Thursday, July 2, 2026
spot_img
Home Blog Page 84

Artience Group to Feature Inkjet Technology at Drupa 2024

0

Artience Group to Feature Inkjet Technology at Drupa 2024 

Toyo Ink Europe Specialty Chemicals S.A.S., a member of the artience group (formerly Toyo Ink Group), a Japan-based chemicals manufacturer, announced today that it, together with its sister subsidiaries Toyocolor Co., Ltd. (Japan), Toyo Ink India Pvt. Ltd. and Tianjin Toyo Ink Co., Ltd. (China), will be jointly featuring inkjet technology at drupa 2024, the international printing fair held in Dusseldorf, Germany. At the Toyo Ink Europe Specialty Chemicals/ artience group’s Stand C01 in Hall 8a, the group will highlight an updated lineup of inkjet inks and its expanding manufacturing footprint and capabilities.

“For close to a decade, Toyo Ink Europe Specialty Chemicals has amassed expertise in the development of world-class inkjet solutions and built a solid reputation for OEM production excellence with several companies in the digital print industry,” said Ken Yamasaki, Sales and Marketing Manager, Inkjet Business at Toyocolor. “In recent years, artience has expanded its production and support network to include state-of-the-art facilities in India, the U.S. and China. This makes it possible to provide the same high-quality product to all of our customers in any part of the world.”

Since the 1990s, the artience group has been driving the development of industrial inkjet inks, including its own pigments and polymers, and delivering solutions for an array of digital printing markets. artience actively partners with printing manufacturers on an OEM basis to create customized ink systems that meet the quality and functionality requirements of various digital printing techniques.

At drupa 2024, the artience group will feature its comprehensive inkjet ink portfolio including solvent-based, UV and UV LED inks for the outdoor signage applications as well as water-based, UV and UV LED inks for the packaging market, such as corrugated board and labels. Moreover, as a pioneer in engineering sustainable inks and coatings for print, the group will provide a preview of its next-generation inkjet systems and processes with the lowest possible environmental impact. This includes advanced UV LED and low-energy-drying, water-based solutions needed to solve some of the world’s most pressing environmental and energy issues.

In addition, drupa offers an international platform on which the company can launch its new brand and visual identity. Ken Yamasaki added, “We look forward to debuting the new artience brand and logo to the global print world at drupa! This is a big event for us to show the industry just how our digital print capabilities can help to ‘create value that resonates with the senses’ and drive real growth opportunity.”

www.drupa.com/

#drupa  #opportunity #sustainable #manufacturer

#indianplasticmagazine #modernplasticsaward #plasticnews #modernplasticsgermany #ginujoseph #modernplastic #plasticindia  #plasticrecycling #sustainability #modernplasticsglobalnetwork #modernglobalnetwork #modernplasticsaward2024 #plasticmagazine #PlasticIndustry  #modernplasticsmiddleeast #indianmagazine #innovations #modernplasticsamerica #modernplasticsbangladesh #modernplasticsasia #modernplasticsitaly  #cortecadvertising

Workflow Automation Drives The Future Of Print

Workflow Automation Drives The Future Of Print

For more than 60 years, we have talked about workflow automation, driven by data, to add efficiency, reduce costs, manage labor challenges, and increase margins. In this century, we stepped up the volume, embracing the Fourth Industrial Revolution, branding it Industry 4.0, and demonstrating the value workflow automation brings to print manufacturing. With an efficient, scalable, automated workflow that begins before you sell the job, every printer can survive the pressures of increasing paper and consumables costs, demands for faster turnaround, labor challenges, and the requirements to support very long and very short print runs.

Automating workflows is the core of the future of all manufacturing, but the results can be dramatic for print manufacturing. In the print industry, we look at workflow as the rules, protocols, and processes that are defined, documented, repeatable, and auditable. Your print business has many workflows that guide work through your front office, back office, and production to delivery. Each time you sell a product or service, one or more workflow routines manage the sales pitch, estimating, contracts, job onboarding, preparation, production, delivery, and payment.

Beginning when a customer agrees to buy print and delivers the job to the shop to when the work is handed over for delivery, and the job tickets are closed in production and sent to accounting, every step is at risk. Bottlenecks that add time and complexity to the job can happen at any and every step. Those bottlenecks cost time and money that eliminate expected profits. Tuning and tightening print manufacturing workflows using automation tools adds efficiency and scalability and keeps more revenue in the business.

10 Steps to plan for automation

The current marketplace for workflow automation is vast. There are tools available for every size printer in every print segment. Spend the time to look at the software available for the market segments you serve. Many tools are built to serve the needs of multiple print technologies and products. However, before you go shopping, you need a clear understanding of your current workflow state.

Begin with an honest self-assessment, looking at all of your workflows.

  1. Make a list of your production workflows and the workflows that touch them. If you produce a variety of print products, identify the workflows used for each one. If you have automated some or all of your workflows, note that on your list.
  2. Who is responsible for the architecture of each workflow?
  3. Who is responsible for solving bottlenecks in each workflow?
  4. Where do workflows intersect?
  5. What are the rules for Sales interacting with Production?
  6. What are the rules for Customer Service Representatives to interact with Production?
  7. Who is responsible for interacting with customers when there are problems with inbound files?
  8. How are Change Requests managed?
  9. How are Proofs and Approvals managed, and who monitors customer approvals?
  10. How is accounting notified of additional charges and the final job costs?

You may want to add more items to your assessment list. Consider the areas that rarely experience bottlenecks and those that are more susceptible. Think about the people in the processes as well as the technologies. Look at any existing automation to determine if it is still providing the expected results.

Automate to eliminate friction

There are three fundamental reasons to spend the time and money to implement and tune automation:

  1. Reduce the time to onboard work: There are dozens of whitepapers that pop up in searches related to job onboarding in print manufacturing, even where there are web-to-production and digital portals available. Walk your workflow and watch a range of jobs as they arrive and move through the processes that get them into production. Record the time and the number of steps. How many loops do you see? Is everyone working by the same set of rules, or is everyone writing their own rules?
  2. Reduce the time to make the job ready: How much time and effort is expended to move work into production? How many loops, delays, and reworks? Mistakes and misunderstandings reduce the margin on the job, so look at your averages. There may be a pot of gold waiting for you in an automated workflow.
  3. Reduce production time: Your recