as quality demands were high. Among the few companies, who were

determined to be successful in this field, Tarun Printing Works stood tall and continues with its dedicated interest in pursuing emerging technologies. At this year’s FESPA Awards competition, more than 120 companies around the world participated presenting themselves with total numbers of 198 prints in 15 categories. Tarun Printing Works had sent three entries, and as a result, won three awards, Gold, Silver and Bronze, all of them in the same category, special effects on t-shirts and garments.

Tarun Printing Works’ speciality is manufacturing different types of heat transfers. They fulfill a variety of parameters including washing fastness, softness, sharpness, stretchability and also formaldehyde-free prints and APEO-free prints. Commenting on the awards, Tarun Prints’ Tejas Shethia said, “Next year, we plan to delegate complete responsibility of entering to our creative team without management intervention thus providing a free hand and total control for them.”

April - May 2016 SCREENTEX |

NEWS

LINX strengthens support in INDIA Global coding and marking solutions specialist Linx Printing Technologies has further enhanced its international network and increased its level of support in India with the appointment Sahajanand Laser Technology Limited (SLTL) as a distributor for the country. Based in Gandhinagar, Gujarat in western India, SLTL has over 25 years’ experience in a wide variety of industries. The ISO 9001 accredited company is

a market leader in the supply of laser cutting machines. It has a 75% market share in the hallmarking industry and a strong position across all marking formats, in particular in the devising of customised solutions. SLTL will be offering equipment from Linx’s advanced Continuous Ink Jet (CIJ) and laser printers, including the top-selling Linx 7900 CIJ printer and new high performance laser models, across a wide range of end markets including electronics, automotive, medical and FMCG. Typical coding requirements that the Linx coders will be able to meet include high quality precise codes at fast speeds, the

application of 2D matrix barcodes, minimum downtime, effective traceability and the ability for machines to be easily integrated into existing lines. “We are very pleased to be representing Linx,” comments SLTL’s executive director Maulik Patel. “These high-performance coding systems will enable us to offer an even wider product portfolio to give our customers increased levels of support.” “SLTL’s long-established pedigree and experience makes it the ideal partner to help us continue to build our presence in the Indian market,” adds Linx commercial director Chris Pick. www.linxglobal.com

Mimaki unveils new stretchable UV ink Mimaki has announced the launch of a new Mimaki stretchable ink. LUS-350 ink stretches up to 350% for high quality, durable thermoformed applications with great adhesion and no cracking, according the firm. It is suitable for a range of thermoforming applications, especially those requiring exceptional hardness and durability such as automotive parts. It is compatible with the 710mm-wide Mimaki UJF-7151plus and 2.5m-wide JFX200-2513 printers and it will be available in cyan, magenta, yellow and black, as well as white and as a clear ink. “This new ink will change the way vacuum moulded – or thermoformed – applications are created,”

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says Mike Horsten, General Manager Marketing EMEA at Mimaki Europe. “It brings the benefits of digital printing to this segment of the market, addressing requirements for fast turn, short-run moulded objects with exceptional graphic quality.” “Previously, objects had to be formed and then have the images applied manually or with screen printing, a time-consuming and expensive process. Now thermoformed objects can be imaged before forming, using Mimaki digital printers with an ink that will not crack or otherwise be damaged during the heat-based forming process. It will provide a beautiful finish for applications such as car parts, mock-ups, moulded signs, kiosks and more.” According to Mimaki, the ink will stretch up to 350% when heated to between 120˚C and 200˚C. After cooling to room

temperature, its rigidity is restored and it adheres to the moulded product without cracking or peeling. This is the stretchiest ink provided by Mimaki, with the most recent inks brought out being the LUS 150, LUS 200 and LUS 120 inks. Images are printed on flat substrates using specialised imaging software and then formed into the desired shape using vacuum, thermoforming or other moulding techniques. Horsten said: “The beauty of this ink when used in the thermoforming process, is that intricate textures and designs in fine decorative prints are retained even after moulding. What’s even more exciting is the ability to apply multiple layers of ink to create raised areas in the image for further enhancement, without worrying about cracking or the quality of the adhesion.” www.mimakieurope.com

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NEWS

Avery Dennison introduces digital wrapping solution Avery Dennison is enhancing its range of high performance car wrapping films with the introduction of MPI 1105 Wrapping Series cast film. The new material brings more vibrant colour reproduction and easy, fast application to the most demanding vehicle wraps. Oliver Guenther, marketing director Graphics Solutions Europe, said that a boost to product performance makes the new material a great choice for challenging applications: “MPI 1105 Wrapping Series give

excellent printability across a wide range of digital inkjet printing platforms, including latex, UV curable, solvent and eco-solvent inks. It gives installers ‘stop-and-look’ graphics performance – and the 3D capabilities – needed to make both strong design statements on personal vehicles and powerful brand statements on commercial fleets. This material is also an excellent option for interior and exterior signage that needs an optimal combination of print quality and durability.” “I am very impressed with the new MPI 1105 Easy Apply RS. The material really stretches into deep corrugations and can be repositioned several times – the Easy Apply RS adhesive copes

perfectly. Excellent whiteness also gives the film super bright and vibrant colours. The print quality is great and confirms the MPI 1105 Series in its place at the highest level in digital media,” said Huber Rigon, HR Design, Italy. Easy Apply RS technology, with its inherent air-egress capability, means that installers will continue to benefit from rapid and bubble-free application when using the new film. Low initial tack allows sliding and repositioning into place for exact graphics alignment. The technology helps MPI 1105 to deliver truly exceptional 3D conformability, on surfaces with the most challenging corrugations and curves. www.averydennison.com

FESPA celebrates successful Southern European Print Congress Over two half days, delegates had the opportunity to hear from top industry experts, meet actors across various printing sectors and learn how to grow their businesses.The congress was organised by the four Southern European Associations who are members of FESPA: FESPA France Association, Apigraf from Portugal, FESPA Italia Associazione and FESPA España; and sought to promote innovation in the print industry and to create a dynamic networking arena for Association members. Split across two days, the Southern European Congress took place at the Palazzo delle Stelline in Milan, Italy, and brought together more than 80

| SCREENTEX | April - May 2016

professionals and experts from different countries and printing sectors. The conference explored the readiness of digital printing technology for applications in textiles and assessed the benefits and challenges it presents, which often differ from those encountered in fashion-fabric production, sign and display or traditional contract textiles. Its inspirational agenda – comprising expert presentations and interactive discussions – was designed to allow participants to share their business experiences and receive new ideas to maintain their success in the print manufacturing and supply chain. Key conference speakers included Matthew Jacobson, Global Executive Design Director of DigitasLbi, who highlighted the print’s resurgent relevance in today’s media communication

and showed numerous examples of creative and innovative advertising. Following the success of the initiative at last year’s event, attendees could also participate in a ‘speedy meeting’, where they had one-to-one meetings with peers to discuss business and share knowledge. Other highlights included high-energy and entertaining sessions focused on interior decoration, Out Of Home advertising and 3D printing. The event represented part of the FESPA’s Profit for Purpose programme that promotes the continued growth of the printing industry through educational programmes, networking opportunities, business opportunities, matchmaking and industry collaboration, reinvesting the profits into supporting the print community.

NEWS

Visualead highlights variable visual and secure code technology Visualead, an Israeli software company specializing in QR codedriven IoT (Internet of Things) enablement, has integrated its patented variable visual and secure code technology in AVT applications. The company’s integrated solutions are designed to enhance print quality via automatic online and offline inspection, and sophisticated color measurement and control, synchronized with other vision-centric press controls. To make its offerings more functionally comprehensive, AVT has chosen to embed Visualead technology in its print scanning and inspection solutions, enabling them to reliably detect

and read Visualead’s variable visual codes and its secure codes. Visualead has literally “reimagined” QR codes by combining it with visual and security layers for a range of applications. The company’s variable Visual QR Code – also known as [v]code - is able to transform any desired image into highly appealing and effective QR codes. Visualead enables user scenarios from private to social; from track and trace, product authentication and anti-counterfeit to marketing and payments, with a complete product suite from code generation, configuration and inspection to engagement. “Implementing Visualead’s technology in our portfolio will

enable AVT solutions to detect and reliably read standard QR codes, as well as Visualead’s patented dotless codes”, explains AVT Label Marketing Manager, Aviram Vardi. “We expect this integration to enable us to develop and introduce new QR-enabled solutions in our target markets at an accelerated pace” adds Nevo Alva, Visualead cofounder and CEO. “ Mr. Alva sums up: “This collaboration will ultimately help us further solidify our portfolio as a truly end-to-end, premium yet cost effective suite – one capable of handling anything from batch QR code production, through management and authenticity verification, and all the way to analytics.” www.visualead.com

Komori and Kodak announce strategic print workflow partnership Komori and Kodak have entered into a strategic partnership that aims to deliver seamless interoperability between Komori KP-Connect (K-Station 4) Printing Task Control Software and KODAK PRINERGY Workflow. By integrating KP-Connect (K-Station 4) and PRINERGY Workflow, Komori and Kodak will increase the automation and productivity of mutual customers. The integrated solution was demonstrated at Drupa. Automating communication between KP-Connect and PRINERGY Workflow gives users of Komori offset and digital presses a powerful shop floor scheduling solution and automated prepress functions. With this new combination

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of prepress and production workflows customers will experience the benefits of reduced labor costs, reduced errors and the ability to complete orders faster, opening up additional revenue opportunities from short run and quick turnaround jobs. The integrated workflow solution combines the powerful RBA (Rules-Based Automation) feature of PRINERGY Workflow with real-time process management from K-Station 4’s scheduling via CIP4/JDF. The combined solution provides a very robust, yet flexible automated prepress process. “In order to increase productivity of printing companies, Komori is promoting the KP-Connect Alliance Program in which every step of a vendor’s product is bi-directionally

connected with Komori’s KP connect,” said Eiji Kajita, Director and Operating Officer and General Manager, Corporate Planning Office, Komori Corporation. “We believe that this partnership between Kodak, and Komori will enable workflow automation.” “Together, Komori and Kodak are helping our joint customers reduce labor costs, minimize errors and enable faster production times,” said Allan Brown, Vice President and General Manager of Kodak’s Unified Workflow Solutions group. “The new combination of PRINGERGY Workflow and Komori KP-Connect provides a solution to long standing challenges around schedule optimization our customers are facing. We will continue to collaborate to develop new ways to streamline prepress and pressroom operations for our customers.”

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METALIC FIBERS Metallic Fibers are cut length of Metallic Yarn from 0.3mm x 1.5mm length or as per customer requirement ADVANCE SYNTEX LIMITED 233/2 & 238/2 GIDC Por, RamanGamdi, Dist.: Vadodara – 391243, Gujarat, Phone : (0265) 6536463 , (0265) 2831400. Fax : (0265) 2831848 Mobile : 09824 050782 Email : midas1002003@hotmail.com / midasglitter@midasglitter.com website : www.midasglitter.com SOUTH DISTRIBUTER : M/s Honnex Inc. - 21, Easwaramoorthy lay-out,1st street , kuruvumpalayam, Tirupur- 641604, Tamilnadu. Phone : (0421) 4342588 Email : sales@honnexinc.com

NEWS

Roland introduces fluorescent ink Roland DGA Corporation, a leading manufacturer of wideformat inkjet printers and printer/ cutters worldwide, has introduced fluorescent ink specifically formulated for its Texart XT-640 and RT-640 wide-format dyesublimation printers. Developed specifically for dye-sublimation transfer printing, Texart printers deliver outstanding print quality and productivity for sportswear, fashion, soft signage, decor, promotional merchandise and much more. The new inks, Fluorescent Pink (Fp) and Yellow (Fy), can be combined with Roland DG’s Texart

process ink colors to produce a vast array of vivid fluorescent hues and softer pastel tones. The proprietary Roland DG Fluor Color Library swatch palette can be installed in Adobe Illustrator and CorelDRAW for unmatched ease of use and color customization. Simply clicking the desired colors in the swatch palette allows you to quickly and easily incorporate brilliant and pastel fluorescent colors into your dye-sublimation output. According to Lily Hunter, Roland DGA’s product manager of textiles and consumables, the new Texart fluorescent inks will be available to consumers throughout North and South America in late July of 2016.

SPG Prints launches digital textile printer Two months after the showcase of its ‘Pike’ machine at FESPA Digital, SPGPrints is set to unveil another digital printer and new rotary solutions for textiles. Featuring the company’s Archer printhead technology, the Javelin inkjet textile printer combines precision geometrics with low running costs, and is ideal for medium volume requirements. “The launch of Javelin moves digital textile printing firmly into the mainstream by enabling smaller companies to enter digital textile production while enhancing the options for larger ones,” said Jos Notermans, commercial manager digital textiles at SPGPrints. Javelin is based on a full-width array of Fujifilm

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Samba printheads, which have been modified for textile printing. The heads are incorporated in what SPGPrints describes as a user-friendly print-bar technology, called Archer. The headplates in the Archer array are typically 4-mm away from the surface of the substrate, compared with the traditional 1.5-mm distance of other printheads. In addition, Archer technology assures fine line detail, blotches, geometrics and gradients, thanks to its capability for variable drop-sizes ranging from 2pl to 10pl in resolutions of up to 1200 x 1200dpi and high jetting frequencies of 32kHz. SPGPrints has also developed Javelin reactive inks as a formula that helps to eliminate misting problems that might have arisen with Archer’s greater firing distance. The Archer printbar, explains SPGPrints, has been

The inks will be offered in a configuration of CMYKOrViFpFy. “The addition of new fluorescent dye-sublimation inks to Roland’s Texart lineup will expand the creative options for customers within the rapidly growing field of textile decoration,” said Hunter. “These eye-catching inks are bold, vibrant and tailor-made for one-off and small-lot production of sports and fashion apparel. They’re also great when used as accents for soft signage applications.” Roland DGA’s parent company, Roland DG, ishowcased a wide variety of textiles created using Texart fluorescent inks at the Drupa 2016 expo, the world’s largest international trade show for print and cross-media solutions, in Dusseldorf, Germany.

designed to retract fully for easy maintenance, whereby heads can be purged in narrow segments and a faulty head can be replaced by users in less than an hour – with no need for manual alignment. SPGPrints initially plans to provide customers with a number of spare heads and any faulty heads returned will be replaced free of charge. “We researched what users want in the next generation of digital textile printing technology and discovered that the essentials include solid blotches, fine geometrics and – above all – a robust industrial solution,” said Jos Notermans, SPGPrints’ commercial manager for digital textiles. Javelin is designed for annual production levels of up to two million metres, the company said. The in-line dryer has extra capacity to handle disperse inks, which – along with acid inks – are in development and scheduled for launch in June 2016.

TECHNOLOGIES

www.roqinternational.com

QUICK BYTES FESPA Asia 2017 FESPA Asia is making a return to Bangkok, Thailand. The show will be supported by the FESPA Thai Association, TSGA. FESPA Asia will be a key event for Asian print service providers to source the latest equipment, software and consumables in one vibrant location. Focused on wide format digital, screen and textile printing, the exhibition will be held from 15 to 17 February 2017. The ASEAN region is the second fastest growing economy in Asia, expanding 300% since 2001. Build your business as foreign direct investment continues to grow with the region attracting $125bn worth of foreign investment in 2013. ScreenTex, which is one one of the media partners for this show, will also be present to capture the latest trends from the ASEAN region.

EFI to present ecofriendly printing technology at ITM

provide high end digital printing capabilities on its machines.

Comiflex SRL, Uflex join hands to manufacturing CI flexo presses

EFI Reggiani, one of the leading manufacturers of printers for fashion and home furnishing textiles will present its latest innovations for ecofriendly printing technology at the upcoming ITM 2016, Istanbul. The exhibition will be held from June 1-4, 2016. All-In Green is EFI Reggiani’s latest technological development and features the new EFI Reggiani ReNOIR ONE-600 printer. The ONE600 model claims to offer improved print quality with new ink feeding and recovery systems, superior imaging resolutions for efficient, high quality decor and apparel sampling and production. Another new offering at ITM is the new EFI Reggiani AQUA reactive ink providing a safer printing process while extending ink head life. The water based AQUA reactive inks are designed for use with Kyocera printhead technology that the company states would

Italian firm Comiflex SRL has joined hands with India’s global flexible packaging solution company Uflex Ltd confirming its intent to manufacture gearless CI flexo printing machines under a Technology Transfer Agreement with the latter. The two companies arrived at the agreement at Drupa. The memorandum of understanding (MoU) has already been signed between Gianfranco Nespoli, owner of Comiflex SRL, and Ajay Tandon, president & CEO, engineering business, Uflex. The company will market and sell these machines across the world. Nespoli is a renowned exponent in the field of

members

Flexotecnica

that was founded in 1979 in Galganano for manufacturing flexo

printing

presses

for

roll to roll printing on films and

paper

for

packaging

applications.

XAAR-RICOH ink strategic thin film partnership Xaar, the leader in industrial inkjet

technology,

and

Ricoh announce a strategic partnership the

benefits

maximise from

company’s

each

considerable

expertise in Thin Film piezo printhead The

development.

collaboration

between

Xaar and Ricoh will deliver superior technology and a broader range of printheads which will provide substantial benefits to the customers of both Xaar and Ricoh. The announcement comes at an exciting time for Xaar, whose Bulk piezo inkjet technology is already at the heart of an

enormous

number

industrial printing systems in a wide variety of applications around

the

world.

Xaar’s

collaboration

with

Ricoh

relates to new technology designing and producing quality CI flexo machines. He was one of the founding

| SCREENTEX | April - May 2016

Tresu’s new iJet inkjet coater

and products developed for a number of its new Thin Film piezo printheads.

Positioned after the printing stage, TRESU iJet is designed to integrate seamlessly with the HP Indigo 30000, HP Indigo 12000 and HP Indigo 10000 digital presses. It processes the same software as each of the presses and, where necessary, the accompanying analogue coater. As a result files are ripped in minutes. Tresu iJet can be customised to accommodate any number of printheads, between one and 11, along the bar. The printheads can be repositioned in the cross direction, to apply coating anywhere on the package. Matching the productivity of the printing press, TRESU iJet achieves speeds of 58m/min or 4,600 sheets/hour, and uses specially formulated UV varnishes that offer high gloss and scratchresistance.

H.B. Fuller to acquire Cyberbond H.B. Fuller has signed an agreement to purchase Cyberbond, a global provider

TEXTILE PRINTING CHEMICALS TRUSTED NAME IN PRINTING TECHNOLOGIES WORLDWIDE

E C I

R OU TO T O

BEST

UALI

SE P T B

MANUFACTURER OF

• WATER BASED WHITE / CLEAR PASTE • BINDER / THICKENER • DISCHARGE • ADHESIVES • PLASTISOL ( Solvent / Waterbase ) • PIGMENT ( Regular / AZO Free ) www.crownintco.com INDIAN SUBCONTINENT MANUFACTURER (JOINT VENTURE)

QUICK BYTES LMAI launches quarterly magazine At a recent LMAI event, the association launched the maiden issue of its magazine ‘Label Legacy’ that has been compiled by joint efforts of many members and the editorial board. The quarterly magazine will be circulated among the members, and is aimed at discussing important matters such as costing, environment, sustainability etc. The editorial board comprises, Gururaj Ballarwad of Wintek, Kuldip Goel of Any Graphics, Ajay Mehta of SMI, Harveer Singh Sahni of Weldon Celloplast and Sandeep Zaveri of Total Print Solution. of industrial adhesives for the electronics, medical, audio equipment, automotive, and structural markets. “With this acquisition, we will strengthen our position in high-margin, high-growth engineering adhesives markets,” says Jim Owens, president and CEO, H.B. Fuller. “Cyberbond will expand our technology portfolio and add wellestablished sales channels in North America and Europe. In addition, we will leverage the expertise and customer relationships of our team in China to grow the Cyberbond business in that important geography.”

DOW completes restructuring of DOW Corning Corporation The Dow Chemical Company has completed restructuring the ownership of Dow Corning. Dow is now 100 per cent owner of Dow Corning’s silicones business, which had 2015 revenues of greater than $4.5 billion and is expected to generate more than $1 billion of annual EBITDA for Dow at full run-rate synergies. The transaction represents a post-synergy multiple of less than 6x EBITDA, highlighting the unique value creation to Dow shareholders from acquiring 50 per cent of the silicones business while

benefiting from 100 percent of the synergies.

OneVision Software puts 4D colour management

The

PDF

optimisation

software Asura manufactured by

the

German

software

manufacturer OneVision can now be used as a general 4D colour server, thus enabling significant

improvements.

quality

The software

company’s new 4D colour management provides

technology

improvements

colour management that enable the smooth integration of the new standard colour profiles for commercial and newspaper printing. Black composition is retained in colour space conversion, avoiding register problems

and

significantly

reducing

complaints.

Thus

Asura can be used as a general 4D colour server not only for images but also for complex production data.

Arun Gandhi of Capital Graphic Supplies and AS Print Aids dies at 56 Arun Gandhi passed away in his office on 12 May. According to reports, he reached his office

| SCREENTEX | April - May 2016

in Ranjit Nagar Commercial Complex in Patel Nagar in New Delhi on 12 May. On the shopfloor, all of a sudden, he lost his consciousness and collapsed. While colleagues tried to revive him but his condition deteriorated. He was rushed to the hospital where he was declared brought dead. The news has sent shock waves in the print industry, especially since he had no medical history of BP or blood sugar, nor any medical complaints. Arun Gandhi was 56.

SwissQprint launches new automation system SwissQprint has unveiled a new automation system that augments any swissQprint flatbed printer and loads it with media. Automation optimises utilisation and hence returns. Oblivious to the hustle and bustle of the show going on around him, Rob

stayed on the job unerringly and without ever taking a break. To an awed public, the new robot demonstrated how unattended printing works with swissQprint: he precisely loaded boards onto an Impala two flatbed printer and just as carefully stacked them up after printing.

Inca and Marabu team up to distribute new SpyderX printer Inca Digital has announced collaboration with ink specialist Marabu to provide UV printing solutions for industrial applications. As a result, Marabu will sell the Inca SpyderXi dual flatbed/roll-toroll printer, in combination with Marabu inks and coating/ primer equipment, for a variety of industrial manufacturing applications using diverse materials such as metal, plastics, glass and wood. The SpyderXi variation featuring Marabu UltraJet UV inks and coatings is specifically aimed at industrial manufacturing sectors. Designed and manufactured by Inca Digital, the versatile 6-colour + white SpyderXi inkjet printer features 3.2m wide flat-bed and roll-fed capability for handling rigid and flexible substrates, and delivers sharp, pin point accura.

REPORTS

A strong digital touch witnessed at Drupa 2016. Is it a new beginning?

The Mecca of print ‘Drupa’ never disappoints. And despite murmurs of print facing a downward trajectory at the global level, Drupa 2016 defied all odds to close with some great numbers. Over 1,800 exhibitors from 54 countries unequivocally reported excellent business deals, and echoed optimistic sentiments on the growth of print. This includes 50 Indian companies which exhibited at the show. Few of them, in fact, clinched a last minute berth. There is a fall in the number of visitors but the footfall of decision makers has improved. Some 2.6 lakh (in 2012, it was just over 3.14 lakh) visitors from 188 countries

| SCREENTEX | April - May 2016

and some 1,900 journalists from 74 countries travelled to Düsseldorf for this edition. “Customers – with very few exceptions – no longer come with large delegations or as part of a company outing to Drupa. It is rather the top managers that travel to Düsseldorf today – and from 188 countries to this Drupa,” explains Werner Matthias Dornscheidt, President and CEO of Messe Düsseldorf. Totalling 76%, the percentage of international visitors is up 16% from four years ago. The organisers attribute the credit of improved figure to Asian visitors: 17% of international

visitors came from this continent alone (In 2012, it was only 13.6%). And India accounted for the largest share with 5%, followed by China with 3%. The All India Federation of Master Printers (AIFMP) celebrated India Day on 6 June 2016 at Drupa. India Day was sponsored by Messe Dusseldorf, Germany and was inaugurated by Raveesh Kumar, Consul General of India in Frankfurt. There were two other noteworthy developments this time: Drupa announced its decision to return to its original ‘once in four years’ format and it were the digital technologies that stole the show.

REPORTS The next edition will be held from 23 June to 3 July, 2020. In stark contrast to the usual ways of announcing closed deals at the show to make an impact, insiders share that few ‘actual’ deals made during the show were also announced (almost) real-time. The organisers also claim that a survey conducted among the visitors revealed that 54% of those surveyed came with concrete investment intentions; 29% placed orders during Drupa; 30% are contemplating to place their orders post the show; and 60% found new suppliers. That in itself is a story! The re-positioning of Drupa and its focus on future themes with strong growth potential – such as 3D printing, functional printing or packaging printing – also proved to be an engaging move on the part of the organiser. Drupa cube, Drupa innovation park, 3D fab + print, touchpoint packaging as well as Printed Electronics and Solutions witnessed improved interest. “The print industry is constantly re-inventing itself and offers a wealth of high-potential facets. And this is precisely what Drupa 2016 has very impressively proven. We were able to experience a highly innovative industry here in the 19 exhibition halls, one that has succeeded in moving out of the “valley of tears” and grasping the future by the neck,” explains Claus Bolza-Schünemann, Chairman

of the Drupa Committee and Chairman of the Board at Koenig & Bauer AG. TOP DRUPA LAUNCHES Drupa is known for the big bang launches. This year as well there were several key launches. Here are few noteworthy ones: Landa: Landa announced a perfecting version of its 1m-wide web press. The 200m/min Landa W10P Nanographic Printing Press is primarily targeted at publishing applications and is capable of 2 million A4 magazine pages per eight-hour shift. Konica Minolta: Konica Minolta showcased the prototype of its new B1 UV inkjet digital press and launched its B2-plus UV inkjet press, the KM-1, under its new Accurio branding. Memjet: The company announced its new OEM partner New Solution (newsolution. eu) has incorporated the patented Memjet inkjet printing technology into a new wide format packaging solution called the NS MULTI. This new wide format printer can produce several packaging applications, including printing and laminating on a variety of substrates such as corrugated and flexible materials. At Drupa

2016, Spanish printer Corporacion de Comunicacion (CdC) became the first customer to purchase the NS MULTI. PRESSTEK: One of the leading providers of eco-friendly printing solutions introduced DI AutoColor, a precise colour management system for Presstek’s DI digital offset presses. Made possible by X-Rite colour science technology, DI AutoColor is a closed-loop colour control system, designed to provide highly consistent colour. The company claims that this would reduce make-ready times and help minimize ink and substrate waste. Durst: Durst unveiled its new development for corrugated packaging and display printing, which features single- and multipass technologies. The new Rho 130 SPC which, with a print speed of up to 9350 sqm/h, offers the industrial productivity needed to

April - May 2016 SCREENTEX |

REPORTS e:line press has been developed with focus on efficiency and offers short changeover times and efficient inline control systems for the automated control of quality and continuous production. Manroland has introduced the press considering the needs of a mid-sized newspaper.

transform the packaging sector towards digital technology. Domino: Domino used its newly launched 782mm print width K600i monochrome printer to demonstrate a new sheet-fed digital printing solution printing across the full width of a B2 sheet. The Domino K600i is a truly modular and scalable system that can be provided in up to 7 print width formats, with two speed capabilities and with UV curable or aqueous ink. The Gremser SPL70 can feed B2 sheets from 60gsm to 250gsm in weight, enabling it to be used for applications as diverse as security fiscal tax stamps, ticketing, gaming cards, high impact mailing, pharma and light-carton packaging. Manroland Web Systems: The offset press manufacturer launched the GEOMAN e:line. The new GEOMAN

| SCREENTEX | April - May 2016

EFI: Electronics For Imaging (EFI) launched new EFI Nozomi single-pass LED technology. The company claims that the press has a speed of up to 75 linear metres per minute. In addition to speeds, the new technology gives users the benefit of a low acquisition price with significant total cost of ownership advantages. MBO: The company has launched K8-RS Digi-Folder. The line can run at 24,000sph and demonstrates MBOâ&#x20AC;&#x2122;s modular, cost-saving approach. Q.I. Press Controls: The company used Drupa to announce its entry in the packaging and digital printing market by introducing the IBS-100 (Intelligent Bar Sensor - 100% full inspection). This unique 6-function scanner bar enables 100% full inspection and can be combined with existing register and density

measurement and control software from QIPC. Xerox: Drupa finally saw the launch of Xeroxâ&#x20AC;&#x2122;s B3-plus production inkjet press Brenva HD. Equipped with Kyocera printheads Brenva has a maximum sheet size of 364x520mm and a print speed of 197 A4 images per minute. It also includes features such as inline spectrophotomer, on-the-fly missing jet correction, front-toback registration scanning and vector half-toning. Prakash Web Offset: The Indian web offset press manufacturer announced the global launch of SG50 automatic splicing machine, which according to the company is the best and most economical splicer. The company has already installed several of these in India. Xaar: The company added to its printhead family a new Xaar 5601 series. The company said that 5601 3p0, one of the printheads in the series, will be available at the end of the year. The 160mm-wide highspeed single-pass printhead has 5,680 nozzles. It has a linear speed of approximately 800sqm/hour. The printhead can run solvent or aqueous ink at 600dpi (twocolours) or 1,200dpi (one-colour). Drop size is 3pl-21pl with eight greyscales.

REPORTS Ricoh, Matti Technology, and manroland web systems.

Mitsubishi HiTec Paper: Launched its new giroform Digital OneforAll carbonless paper. The new paper follows on from two previous giroform products, giroform Digital, launched in 2006 and which the company claims is world’s first carbonless paper for digital printing, and giroform Digital Light, launched in 2012. Agfa Graphics: The company launched a new series of Anapurna full-LED UV-cured printers at the show. The Anapurna H2500i, the Anapurna H2050i and Anapurna RTR3200i, all come with air-cooled LED UV-curing as standard, enabling them to save energy and reduce operational expenses. TOP DEALS OF DRUPA Deals were literally raining at the show, and Indian companies seemed on a shopping high! The Kodak moment: Kodak and Landa Digital Printing announced a strategic collaboration to provide an automated digital workflow to drive Nanographic Printing presses for mainstream commercial applications. Kodak and Komori announced a strategic partnership to deliver seamless interoperability between Komori KP-Connect (K-Station 4) Printing Task Control Software and Kodak Prinergy Workflow. Kodak also announced partnerships with Konica Minolta,

| SCREENTEX | April - May 2016

Flint Group, Folex Sign distribution agreement: Flint Group and Folex signed a partnership agreement making Flint Group Sheetfed Division a key supplier of Folex pressroom products in Europe. Part of Flint Group’s Sheetfed business strategy is to offer the most comprehensive range of pressroom products and value added services of any manufacturer or supplier. Now, Flint Group will sell the Folex range of pressroom products for offset printing. Joystar India makes it official on Facebook: The facebook post by Joystar India from Mumbai proudly announced the purchase of a Scodix. It is the first Scodix for Mumbai region. Meanwhile, another first for Scodix was announced. Noida-based Nutech Packagings signed a deal with Monotech Systems to buy the Scodix E106. The machine was launched in April and will be India’s first such machine. QI Press: Drupa 2016 ushered good news for QIPC-EAE. “Not only did we close the first week with an order intake of 2 million worth, but we are also getting very good responses on our new our product introductions IBS-100 and EAE desk 7”, stated Menno Jansen, Chairman of QIPC-EAE. Fujifilm -Heidelberg partnership: The two companies have agreed to collaborate with a view to target growth potentials in the industry. The two companies successful held the world premiere of Heidelberg Primefire 106 (‘Primefire’) powered by Fujifilm Inkjet Technology.

The completely new sheet-fed production inkjet device is the first commercial offering resulting from the collaboration, establishing a new category for industrial printing applications in the B1 format. The launch at Drupa 2016 will reportedly be followed by a planned first customer shipment in 2017. Heidelberg scores big: Parksons Packaging brought big smiles for Heidelberg team by booking two Heidelberg CX 102 multicolour presses with the key add-ons showcased at Drupa. EFI chooses AVT as strategic partner: AVT (Advanced Vision Technology) a leading company in print automatic inspection, process control, quality assurance and colour control for the packaging, label and commercial print markets – was chosen as the strategic provider of EFI’s innovative Print and Quality Control Solution. Named Jet-IQ, the AVT solution will initially be integrated into the EFI Nozomi C18000 single-pass LED inkjet corrugated board press. Pragati invests in SBL automatic foil stamping machine: The packaging specialist, Pragati Offset told media that it has booked an automatic foil stamping machine SBL 1050 from Taiwan-based SBL Group. SBL was previously sold in partnership/ collaboration with Heidelberg with came to a conclusion last year after a decade-long association with the offset manufacturer. Komori clocks a few: An Impremia IS29 press will now be heading to Ludhiana’s Dulari Digital. This would be the first such press in India. The company, however, decided to reserve the names of the other nine deals made during the show.

CHERAN’S JUMBO MODEL MC TECHNICAL SPECIFICATION Model

CF 2638

CF 3844

CF 3242

CHERAN’S SWIFT ROLL SUBLIMATION MC TECHNICAL SPECIFICATION

CF 3848

CF 4252

Model

CFR 1250

CFR 1750

CFR 1950

Working Area

44”

65”

72”

Actual Size

51”

72”

79”

Heater Power

6KW

9KW

12KW

Temperature

220 C

Speed

0 to 99 Sec

AMPS

10 Amps

18 Amps

Platen Size (MM) 650x950mm 800x1050mm 950x1100mm 950x1200mm 1050x1300mm Working Area

24”x36”

30”x40”

36”x42”

36”x46”

Power

440V, 50HZ

Heater

6.5KW

12KW

14.5KW

18KW

Temprature Timer

220 C

0 to 99 Sec

Air Pressure

0 - 8 Bar

AMPS

10 Amps

18 Amps

22 Amps

27 Amps

Micro Controller based digital temperature and timer control Specially designed for Sublimation transfer Manualy tray movement enables easier and faster operation Aluminium plate with Teflon coating is used in heater bed for quick distribution Suitable for sublimation polyester clothes

Automatic Tray Movement Option Custome Platen size 28” x 36”, 40” x 60” also available

Electric Drum Heating Type Fast Continues Production Easy Handling & Maintenance Customized Cooling Timer Setting Suitable for Pattern Fabric, Towel, Flag, Cloths & Sportswear Suitable for Sublimation Transfer on Polyester Cloths

INNOVATION

Development in raw materials drives innovation for 3D print industry

Although still in its infancy, the 3D printing industry is set to grow exponentially. It’s forecast to grow from $5.8 billion in 2015 and exceed $50 billion in the next ten years. As the use of 3D printing and prototyping becomes more sophisticated Smithers Pira new report The Future of 3D Printing Materials for Industrial Applications to 2026 addresses the new 3D processes and materials that have been developed to improve overall 3D printing capabilities. Raw material developments are in tandem with the development of new printing technology. These improvements open up many more industrial sectors to 3D printing. The five largest market application sectors for 3D printing are aerospace, automotive, medical, consumer products and prototyping. These markets were early adopters of 3D printing and today account for more than 50% of the 3D printing industry value. These markets are also very much in sync with the key trends driving

| SCREENTEX | April - May 2016

increasing 3D printing and raw material demand. “The singular overriding trend that will drive 3D printing to rapidly grow and replace traditional manufacturing is the reduction in 3D printing costs.” states Howard Blum, author of the report. “Despite today’s higher cost of using 3D technology for typical commercial scale part manufacturing, the technology does have a distinct cost benefit in certain market situations”. These market applications include custom one off parts such as hearing aids and new product prototype designs. Raw materials, in particular, are a very important consideration in 3D printing, representing about 25% of overall 3D printing industry value. New raw materials have been developed spanning a large number of types and forms (e.g. filaments, liquids and powder), performance and cost, including thermoplastics, photopolymers,

metals and ceramics and fibres, fillers and additives. The raw material value for the global industrial sector is about $1.4 billion and is expected to grow at almost 25% CAGR, exceeding $15 billion by 2026. The fastest growing raw material sector is metals, expected to exceed 30% CAGR for the forecast period. As the overall global manufacturing industry increasingly embraces the benefits of 3D printing, and as the economics of use become more attractive, it is expected that the number of different raw materials consumed will also increase. The combination of new printer technology goes handin-hand with the use of new raw material formulations and therefore the availability of applicable raw materials can help to drive the use of new printer technologies. The Future of 3D Printing Materials for Industrial Applications to 2026 is based on extensive primary and secondary research. Primary research included interviews with industry experts across the globe. Secondary research included analysis of Smithers Pira’s comprehensive printing industry database, as well as additional information gathered from a wide range of printing associations, suppliers and key global industry contacts.

For more print insight and inspiration visit www.fespa.com. This article is published by courtesy of FESPA, who retain the copyright for the content.

H2 O GRAPHIX

Hydrographic printing is a well-known technique in industry for transferring colour inks on a thin film to the surface of a manufactured 3D object. It enables high-quality colouring of object surfaces and works with a wide range of materials

ENVIRONMENT

Save the world with sustainable design By Laurel Brunner

We go on a lot about what printers can do to reduce their environmental impact. But we hardly ever mention the contribution graphic designers make to sustainability. As with colour management, a designer’s decisions during the creative stages of a project, can have a profound impact on the recyclability of the final results. Don’t let anyone tell you that making informed choices compromises a designer’s creativity. For those designers who take the trouble to get informed, the opposite is more likely. Don’t let anyone tell you that making informed choices compromises a designer’s creativity. For those designers who take the trouble to get informed, the opposite is more likely. The most important consideration of all is to select the print method best suited to the project. Consider this in the context of minimising waste and encouraging recycling. If the project is for a limited number of copies, the obvious choice is digital: produce

| SCREENTEX | April - May 2016

only what you want and produce it close to end users. Litho printing uses a lot of energy and consumables, but will be the preferred choice for longer runs because the energy per copy will be less. Litho often gets accused of producing excess waste, but modern press control systems have made makeready much quicker and less wasteful than it used to be. Perhaps the biggest consideration when using Perhaps the biggest consideration when using litho, is to work with a printing company located close to where you want your documents. Transporting print products to remote locations, involves emissions and pollution that with a little planning you can probably avoid. Litho consumables such as blankets and printing plates, are widely recycled. Traditional offset inks based on petroleum are noxious, but they can be recycled for instance as low grade fuel, or mixed to create new black ink. Petroleum-based inks also emit Volatile Organic Compounds

(VOC) which are serious pollutants and toxic to human health. The more sustainable alternative is to use vegetable oil based inks which contain fewer unpleasant chemicals than inks based on petroleum. For short run work printed digitally the quality expectation and format will help the designer decide whether to go inkjet or toner. In either case consider the waste policies of the printer and the manufacturer who supplies the machine. Are ink containers recycled? Or are they sent to landfill? Environmentally aware printers will have processes in place to ensure that waste chemicals can be recycled or processed into non-hazardous materials. And are there processes in place to recycle wooden pallets or plastic packaging? Asking about these policies can help simplify investment decisions. Designers should also be thinking about the substrates they want to use. Apart from the fact that the substrate influences colour appearance, environmentally aware designers will want to use a material and printing process that discourages waste and encourages recycling. Can the substrate be recycled? Does the printing method avoid waste? Consider ink coverage in the design and manage colour so that ink usage is optimised. Considerations such as these and many others are not raised often enough in the initial stages of print media creation. However a designer’s choices can improve the environmental impact of their projects. And very likely those choices will also improve the colour quality of their work.

TECH TALK

What you should definitely know about digital textile inks By Simon Eccles

These silks were printed on a Mimaki inkjet with acid dye inks.

Simon Eccles reviews the selection of ink types, pretreatment and postprocessing in digital textile printing and how to optimize these elements for the best results. Textiles are one of the fastest growing sectors of digital printing. The applications are numerous, with the most common including apparel, soft furnishing, soft signage and flags. Also numerous is the choice of inks for inkjet printers. It’s not always clear what the difference is between some similarly-named fluids. Some have been adapted from earlier analogue printing processes, while others have only ever been available for inkjets. The ‘hand feel’ of a textile is important, especially for clothing or garments (which we’re calling apparel here). This means the way the material flexes and drapes. Dye

| SCREENTEX | April - May 2016

inks enter the fibres of the textile and typically don’t alter the feel, though there may be an initial ink-acceptance coating that has to be washed out after printing. Inks that have a carrier that stays on the textile often make it stiffer and alter its feel. Here we provide a brief introduction to the main types of inkjet textile inks, their characteristics and any pre- and post-processing needed to fix them. Some inks can also be used with leather, which isn’t a textile but is commonly used in apparel and furnishings. We’ve not gone into

detail with pre-treatments; this may be performed by the textile supplier, which will sell pre-treated materials for particular processes. Larger scale industrial printers may have the facilities to treat their own textiles. Dye sublimation/disperse dye · Textiles: polyester and polyester-cotton mix · Pre-treatment: yes · Process: inkjet onto paper or

Soft furnishings by Blooming Bryony Designs, printed by dye sublimation transfer with Epson inks.

TECH TALK ·

direct to textile rolls Post-process: dry heat/ pressure transfer or dry heat activation and washing (direct printing) Application: apparel, soft furnishings, soft signage, flags, hard surfaces

Dye sublimation is a water-based ink that works with a wide variety of inkjet printers. Most are adapted from standard eco-sol models, though a few have been purposebuilt. This ink is very widely used for textiles because it is easy to work with and only requires heat and a little pressure as a post-process. It produces bright colours, but the limitation is that it only works with polyesters. Polyesternatural fibre mixes can be used, but the less polyester the fewer the binding points for the dye, so the image is duller and wash resistance suffers. The ink can be used either to print onto a transfer paper or directly to the textile. Some manufacturers call it ‘disperse dye,’ usually when referring to direct printing. In some cases, the same ink is used for paper as direct to the textile (which needs a pretreatment to reduce spread and wicking into the fibres before it is heat-fixed). However some manufacturers produce a special direct dye sublimation ink designed to reduce spread - Bordeaux Inks’ Eden SD Textile is an example - its transfer ink is called Eden ST Textile. Both method require heat activation for 45 to 60 seconds. With transfer methods, a roll of paper is initially printed with the ink, which is then dried. In a separately process (normally) the paper is pressed onto the target textile and heat is applied. The ink vaporises (‘sublimates’)

and crosses to the textile, where it is absorbed by the polyester fibres and blends with them permanently. The transfer can be done with a heat press for sheets, or with a calendaring roller for rolls of material. With the direct method, the polyester textile is printed directly on the inkjet. The ink dries, but initially the colour doesn’t bind into the fibres so the image looks dull. The textile is then run through a calendaring roller, when the heat causes it to sublimate and bind to the fibres. The image then takes on its full brightness. Some wide format inkjets that can print dye sublimation inks can work with both paper transfers and directly. The direct method needs a catch gutter under the print head carriage, with a support meth. Otherwise, ink that goes through the textile will stay on the bed and smear the reverse side of the textile. More sophisticated tensioned roll feeds and re-rolling systems may be needed for direct textiles too. Transfer vs. direct methods Although direct dye sublimation/ dye diffusion printing is superficially more efficient, in practise transfer printing is often better for several reasons. When you print onto paper you get a sharp image with no dot gain or bleed. When brought next to the textile and heated the gas is absorbed into the adjacent fibres with no spread. However, if you print directly, even if there’s a special anti-bleed coating on the fabric, there’s still a little wicking and movement, and small text and details may become blurred. For garments the pre-coating needs to be washed out after heat treatment. Pre-treatment isn’t

needed for transfers. The transfer method also lets you print to stretchable polyester, ie polyester-polyurethane elastane, also called spandex and Lycra (plus other trade names). This can take eight to 15 minutes depending on the fabric type and equipment. It also uses a lot of water and energy to heat it, which can be a problem in some parts of the world. Drying then takes time and may require heat. Pigment ink · Textiles: cotton, linen, polyester, viscose, cotton/ polyester, leather · Pre-treatment: optional for colour-fastness and wash resistance · Process: inkjet direct to textile rolls or direct to garment · Post-process: dry heat and pressure · Application: apparel, soft furnishings, soft signage, flags. Pigment ink was originally developed for direct-to-garment printing, especially t-shirts, but can also be used to print to rolls for later manufacturing. Generally a specially modified inkjet is used with a bed that supports the garment during printing.

The dull image on the left is a dye sublimation printed paper sheet. The brighter image on the right is the effect after heat transfer onto polyester textile.

April - May 2016 SCREENTEX |

TECH TALK · · ·

Latex inks are very suitable for custom wallcoverings. This one (above) was printed on an HP Latex Inkjet.

After printing, the pigment is bonded to the garment using a heat press. This is somewhat similar to dye sublimation, but it relies on pigment adhesion to the fibres rather than dye absorption. Originally the colour was a bit flat compared to dye sublimation but has improved in recent years. Early inks had a somewhat rubbery feel after printing, but recent developments are much improved. For example DuPont’s latest Artistri PK2600 ink for EFI Reggiani ReNOIR textile inkjet printers, is claimed to offer “true colour and the soft feel comparable to reactive printing.” Latex ink · Textiles: natural and synthetics, must be latexcapable · Pre-treatment: yes

This Monna Lisa Evo Tre is a dedicated textile printer, able to run acid, reactive, disperse and pigment inks, using Epson heads and Genesta inks.

| SCREENTEX | April - May 2016

Process: inkjet direct to textile rolls Post-process: none Application: soft furnishings, signage, flags

Latex is the name given by HP to a water-based ink containing heat-activated polymer and pigments. It works for textiles, but pigment remains on the surface rather than chemically bonding with the fibres. Colours are respectably bright. HP, in particular, promotes latex as a multi-purpose waterbased polymer ink that can do practically anything and is environmentally friendly because it is solvent-free and odourless. This includes direct printing on textiles, for which HP models can be fitted with an ink collector trough on the bed below the heads. Mimaki also sells a latex printer (also rebadged and sold by Ricoh), with a different ink formula to HP’s. Although latex is not limited to polyesters like dye sub, there are not as many latexcertified textiles available as for dye sublimation, acid/reactive inks. The majority are polyester based, plus some cotton types. Latex uses heat to drive off the water and activates the polymer, though less is needed than for dye sub or the acid/ reactive types that use energy in different ways. The printed textile emerges dry from the printer with no post-process or activation needed. UV-cured ink · Textiles: natural and synthetics, must be UVcapable · Pre-treatment: none · Process: inkjet direct to textile

· ·

Post-process: none Application: soft furnishings, soft signage, flags.

UV-curing ink has the advantage of printing on practically anything, and the latest LED-UV lamps use very little energy and run very cool compared to older metal halide lamps. As with Latex, the printed textile emerges dry from the printer with no post-process or activation needed. There are many formulations of UV-cured inks. Those that cure with a thin flexible film are obviously the best suited to textiles. UV can be used with many types of textile, but not garments: it’s difficult to guarantee a full cure all the way through a textile, and uncured ink must not be allowed to contact human skin. Given its light fastness, UV is particularly suited to soft signage and banners. Flags may be a problem if the ink stiffens them and alters their ability to move with the wind. With a variety of different textile substrates and ink chemistry available for printing, it is important to select the right substrate and ink chemistry for digitally printing onto textiles. Attention should be paid to proper preparation of the substrate to avoid print image quality defects. All the necessary steps of pretreatment/coating, fixation, and wash-off should be followed in order to obtain optimum results in digital printing.

For more print insight and inspiration visit www.fespa. com. This article is published by courtesy of FESPA, who retain the copyright for the content.

TECH TALK

Corona treatment: Glance at the technology behind

Plastic processing companies, especially those producing and converting plastic films, are confronted every day with the problems of improving adhesion, product quality, and increasing the economic efficiency of their processing machines. High-frequency (20 to 50 kHz) corona treatment is widely accepted as a process for improving the adhesion of printing ink, lacquer, glue and other coatings to plastic film, paper and metal foil. The reasons for its success include reliability of results, controllability and easy handling. Over time, the techniques and the effectiveness of the process have been improved to keep pace with the developments of the production machines. This was followed with the introduction of plasma processes using atmospheric gas pressure plasma.

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Principle of corona equipment The main components of a corona system are a highfrequency generator, and a corona station comprised of an electrode configuration mounted at a nominal distance of 1.5 mm from an earthed base roll. One or other, or both the electrode and the treater roll have a dielectric material, depending on the application, essential for the generation of the corona. The generators are usually equipped with IGBT power modules, and, in conjunction with a high voltage step-up transformer, produce a sinusoidal output up to 20 kV at frequencies between 20 and 50 kHz. When the high voltage exceeds the breakdown potential of the air gap, the generated energy is discharged from the electrode system on to the surface of the material to be treated, as it passes through the

corona station in the gap between the electrode and the supporting base roll. There are essentially, two variants of the electrode system, and their application depends on the properties of the material web to be treated. For non-conductive materials, for example plastic or paper, metal electrodes are used. With this electrode configuration the treater roll is coated with a dielectric material such as silicon or ceramic, essential to obtain regular, homogeneous corona discharge. Where conductive materials such as aluminium, metallised paper, plastics and laminates containing conductive materials, are to be treated, the second variant of the electrode system must be applied. The system for this application consists of dielectric electrodes, such as ceramic electrodes. The treater roll does not necessarily have to have a dielectric coating, since the ceramic electrode itself provides the dielectric. While metal electrodes can only be used for non-conductive materials, it is possible to use dielectric electrodes for the treatment of non-conductive as well as conductive webs. However, for the power rating of the corona equipment it is important to note that the effect of these electrodes on polymer, for example, is poorer than the effect of metal electrodes. This can be compensated for by increasing the output of the generator or alternatively by incorporating an additional dielectric coating on the roll. Function of the corona process The corona treatment effect is

TECH TALK based on bombarding the surface of the polymer with electrons. These leave the electrode and are accelerated under high tension towards the passing material web. In doing this they collide with air molecules which transmit light and react in part to generate ozone and nitrogen oxide. When the electrons come into contact with a polymer surface they have so much energy that they break the bond between carbonhydrogen and carbon-carbon molecules. Reactions with the corona take place at these free radicals, mainly towards oxidation. The functional groups thus formed are polar and so provide the basis for adhesion of applied printing inks, lacquers, etc. In another application, the surface of aluminium foil, even when annealed, is not free from organic residue as petroleum fractions and additives are used as lubricants when rolling foils. Depending on the surface roughness, up to 20 mg/m² residue can be measured. During the annealing process the majority of the oil is removed by distillation and oxidation, but the surface is not in fact free from residue. In particular at the centre of the coil there remain rolling oil residues of some mg/m². They are oxidized and therefore wet out, but have a negative effect on adhesion. By intensive corona treatment these substances will continue to oxidize and cross-link so that adhesion becomes more certain. The corona “equalizes” the aluminium surface in the machine and transverse directions, and helps to reduce wastage in the case of unevenly annealed foil. Applications The applications of corona treatment are many, and range from treatment of drinking cups and yoghurt beakers in cup

printing machines, to treatment in extrusion coating and laminating lines, and a wide range of extrusion line. One such application is printing on polymer film or other webs of flexible material. A refresh corona treatment may be necessary even though materials are used which have already been corona treated during manufacture. Long periods of storage result in the surface tension being no longer high enough to guarantee satisfactory adhesion of the ink. This process requires a surface tension of at least 38-40mN/m for printing with solvent based inks, 42mN/m for UV based inks, and 44-46mN/m for water based inks which are becoming more common in the printing industry for environmental reasons. If the surface tension falls below these values it is necessary to refresh the treatment before printing to ensure good adhesion between the film and the ink. In addition to plastic films aluminium foils, usually soft, annealed aluminium, are also treated before printing. The same rules apply to wet or dry laminating of flexible materials as to printing. It is recommended to treat the carrier web and the laminate web with corona since it is very important for both parts of the laminate to have good adhesive properties. The corona station should be situated as close as possible to the coating or laminating unit in order to keep the risk of contamination of the treated surfaces from path rolls to a minimum. Another important application of corona treatment is in extrusion coating and laminating. Base materials such as

paper, cardboard, aluminium and plastic are used here in various forms. These are laminated or coated using a plastic melt, and all materials should be corona treated in-line before coating or laminating to achieve an acceptable degree of laminating strength. In this case, the corona treater is installed as close as possible to the laminator prior to the anchor coating unit. Depending on the material and demand of bond strength, in some cases the LDPE coating can be carried out without anchor coating by use of the corona treatment with considerably lower costs. In addition, it is often necessary to treat the plastic coating, usually LDPE, for further processing. For the post treatment of LDPE coated paper and board the decrease of surface tension must be taken into consideration. Due to contamination of the LDPE coated side by the uncoated paper side the decrease of the surface tension is much higher than on paper or board coated on both sides. Depending on the period of the storage until further processing it may be necessary to carry out a second treatment in-line with the processing machine. Corona treatment has a negative influence on the sealing strength in heat sealing. For materials which have to be printed and heat sealed on the printed side by further processing ,a uniform surface tension which must neither be higher nor lower than 37-38 dyne/cm is essential. This surface tension is sufficient for a good adhesion of solvent based printing inks as well as for good sealing strength. A uniform surface tension can only be achieved by a speed dependent power control of the generator in order to ensure the same surface tension at different speeds.

April - May 2016 SCREENTEX |

TECHNOLOGY

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August - September 2013 | SCREENTEX |

SPOTLIGHT

Don’t bargain environment for cost efficiency friction from the gatekeepers. For instance, till the time the first person with whom an environmentally friendly product manufacturer talks to is a purchase manager, the discussion will always be about price. That is the fundamental mandate given to a purchasing manager – cut input costs.

During their recent visit to India Robert and Joseph of Chromoline engage in a freewheeling chat with ScreenTex on the optimistic clouds in business environment, as well as the increasing acceptance of environmentally-friendly products, in the country. How important is India as a market for you? India is the largest market in the world. We have mixture of film and emulsion sales in the country. We have been in the market for 30 years, and we still find lot of potential in the market to be explored. The credit for the continued grow here in India should be given to the Indian distributor. In a market like India, which is very dynamic in nature and in which the consumer behaviour changes after every 100 miles, a good partner can make a lot of difference.

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Quite obviously, you might have been asked to compare China and India as a market… Often, the comparison is made with China. However, the two countries albeit have set different objectives and adopted different methods to achieve those. China was looking at the volumes but also cheaper labour. China had an influx of capital that was coming from the US as well as Taiwan. And it was closer to Taiwan, and therefore, the chase was essentially on labour rates. India continues to be price driven market. This is also a reason why environmentally friendly products are still making inroads in the country. Stringent regulations, standards and protocols need to be put in place to change this. Globally, the biggest issue in adoption of new technology, or regulations is because of the

Has RoI been the impediment in this? More than RoI, the target market for a large section of Indian industry has been towards domestic consumption. Those who have to deal with export markets have already started using greener consumables or raw materials. The pressure from the customer is the most critical influencer for any paradigm shift in business operations. How have companies like Chromoline being contributing to the environment? For 30 years our efforts has been to be a greener and greener company. For instance, we have always talked about the environmental impact of using chemicals such as bichromate. While, using such chemicals might seem like a ‘money saver’, it’s a myopic view. There are countries in which we can walk around the riverside, and would be able to clearly notice the falling number of birds. There are environmental hazards which affect our future generation and perhaps might not even show results now. So, it’s up to us to decide if that is a bargain we wish to make.

SPOTLIGHT The question often posed is who will bell the cat? Where does the buck stop? Itâ&#x20AC;&#x2122;s not just the ethical responsibility of the companies to work towards a promising tomorrow, but also of each stakeholder in the chain. Be it government, industries, associations, NGOs or consumers. If you look at the textile industry, they have made much better progress in this regard. Perhaps, as I pointed out earlier, it might be because textile industry is largely export driven. There is lot of buzz around the Make in India initiative. Do you think the advent of globally leading MNCs would make a difference to the discourse on environment?

I am very optimistic. From what I hear about the new government in India is that more and more people are positive about improved business environment. This not just means influx of investments, but also technology and innovations which have environment and customers at its core. Government regulations are important to a large extent, but even the conscious level of the local manufacturers need to change. And I reiterate, from what I have seen in last few years in India, I am optimistic that things will change for better.

industrial activity. This means that both the demand and supply will see growth in a responsible way. Today, newer innovations coming to India are largely in accordance with the climate of the region. Technologies which embed and consider humidity, heat or temperature and transportation etc. as key differentiators will witness demand surge.

How do you see Chromolineâ&#x20AC;&#x2122;s next five years in India? I feel India is soon going to witness a rapid surge in the

April - May 2016 SCREENTEX |

BUSINESS

Label Trends in India By Harveer Sahni

Population continues to grow at an enormous pace in the metropolitan cities of India and infrastructure, despite the rapid growth, remains under intense pressure. The migration of rural population to urban areas has made life in big metros extremely demanding and difficult. Government of India, for many years has been making efforts to stem this shift from rural to urban areas. The effects are now evident. Mobile telecommunications, television, internet, better road, employment guarantee scheme and rail connectivity have largely been successful in bridging the gap and stemming the pace of migration. As a result, the smaller towns have in recent years experienced a spurt in demand for consumer goods. Decades ago Mahatma Gandhi said, “India lives in its villages”. This is largely true even now but gradually the villages are modernizing owing to availability of all modern amenities in nearby

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towns. They need not commute or shift to far away expensive metros to live a life that they watch on TV. This has resulted in a steady growth in demand of consumer durables in the smaller towns of India attracting investments from leading manufacturers to cash in on this change. Neilsen, in a report titled, ‘Emerging Consumer Demand: Rise of the Small Town Indian’ states: “Eight thousand towns, 630,000 villages, over eight million stores and 1.2 billion people! In such a diverse consumer universe, how do you measure demand, where is it strongest? North vs. South, the metros vs. Rural - the choices are endless. Despite current inflationary environment, tier II and tier III towns are showing strong momentum with an improved demand appetite. The smaller Indian towns are leading the demand surge & shopping

like metros.” The label printing industry has also been witness to this trend. In the past few years we have seen investments being made to produce labels in smaller towns of India. An industry that originated and was predominantly located in the west gradually spread to the other metro cities, is now registering its presence in these smaller towns. In my effort to assess the impact I asked printers in all zones of India, “Label industry is now expanding into smaller towns and cities. Do you agree?” The response was unanimous, YES! They all felt that it will impact the label growth positively. The LMAI President Sandeep Zaveri stressed, “It is required to grow in smaller towns”. In trying to assess the trends and growth of labels in India, I interviewed 12 established and leading label printers spread across different geographical zones of India. 10 respondents out the 12 confirmed that there is definite growth in the country, one was not sure and felt it may have grown at places and gone down elsewhere while one was emphatic in saying that the growth rate had decelerated. Anuj Bhargav of Kumar Labels, while being convinced that the label consumption graph is positive yet he cautions, “Growth exists, but increase in capacity is more than the demand escalation. This is leading to unhealthy competition”. So over 90% of printers interviewed say there is growth. When asked the rate at which they individually grew, 10 out of 12 reported double digit growth, 3 of them grew 20% and the topper Sanjeev Sondhi of Zircon reported a growth rate of a whopping 35-40%! Two reported

BUSINESS 7-10% and one 5-7% growth. Answering my question as to how they estimate the national growth rate of self-adhesive labels in India to be, only 9 responded and out of these 7 confirmed it is a double digit growth between 10 and 20% and 3 out of these 7 said the growth was actually 20%. 2 of them said 7-10% and one said it was 5-7%. When I look at all these three questions and the responses from printers, it is quite evident from the way printers have grown and the way they estimate the national growth rate, labels in India can safely be estimated to be growing in excess of 15% per annum. Most of the organized Indian label industry belongs to the MSME sector (Micro, Small & Medium Enterprises) and that they are predominantly family owned businesses. A handful of them have been acquired by international companies but largely they remain within the control of original promoters and their families. These units were largely initiated at very small scale with a single label press. Until a few years ago most of the good presses that contributed to the evolution of labels in India came from Europe, US and Japan. Gradually Taiwan made presses came in which then was followed by the Chinese made

equipment coming to India in big numbers due to the low prices of the equipment. Indian press manufacturers have also made a mark for themselves in recent times. Today label printers with these Chinese and Indian presses have become a definite and identifiable segment of our label industry. I asked all the targeted label printers, “Chinese and Indigenous label presses manufacturers have in recent times made many installations in India. This trend is creating a lot of capacity at the lower and middle segment of the market. What is your opinion?” All respondents agreed with this and feel there is enough for all at various levels of investments. Sanjeev Sondhi in response says, “In my opinion quality will finally decide who will remain in game.” Industry leader and veteran Narendra Paruchuri heading Pragati Pack, Hyderabad stated, “This is quintessential question like the chicken and egg syndrome. The markets in the smaller towns cannot afford or break even on the high tech machines. So they will opt for the cheaper ones from China. Quality will not be very good but may be that is what is needed in that market. We are no judge for this and if they can sell and make it a success, good for them.” Pragati Pack has invested in some of the most advanced equipment to enhance their printing, converting and decorating capabilities. On my question, “What is your mantra for growth, higher volumes or highly technical & innovative products?” he added, “We have to keep on at the technology and see what is it that we can do and can do that better than others. This is a quest for all businesses and only in the answer to this question lies

your success. So if you come out with a unique/innovative product, your sales will rise. Also maybe the growth rate of the country itself will give you an opportunity to grow your business. Progress is relentless and technology a great leveler. So what we thought was exclusive a few years ago is common occurrence now. So the quest has to continue. Always…” All the respondents agree that it is time to take stock of the situation, shift focus and innovate. They have similar answers to my query on their “Mantra for growth”. Mahendra Shah of Manohar Packaging, “Higher volumes have not paid off to any one and I guess we label printers have gone beyond lower limit, so best would be to divert on to innovations and get into more technical products”. Himanshu Kapur of J K Fine Prints Mumbai states, “Higher volumes and lower margins is a wrong growth trend, so we prefer technically innovative products”. Dinesh Mahajan Prakash Labels, Noida; “It has to be a mix of high volume and innovations.” The trend of combination printing that helps employ diverse printing and converting

April - May 2016 SCREENTEX |

BUSINESS

technologies in a single pass has become synonymous with innovation and secure printed products. To my question “Combination or hybrid printing is attracting lot of investment. Do you see this as an emerging trend?” 8 out of 12 printers feel that combination printing is necessary to create innovations and it is the emerging trend. 3 did not respond to this statement and only one said it is not the emerging trend. Many offset printers have started to invest in combination label printing equipment as a part of their expansion into packaging. Label printers on the contrary would not really invest in offset printing. A few years ago I remember Amar Chhajed of Webtech answer this question to me. He said we are so used to doing all printing, decoration and finishing of product in-line in a single pass, it is difficult for us to imagine moving stacks of sheets around the huge shop floor with a massive workforce. Ahmedabad based Mahrishi Labels, had forayed into offset printing and they did not find

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comfort with their decision. As per Jigesh Dani, “Having entered into sheet fed business we have realised that it’s not just simply printing but a different ballgame. In my opinion it may be easier for sheet fed offset printers to enter inline converting but difficult other way”. With the advent of combination presses going wider and able to handle a wide array of substrates and thickness, the possibility to produce folding cartons inline also has become a reality. Many label printers feel this is the time to move in the direction. Raveendran of Seljegat feels it is time for combination printing and says, “Yes we need to invest on the production of functional packaging”. Gururaj Ballarwad of Wintek Bangalore which is a part of Signode India Group feels not many label printers will move into packaging yet he says, “Investment in combination printing is necessary to sustain, maintain & enhance the capabilities.” Digital printing in India still remains a taboo with Indian label printers due to high cost of operation and consumables. However as a slight change in their thought process the higher end printers say it is time to consider digital printing as a complimentary part in a combination press. So while they invest in a press that has offset, flexo, gravure and screen printing capabilities, they will probably also opt for a digital printing station as well that will add to their capabilities. This will also help them in proofing, as also to cater to increasing number of short run customers. India is a large and diverse country with multiplicity of cultures, food, language, dress

habits, different festivals and lifestyles. As literacy enhances and the pockets of the middle class start to bulge it becomes an imperative for the marketers to focus on individual segments of the society. Innovation at this time becomes an imperative as also the capabilities to produce segment specific short runs. Just in time deliveries is another demand coming for end users due to the short run jobs. This results in making the larger label companies to consider multi locational production facilities. The response on this is quite divided within the industry. While many printers feel that one centralised facility is better for quality production and control. With better logistics it is possible deliver anywhere in the country in reasonable time. Yet there are others who feel locational advantage is necessary to service and retain large clients. Some large printers already have invested in multiple facilities not just within India but also outside India. Ajanta Packaging has units in Daman in the west and Baddi in North of India. They also have units in Ajman UAE and Bangkok Thailand. Indian label industry continues to grow at a steady pace and is also attracting international attention however still it has not yet grown to the level of large international label companies. There is still room for much more but it should grow steadily, as the demand grows.

Harveer Sahni is the Managing Director, Weldon Celloplast Limited. The article was first published by Label and Narrow Web USA (http:// www.labelandnarrowweb.com). The article has been reproduced with the permission of the author. Copyright rests with the author.

Duratech Automation Pvt. Ltd.

TECHNOLOGY

Water, water everywhere; not a drop to print!

In the first of the series of articles which will be published, we take a look at key print variables that is ink, paper and chemistry. Lithography is based on the principle that the oil and water do not mix with each other. While the lithographic process consumes fairly large quantities of water, most printers do not think of it as a raw material. However, the type of water you are using will affect the printing process. The image areas on the printing surface i.e. plate must be oleophilic as well as hydrophobic. At the same time, the non-image areas on the plate must be oleophobic and hydrophilic. This is where the dampening solution plays its role. The main task of the dampening solution in the offset printing is oleofobization of the free surfaces on the printing

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plate. On the press, the operator strives to achieve optimum inkwater balance during printing, while the fountain solution keeps the non-image areas on the plate hydrophilic as well as oleophobic. Ideally, the ink should have about 15 per cent water accepting capacity i.e. water in ink emulsification. Oil-based ink is then deposited on the same surface in the same manner and properties of the liquids and the solid plate determine the quality of the print. This transfer of two fluids to the plate and then to the substrate is of crucial importance for a successful printing. Water consists of hydrogen and oxygen but the tap water reaches the printer in different qualities and different degrees of purity depending on its origin (groundwater or other). Soluble

gases and dirt articles exist even in clean rainwater. Groundwater is situated below the surface of the earth. The geological layers of the earth through, which the water seeps, determine the composition of the water. As water seeps through these layers, soluble salts are absorbed as well as large amounts of carbon dioxide. Dissolving behaviour of the water depends on the type of stone it passes through. Limestone, for instance, is insoluble in clean water, but if carbon dioxide is present, the limestone is transformed into the lightly soluble calcium hydrogen carbonate. In offset printing, the most important characteristic is the water hardness in terms of tank water settings. The presence of calcium in magenta ink is well known, and can cause deposits on magenta ink rollers and blankets.

TECHNOLOGY Accumulation of calcium from paper coatings or from fountain solution can lead to scaling problems Therefore, it is necessary to conduct a full water analysis before use in the printing process. Factors influencing the chemistry pH: pH is the unit of measurement for acidity or alkalinity. The letters pH stand for pondus hydrogenii (potential hydrogen). A neutral solution such as pure water has a pH value of 7. Solutions with a lower pH are called acidic, and solutions with a higher pH are called alkaline. The pH scale ranges from 0 to 14. Low pH (acidic) conditions cause water to be corrosive. Acids will cause pitting of concrete, dissolve metals, wrinkle vinyl, and irritate skin and eyes. High pH (alkaline) conditions cause scaling: minerals (calcium, copper, iron etc) precipitate out of the water and those minerals will block filters and pipes. Depending on the pH value, calcium carbonate contained in the paper will react or not react with the fountain solution. At high pH values, calcium carbonate will be stable, but at low values, there can be an interaction between paper and water. The pH value also determines whether metals are vulnerable to the fountain solution or not. At low pH values, metals will corrode. Buffer: To keep the pH on a stable level, the fountain solution must be buffered. The pH can be influenced by an interaction between fountain solution, paper and ink. For this reason, fount systems are always buffered to avoid pH fluctuations. To design pH levels and to make a stable fountain solution, a salt combination is necessary. Correct combinations of acid in the buffer are needed for thorough plate wetting without

any deposition. In order to achieve the necessary thorough plate wetting without, on the other hand, causing deposition, the buffer must contain the correct combinations of acid. Conductivity: It is a liquid’s capacity to conduct electrically charged particles. All dissolved electrolytes in the liquid result in certain numbers of positive and negative charges. Therefore, conductivity is related to the amount and type of dissolved materials. Conductivity varies depending on the water and additives. The temperature and the concentration of alcohol also influence conductivity. It is important that the conductivity gauge in the central dampening solution be regularly cleaned and recalibrated. Treatment systems Softening is an ion-exchange process that trades sodium (from salt) for the hardness metals. There is no change of alkalinity or conductivity, but softening will prevent “calcium symptoms.” Because softening does not control alkalinity or conductivity, your process is still subject to variations from the water. Deionizing removes all ions and produces very pure water. This approach is perfectly suitable for lithography; however, the logistics are often prohibitive. Systems may be either the returnable tanks or a self-regenerating unit at your plant. The ease of the returnable tanks makes them a cost-effective answer for smaller sheetfed printers. The self-regenerating units recharge themselves at regular intervals similar to a water softener, but require concentrated acid and caustic soda. Their complexity effectively prohibits use at all

but the largest of plants. Reverse Osmosis (RO) is a simple mechanical process that “squeezes” water through a membrane. The undesired mineral content is wasted to the drain with a portion of the water used. RO systems consist of a high-pressure pump, a membrane unit, and a storage tank. These units can be sized anywhere from a home unit (100 gallons per day) to large units that will produce hundreds of gallons per hour. Simplicity, reliability, small physical size, and low cost make these attractive to any printer requiring water treatment.

April - May 2016 SCREENTEX |

SRI KRISHNA MARKETING

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| SCREENTEX | April - May 2016

GUEST COLUMN

Scientists look to make print’s impact more accountable By Laurel Brunner

Every week we get bombarded with new information about the dismal condition of the planet and its inhabitants. But sometimes we come across ideas and initiatives that are actually inspiring.For instance an Egyptian mathematician has told us about his formula for calculating the energy consumed when a single page is printed on an A4 toner device, either mono or in colour. The developer is an electrical engineer familiar with digital printers and mathematics. The model is interesting because it’s dependent on the page coverage rather than the power as expressed in watts. The objective appears to be to come up with new environmental criteria that can be used as part of the evaluation of a digital printer, by measuring its energy efficiency,

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based on page coverage. Such a calculation should make the evaluation more accurate than a straight power measurement. The Egyptian formula calculates the total energy used to print a single page in Joules. It takes into account the time required to print 0% and 100% of a page in seconds, along with the current and how much voltage is used. The page coverage is a variable, so the formula can work for many different applications. This is an interesting concept that we will be discussing at our next ISO meeting which takes place in a few days’ time. What is almost more interesting is the fact that all over the world engineers and scientists are considering how to make print’s environmental impact more accountable.

It is encouraging that individuals are working on ideas that help the graphics industry improve its carbon footprint and that print buyers have a growing range of tools to inform their investment decisions. We are still a long way from having a definitive list of environmental criteria that printers and their customers can use to do this. But we are moving in that direction and such a list will also assist manufacturers in their development planning. We can already see evidence that the environment is considered in manufacturers’ research and development. Ricoh is committed to developing machines that support the circular economy; Kodak and Agfa continue to invest in processless plate technology; and the lean and green message is slowly reaching printing company owners. They’re even starting to listen a little. The calculation of energy efficiency is confusing and difficult, but we are starting to see innovative approaches to how it might be done. It is just a matter of time before we have models for evaluating the overall energy consumption of printing systems. The work coming out of Egypt as well as the contributors to ISO standards is part of a much bigger picture.

For more print insight and inspiration visit www.fespa. com. This article is published by courtesy of FESPA, who retain the copyright for the content.

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| SCREENTEX | April - May 2016

,efì^ce,kebÀìsvej Deewj otmejs GlHeeo Òee³e: m¬eÀerve efÒebìs[ FbkeÀ Hej Yejesmee keÀjles nQ~ pees keÀe³e&jle ©He ceW ûeeefHeÀkeÌme ³ee ceeefke¥Àie neslee nw~ uesefkeÀve Fme lejn kesÀ efÒebì efvekeÀeuevee m¬eÀerve MeeHme kesÀ efueS p³eeoe ®egveewleerHetCe& neslee nw pees Oeeleg mlej kesÀ meeLe keÀe³e& keÀjves kesÀ efueS keÀce DevegYeJeer neslee nw~ peye Oeeleg HeoeLeeX Hej efÒeefìbie keÀer yeele Deeleer nw lees DeHevee nesce Jeke&À keÀjvee DeefleDeeJeM³ekeÀ nes peelee nw~ keÀesefìbie keÀer Òeke=Àefle Oeeleg mlej Hej Hee³eer peeleer nw~ Fve HeoeLeeX keÀer efvecee&Ce menveMeeruelee Deewj meyemes GÊece FbkeÀ/ mlej meeqcceefuele ©He mes meHeÀuelee Deewj DemeHeÀuelee kesÀ yeer®e keÀeHeÀer Deblej uee oslee nw~ ³en uesKe Oeeleg mlej kesÀ iegCeeW keÀes Hegve:Òeefle<þeefHele keÀjsiee pees MeeHe kesÀ Henues Fve HeoeLeeX kesÀ meeLe ÒeYeeJeer ©He mes keÀece keÀj mekesÀ, Keguevee ®eeefnS~ yenme FbkeÀ HeÀeceg&uesMeve keÀe O³eeve jKesiee,pees Deueie Deueie ÒekeÀej kesÀ OeelegDeeW kesÀ efueS meyemes GÊece nes,Deewj Fcespe keÀe HejHeÀeceXme Hewceevee Oeeleg Hej efÒebì neslee nw~ cesìue myemì^sì (GHemlej) keÀes mecePevee DeefOekeÀlej kesÀmees ceW peye nce Oeeleg Hej efÒebì keÀer yeele keÀjles nQ lees mlej je@ cesìue veneR nw~ peyeefkeÀ DeefOekeÀlej Oeeleg m¬eÀerve

efÒeefìbie SdHeueerkesÀMeve keÀesìs[ ³ee ì^erìs[ Oeeleg cewìsefj³eue efÒeefìbie ceW meeqcceefuele jnlee nw~ Oeeleg Hej keÀesefìbie (mlejerkeÀjCe) oes lejn keÀe neslee nw- LeceexHueeefmìkeÀ ³ee Leceexmesì~ LeceexHueeefmìkeÀ mlejerkeÀjCe (keÀesefìbie) peye mlej mlejerkeÀjCe (keÀesefìbie) kesÀ yeeo metKe jne nes lees jemee³eefvekeÀ ©He mes ef¬eÀ³ee veneR keÀjlee~ LeceexHueeefmìkeÀ keÀesefìbie kesÀ metKeves keÀer Òeef¬eÀ³ee Jee<HeerkeÀjCe kesÀ yeeo Hetjer nesleer nw ³ee Oeeleg keÀes nerì (iejceer) keÀe Òe³eesie efJeueerve nesves kesÀ efueS HeoeLe& Hej Òe³egkeÌle keÀjkesÀ~ LeceexHueeefmìkeÀ keÀesefìbie kesÀ meeLe O³eeve jKeves Jeeueer cegK³e yeele Oeeleg kesÀ yeejs ceW ³en nw efkeÀ meeceev³e leewj Hej keÀesefìbie (keÀueF&keÀjCe) lespe efJeuee³ekeÀ ³ee DeefOekeÀ leeHe kesÀ Òeefle ÒeeflejesOekeÀ veneR nesles~ otmejs MeyoeW ceW Oeeleg Hej keÀueF&keÀjCe(keÀesefìbie) m¬eÀerve efÒebìeRie Òeef¬eÀ³ee mes DeefOekeÀ G<cee ³ee lespe efJeuee³ekeÀ ceW Keguee jKeves mes efHeÀj efHeIeue mekeÀlee nw~ jemee³eefvekeÀ ef¬eÀ³ee Üeje Leceexmesì keÀesefìbie keÌ³eesj keÀes HeeueercejeF&pesMeve ³ee ¬eÀeme efuebefkebÀie keÀne peelee nw~ keÀesefìbie keÀes DeefOekeÀ leeHeceeve Hej uebyes mece³e kesÀ efueS keÀesìs[ Oeeleg keÀes yesefkebÀie Üeje keÌ³eesj[ efkeÀ³ee peelee nw~ LeceexHueemì keÀesefìbie iejceer ³ee Hegve:efHeIeueves kesÀ Òeefle ÒeeflejesOekeÀ nesleer nw Deewj meeceev³e leewj yeefæ{³ee meeuJeWì (efJeuee³ekeÀ) mkeÀHeÀ ÒeeflejesOe cegnw³ee keÀjelee nw~ cesìue keÀesefìbie kesÀ efueS jsefpeve efmemìce yesme cewìsefj³eue keÀer lejn Òe³egkeÌle neslee nw~ pees efJeuee³ekeÀ (³ee lees Hueemìermee@ue ³ee efJeue³eve leb$e),Heeueermìme& ³ee S¬eÀerefuekeÀ nes mekeÀlee nw~ peyeefkeÀ ³es ef®eHekeÀves kesÀ efueS Leceexmesì keÀesefìbie keÀer DeHes#ee FbkeÀ kesÀ efueS DeefOekeÀ ceguee³ece Deewj Deemeeve nesles nQ~ LeceexHueeefmìkeÀ keÀesefìie Leesæ[e jemee³eefvekeÀ ³ee Kejes®e ÒeeflejesOekeÀ neslee nw~pees GvnW DeefOekeÀlej m¬eÀerve efÒebìeRie SHueerkesÀMeve kesÀ efueS GHe³egkeÌle veneR yeveelee~ FmeerefueS m¬eÀerve efÒebìj DeefOekeÀlej Leceexmesì keÀesefìbie pees Oeeleg GHemlej keÀes nes,p³eeoe Hemebo keÀjles nQ~ Heeefuemìj Deewj S¬eÀerefuekeÀ oesveeW meeceev³e jsefpeve nQ pees Leceexmesì keÀesefìbie kesÀ efueS Fmlesceeue nesles nQ~ vejce LeceexHueeefmìkeÀ keÀesefìbie pees m¬eÀerve efÒebìj FbkeÀ Üeje Ieguee efo³ee peelee nw~ Leceexmesì keÀesefìbie kesÀ Heeme keÀþesj Deble&peeleer³e efHeÀefveMe nw pees FbkeÀ kesÀ ef®eHekeÀves kesÀ iegCe

ìskeÌveesuee@peer keÀes cegefMkeÀue yeveelee nw~ peye DeeHe DeHeves meHuee³eme& mes keÀesìs[ Oeeleg mlej ceBieJeeles nQ lees Gvemes HetefíS efkeÀ Oeeleg Hej efkeÀme ÒekeÀej keÀe keÀesefìbie (keÀueF&) nw (S¬eÀerefuekeÀ,Heeueermìj Deeefo) Deewj keÀesF& mueerHe SpeWì ³ee otmeje mejHesÀkeÌìsbì keÀesefìbie ceW Òe³egkeÌle efkeÀ³ee ie³ee nw~ pees FbkeÀ kesÀ ef®eHekeÀves ceW keÀefþveeF& GlHeVe keÀj mekeÀlee nw~ ³eefo mejHesÀkeÌìsbì ceewpeto nw lees meHuee³eme& keÌueerefvebie SpeWì yelee mekeÀlee nw~ pees efÒeefìbie mes Henues Fve DeMegef×³eeW keÀes megjef#ele lejerkesÀ mes efvekeÀeue mekesÀ~ Oeeleg efÒeefìbie kesÀ efueS FbkeÀ : oesveeW meeuJeWì Hej DeeOeeefjle Deewj ³etJeer FbkeÀ keÀesìs[ cesìue keÀes mepeeves kesÀ efueS GHeueyOe nw~ uesefkeÀve meeuJeWì Hej DeeOeeefjle HeÀecet&uesMeve DeefOekeÀlej GHe³eesie ceW Deeles nQ~ peyeefkeÀ Del³eble efJekeÀefmele ³etJeer FbkeÀ Oeeleg cewìsefj³eue kesÀ keÀF& jWpe Hej ³etJeer FbkeÀ keÀes De®íer lejn HejHeÀece& keÀjves keÀer mentefue³ele oslee nw~ meeuJeWì Hej DeeOeeefjle efJeefYeVeleeDeeW keÀer DeHes#ee ³etJeer FbkeÀ keÀer jemee³eefvekeÀ iegCe Deewj keÌ³eesefjbie ue#eCe keÀe³e& keÀes meerefcele keÀjlee nw~ meeuJeWì Hej DeeOeeefjle FbkeÀ keÀes oes Yeeiees ceW efJeYekeÌle efkeÀ³ee peelee nw~ ³ee lees ³es nJee keÀes metKee keÀjles nQ (Jee<HeerkeÀjCe Üeje metKevee) ³ee G<cee keÌ³eesj (jemee³eefvekeÀ ©He mes keÀþesj ³ee ¬eÀeme efuebkeÀ) efJeveeF&ue,S¬eÀerefuekeÀ,³ee ueskeÌ³etj Hej DeeOeeefjle HeÀecet&uesMeve meeceev³e nJee mes metKeves Jeeues FbkeÀ nQ~ FveceW mes keÀesF& Yeer FbkeÀ [^eF¥ie Òeef¬eÀ³ee kesÀ oewjeve jemee³eefvekeÀ ef¬eÀ³ee veneR keÀjlee Deewj efvejblejlee mes ³es m¬ewÀef®ebie Deewj mkeÀHeÀefuebie kesÀ efueS ûee¿e nesles nQ Deewj ³es yengle keÀce ³ee veneR kesÀ yejeyej meeuJeWì iewmeesueerve Deewj keÀþesj keÌueerefvebie Ieesue kesÀ ÒeeflejesOeer nesles nQ~ ³eefo ³es vejce FbkeÀ efHeÀuce GlHeVe keÀjles nQ lees ©keÀeJeì keÀer mecem³ee GlHeVe nes mekeÀleer nw ³eefo ³es De®íer lejn veneR metKee³es ieS nw~ keÌ³eeWefkeÀ Oeeleg SkeÀ Yeejer mlej nw~ mìwkeÀ ceW ©keÀeJeì yeæ[er mecem³ee yevee mekeÀlee nw~ THej keÀer lejHeÀ DeefOekeÀlej F¥keÀ nJee mes metKeer nesleer nw efpememes De®íe ue®eerueeHeve efceue peelee nw Deewj mLeeef³elJe efceuelee nw~ meeuJeWì Hej DeeOeeefjle FbkeÀ pees Jee<HeerkeÀjCe mes metKeves kesÀ yepee³e T<cee keÌ³eesefjbie Üeje lew³eej efkeÀ³ee peelee nw~ meeceev³e leewj Hej FHee@keÌmeer Fvesceue,Hee@ ueermìj ³ee HeefjJeefle&le S¬eÀerefuekeÀ jmee³eve efJe%eeve (FHee@keÌmeer nerìkeÌ³eesefjbie SHueerkesÀMeve kesÀ efueS kesÀ efueS pees yeenj mLeeef³elJe ®eenles nw,keÀce peB®elee nw~) Fme ÒekeÀej kesÀ meYeer FbkeÀ keÀes DeefOekeÀ leeHeceeve Hej Òee³e:

uebyes DeJeefOe kesÀ efueS keÌ³eesj keÀjves keÀer DeeJeM³ekeÀlee nesleer nw~ keÌ³eesefjbie kesÀ yeeo efÒebìs[ efHeÀuce yengle keÀþesj nes peeleer nw~ HeefjCeecemJe©He meeuJeWì iewmeesueervee Deewj keÌueerefvebie Ieesue SDej [^eF¥ie FbkeÀ keÀer DeHes#ee DeefOekeÀ ÒeeflejesOeer nesles nQ~ mkewÀefHebie Deewj mekewÀHeÀefuebie kesÀ efueS nJee kesÀ metKes ngS FbkeÀ keÀer DeHes#ee ³es FbkeÀ keÀce ue®eerues nesles nQ~ uesefkeÀve ³es HeÀeefce¥ie ³ee nerì Fbyeesefmebie kesÀ efueS meyemes GHe³egkeÌle nesles nQ~ peye ³es mìwkeÀ mes Henues De®íer lejn keÌ³eesj Deewj þb[e efkeÀS peeles nQ lees nerì keÌ³eesj meeuJeWì mes GlHeVe nesves Jeeuee efÒebì meeceev³ele: yueekeÀ(DeJejesOe) veneR neslee~ cesìue [skeÀesjsefìJe kesÀ efueS ³etJeer keÌ³eesjsyeue FbkeÀ oes ÒekeÀej keÀe neslee nw -kewÀìer³eesefvekeÀ ³ee cegkeÌle cetuekeÀ (ÖeÀer jsef[keÀue) (S¬eÀeruesì)~ kewÀìer³eesefvekeÀ ³etJeer - keÌ³eesjsyeue FbkeÀ SHeekeÌmeeF[ jsefpeve Hej DeeOeeefjle kesÀefcemì^er nesleer nw~ ³es FbkeÀ leb$e Òee³e: HeejbHeefjkeÀ cegkeÌle cetuekeÀ keÀer DeHes#ee Oeercee nesles nQ~ pees S¬eÀeruesìs[ Heeueercej pewmes Heeueermìj ³ee ³etjsLesve Hej DeeOeeefjle nesles nQ~ De®íer lejn mes Òeef¬eÀ³ee ngDee oesveeW leb$e De®íe yeenjer mLeeef³elJe Òeoeve keÀj mekeÀles nQ~ kewÀefì³eeefvekeÀ Deewj ÖeÀer jsef[keÀue ³etJeer FbkeÀ jemee³eefvekeÀ ©He mes meef¬eÀ³e nesles nQ Deewj peye keÌ³eesj efkeÀ³ee peelee nw lees jemee³eefvekeÀ ÒeeflejesOekeÀ,mkeÀHeÀ ÒeeflejesOe Deewj ue®eerueeHeve kesÀ meeLe keÀþesj efHeÀuce GlHeVe keÀjles nQ ~ pees G<cee keÌ³eesj meeuJeWì kesÀ meceeve nesles nQ~ FbkeÀ keÀe efceueeve keÀjvee Deewj yesnlej keÀe³e& keÀjves keÀer DeeJeM³ekeÀlee : efkeÀme ÒekeÀej keÀe FbkeÀ DeeHe cesìue [skeÀesjsMeve kesÀ efueS Òe³eesie keÀjves keÀe efveCe&³e uesles nQ lees FbkeÀ keÀes pee@ye keÀe efJeMes<e yesnlej keÀe³e& (HejHeÀeceXme) Hetjer keÀjveer nesieer~ GoenjCe kesÀ efueS FbkeÀ efHeÀuce keÀes kegÀí ef[ûeer lekeÀ keÀþesjlee Òeoeve keÀjveer nesleer nw~ mkewÀefHebÀie,m¬ewÀ ef®ebie,yueeefkebÀie Deewj meeuJeWì kesÀ Òeefle ÒeeflejesOe keÀj mekesÀ~ ³eÐeefHe cegæ[ves (yeWef[bie) [eF& keÀefìbie,Scyeesefmebie kesÀ efueS ue®eerueeHeve keÀe men³eesie keÀeHeÀer nw~ ³en pe©jer vener nw efkeÀ SkeÀ FbkeÀ Deewj SkeÀ ÒekeÀej keÀe Oeeleg mlej DeeHekesÀ meYeer ÒekeÀej keÀer DeeJeM³ekeÀleeDeeW keÀes GlHevve keÀjves ceW ueies~ yepee³e DeeHe DeveskeÀ ÒekeÀej kesÀ Deueie Deueie keÀesìs[ Oeeleg kesÀ meeLe keÀece keÀjWies Deewj Òel³eskeÀ yesme kesÀ meeLe ve efmeHe&À kesÀJeue efJeMes<e keÀesefìbie Hej FbkeÀ leb$e keÀes efceueeve keÀjvee nesiee uesefkeÀve GlHeeo kesÀ efueS Debeflece GHe³eesie~ GoenjCe kesÀ efueS ³eefo GlHeeo

Fbìerefj³ej (Deboj kesÀ efueS) nw lees FHee@keÌmeer FmekesÀ efueS GHe³egkeÌle nesiee pewmes efkeÀ Deewj Yeer otmejs jsefpeve nerì keÌ³eesefjbie FbkeÀ~ ³eefo GlHeeo meeuJeWì ÒeeflejesOekeÀ veneR nw,S³ej [^eF&[ meeuJeWì Hej DeeOeeefjle FbkeÀ He³ee&Hle neslee nw~ ³eefo SHueerkesÀMeve Ssmeer efÒebì keÀer ceeBie keÀjlee nw pees oesveeW efJeuee³ekeÀ ÒeeflejesOeer Deewj yeenj efìkeÀeT nw lees metKes nJee Deewj FHee@keÌmeer Hej DeeOeeefjle efJeuee³ekeÀ FbkeÀ GHe³egkeÌle veneR nQ~ uesefkeÀve otmejs HeejbHeefjkeÀ nerì ³ee ³etJeer keÌ³eesjsyeue FbkeÀ nes mekeÀlee nw~ DeeHekeÀer meJeex®®e ÒeeLeefcekeÀlee De®íer lejn keÀefìbie Deewj [^eF¥ie kesÀ yeeo FbkeÀ efHeÀuce GHemlej mes ef®eHekeÀves keÀer nesveer ®eeefnS~ cewìsefj³eue kesÀ DeeOeej Hej kegÀí FbkeÀ veneR nesleer~ ³en mecePevee efkeÀ keÌ³eeW FbkeÀ keÀe ®egveeJe cesìue [skeÀesjsefìbie kesÀ efueS yengle cenlJeHetCe& nw,DeeHekeÀes Heerís cesìue keÀer keÀesefìbie Hej peevee nesiee~ ³eefo ³en keÀesefìbie LeceexHueeefmìkeÀ nw,DeveskeÀeW FbkeÀ Fmemes ef®eHekeWÀies~ uesefkeÀve ³eefo keÀesefìbie Leceexmesì nw (Deewj Hegve:DeefOekeÀlej m¬eÀerve efÒebìeRie SHueerkesÀMeve ceW,³en nw)efkeÀmeer Yeer ÒekeÀej kesÀ m¬eÀerve FbkeÀ kesÀ efueS DeefOekeÀ mecem³ee nw Deewj Òees[keÌMeve Òeef¬eÀ³ee keÀes meeJeOeeveerHetJe&keÀ efve³eefcele Delebjeue Hej efveiejeveer keÀjveer ®eeefnS~ Oeeleg kesÀ meeLe keÀece keÀjves ceW mecem³ee ³en nw efkeÀ Leceexmesì keÀesefìbie Jeeues mìsce Fve keÀesefìbie keÀer keÀþesjlee mes neslee nw~ SkeÀ Leceexmesì keÀesefìbie efkeÀleveer ef[ûeer keÀe keÀþesjlee GlHeVe keÀjlee nw ³en jsefpeve efmemìce kesÀ ÒekeÀejeW Hej efveYe&j keÀjlee nw efpeme Hej keÀesefìbie DeeOeeefjle nw,efpeme lejn mes Oeeleg Hej keÀesefìbie keÀer peeleer nw,Deewj efpeme lejn mes Oeeleg keÀes keÌ³eesj efkeÀ³ee peelee nw,pees meeceev³ele: Oeeleg keÀes yesefkebÀie efkeÀ³ee peelee nw keÀesefìbie Òeef¬eÀ³ee kesÀ yeeo, keÌ³eesefjbie Òeef¬eÀ³ee keÀer DeefOekeÀ DeJeefOe Deewj DeefOekeÀ leeHeceeve mes melen keÀþesj neslee nw~ Deewj ³eefo melen keÀþesj nw lees efkeÀmeer

April - May 2016 SCREENTEX |

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| SCREENTEX | April - May 2016

lejn ef®eHekeÀves kesÀ efueS ³en mentefue³ele oslee nw~ pewmes ner Oeeleg Deewj keÀesefìbie þb[e neslee nw leYeer FbkeÀ efHeÀuce Yeer nesleer nw~ efkeÀmeer Yeer ÒekeÀej keÀe efmekegÀæ[ve pees Oeerceer DeJemLeeDeeW ceW neslee nw De®íer ef®eHekeÀeJe yevee³es jKelee nw~ kewÀefì³eeefvekeÀ ³etJeer FbkeÀ ÖeÀer jsef[keÀue keÀer DeHes#ee keÀce efmekegÀæ[ve ÒeoefMe&le keÀjles nQ uesefkeÀve kewÀefì³eeefvekeÀ HeÀecet&uesMeve keÀer Òee³e: Oeerceer keÌ³eesefjbie nesleer nw,peye keÀce efmekegÀæ[ve nesleer nw leye ³es FbkeÀ leb$e Leceexmesì keÀesefìbie Oeeleg Hej De®íer lejn ef®eHekeÀlee nw~ peyeefkeÀ kewÀefì³eeefvekeÀ FbkeÀ keÀes De®íer lejn keÌ³eesj nesves kesÀ efueS Tpee& keÀer DeefOekeÀ cee$ee keÀer DeeJeM³ekeÀlee nesleer nw Deesj ³es Meg©Jeeleer ³etJeer ÒekeÀeMe kesÀ Kegueves kesÀ yeeo ner keÌ³eesj ³ee keÌ³eesj kesÀ yeeo peejer jKeles nQ, pees yueeefkebÀie kesÀ efueS DevegketÀue neslee nw~ peye Fme FbkeÀ keÀe Òe³eesie keÀj jns nes lees DeeHe keÀes Hetjer lejn keÌ³eesj nes FmekeÀe O³eeve jKevee ®eeefnS ef®eHekeÀves keÀer mecem³ee keÀes jeskeÀves kesÀ efueS~ otmejer mecem³ee O³eeve ceW ³en jKeW efkeÀ meyemes keÀceefMe&³eue GHeueyOe keÀesìs[ Oeeleg keÌJee@³eue keÀesefìbie kebÀHeveer Üeje efJeefYeVe ÒekeÀej mes Òeesmesme efkeÀ³ee peelee nw~ efpemekeÀe ÒeeLeefcekeÀ yeepeej keÀe efÒeefìbie J³eJemee³e mes kegÀí uesvee osvee veneR nw peyeefkeÀ ³es YeJeve J³eJemee³e ³ee Dev³e otmejs efvecee&lee Jeeues yeepeej mes mebye× jnles nQ~ HeefjCeecemJe©He Oeeleg pees GHeueyOe keÀjeles nQ Òee³e: m¬eÀerve efÒebìeRie kesÀ efueS keÀce GHe³egkeÌle neslee nw~ yesme kesÀefcemì^er Deewj ¬eÀeme efuebkeÀ [Wefmeìer ceW keÀesefìbie Deueie Deueie nes mekeÀlee nw,Òee³e:mlej keÀes ieeruee keÀjves kesÀ efueS ³etJeer FbkeÀ keÀer ³eesi³elee keÀes meerefcele keÀjlee nw~ peyeefkeÀ Oeeleg keÀe SkeÀ yew®e De®íer lejn Òeesmesme keÀjlee nw,Deewj otmeje p³eeoe p³eeoe keÀþesj nes mekeÀlee nw,keÀce ef®eHekeÀves keÀe iegCe ÒeoefMe&le keÀjlee nw~ d DeHeveer meHeÀuelee kesÀ DeJemej keÀes yeæ{eves kesÀ efueS keÀceefMe&³eue ©He mes GHeueyOe Oeeleg Hej keÀesF& Yeer FbkeÀ ef®eHekeÀs,melen keÀe keÀæ[eHeve SkeÀoce megefveefM®ele nesvee ®eeefnS Deewj Òel³eskeÀ mlej Hej ef®eHekeÀves keÀe ìsmì (DeOesmeve ìsmì) (¬eÀemenw®e Deewj ìsHe ìsmì) Òel³eskeÀ yew®e kesÀ mlej Hej Òees[keÌMeve ceW peeves mes Henues keÀj uesvee ®eeefnS~ Deewj [eF&ve ìsmì keÀesefìbie ceW G®®e mlej ceW efkeÀmeer Yeer ÒekeÀej kesÀ mejHesÀkeÌìWì keÀer GHeefmLeleer kesÀ efueS keÀj uesvee ®eeefnS~ pees Deueie mes DeOesmeve keÀer mecem³ee Hewoe keÀj mekeÀlee nw~ keÀesìs[ Oeeleg Hej efÒebìeRie ceW De®ís HeefjCeece leye Deeles

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DeHeves meeFvespe efyepevesme kesÀ efueS mener Huee@ìj keÀe ®egveeJe keÀjvee

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| SCREENTEX | April - May 2016

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April - May 2016 SCREENTEX |

EVENTS CALENDAR

NATIONAL JUNE 2016 02-04 June 2016 NON WOVEN TECH ASIA 2016

Eastern India’s Leading Exhibition on Printing & Packaging Industry. At: Milan Mela Ground, Kolkata. www.easternprintpack.com

International Exhibition on Non Woven Tech Industry.

08-10 September 2016 INDIA FOLDING CARTOON SHOW 2016

At: Bombay Exhibition Centre, Goregaon (E), Mumbai.

Leading Exhibition on Corrugation Industry.

www.nonwoventechasia.com

At: Bombay Exhibition Centre, Goregaon (E), Mumbai. www.indiafoldingcarton.com

JULY 2016 13-15 July 2016 PACK PLUS 2016 Exhibition on Packaging Industry. At: Pragati Maidan, New Delhi. www.http://www.packplus.in

21-23 September 2016 ELECTRONICA INDIA 2016 India’s Leading Trade Fair for Electronics Industry. At: Bangalore International Exhibition Centre, KArnataka. www.electronica-india.com 27-29 September 2016 GARTEX 2016

AUGUST 2016

Complete Garment Manufacturing Solutions Show.

04-06 August 2016 IN STORE ASIA 2016

www.gartexindia.com

Largest Event for Retail Experience, Design & Shopper Marketing.

NOVEMBER 2016

At: Pragati Maidan, New Delhi. www.instoreasia.org 07-09 August 2016 KNIT SHOW 2016

At: Pragati Maidan, New Delhi.

17-20 November 2016 LABELEXPO INDIA 2016 Exhibition on Labele Printing Industry.

Leading Exhibition on Textile & Garment Industry.

At: India Expo Centre, Grater Noida.

At: Velan Hotel Fair Ground, Tirupur, Tamilnadu.

www.labeleexpo-india.com

www.knitshow.in 12-14 August 2016 PRINT EXPO 2016 Leading Exhibition on Printing & Converting Industry. At: Hall 1 & 2, Chennai Trade Centre, Tamilnadu. www.printexpo.in 27-29 August 2016 GARTEX 2016 Complete Garment Manufacturing Solutions Show. At: Pragati Maidan, New Delhi. www.gartexindia.com

18-21 November 2016 INTER PRINT EXPO 2016 Exhibition on Printing & Packaging Industry. At: Chandigarh, India. www.interprintexpoindia.com

DECEMBER 2016 01-02 December 2016 INSIDE 3D PRINTING CONFERENCE AND EXPO 2016 Exhibition on 3D Printing Industry.

SEPTEMBER 2016 01-04 September 2016 EASTERN PRINT PACK 2016

| SCREENTEX | April - May 2016

At: Nehru Centre Mumbai, India. www.inside3dprinting.co.in

EVENTS CALENDAR

INTERNATIONAL JUNE 2016 14-17 June 2016 PROCESSING & PACKAGING FAIR 2016 Leading Exhibition on Packaging Industry. At: Sao Paulo, Brazil. 14-17 June 2016 PACKAGING SHOW 2016 Leading Exhibition on Packaging Industry. At: Mascow, Russia.

JULY 2016 13-15 July 2016 FOOD PROCESSING & SUPPLIES EXPO 2016 Leading International Exhibition on Food Processing Industry. At: Shanghai, China.

AUGUST 2016 10-13 August 2016 PACKAGING SHOW 2016 Leading International Exhibition on Processing & Packaging Expo. At: Ho Chi Min, Vietnam.

SEPTEMBER 2016 13-15 September 2016 LABELE EXPO AMERICA 2016 International Exhibition on Labele Printing Industry. At: Rosemont, Chicago. 27-29 September 2016 PACKAGING & LABELLING TECHNOLOGY 2016 International Exhibition on Labelling Technology. At: Nuremberg. Germany

DECEMBER 2016 06-07 December 2016 LABELE SUMMIT 2016 International Confereance on Labele Industry. At: South China.

| SCREENTEX | April - May 2016

Arrow PHOTOS O NName in One i INDIA for f Stock Images, Templates, Software & Tutorials We manufactures high resolution, ready to use stock images and templates. We also provides stock images, which are used for Advertisement, Fonts, Logos, Clip-Arts, Brouchers, Visiting Cards, Wedding Cards, ID Cards, DTP Purpose, etc. For more details Contact :

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April - May 2016 SCREENTEX |

MARKET PLACE COLUMN

| SCREENTEX | April - May 2016

AD INDEX Advance Syntex (P) Ltd. 17 Aeon Commercial India (P) Ltd. 76 And Global Sales Corporation 04 Arrow Multimedia 68 Balaji Chemicals 27 Beauty Flex 43 Chaiyaboon Inknovation 35 Cheran Machines I Pvt. Ltd. 29 Color Jet India Ltd. 15 Domex 69 Duratech Automation (P) Ltd. 03, 51 Extris Italy 39 Febchem Pvt. Ltd 61 Fespa 2017 07 GTE 2016 67 India ITME 2016 30 J N Arora & Co. (P) Ltd. 31 Kishore Brothers 65 Knit Show 2016 71 Kumar Textile Industries 21 Kunal Enterprise 57 Label Expo 2016 50 Litel Infrared Systems 42

Mac Dermid Autotype Ltd. Meetesha Enterprises Natraj Industries NBC Japan Omkar Engineering Paper N Films International Photokina Chemical Pvt. Ltd. Print Expo - Chennai Ratan Industrial Engineering Raj Palstix Sefar Switzerland Santi Arts Shriram Enterprises Suntex Enterprises Sri Krishna Marketing Smilax International India Sneha Enterprises Sparkel Foil & Films Spoorthi Technologies SunShine Graphics Unique UV and Lighting (P) Ltd. Varsha Transprint Vee Jain Dyes and Chemicals

This AD INDEX is provied as a free service to our advertisers. We regret that we can not be held responsible for any errors/omissions.

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| SCREENTEX | April - May 2016

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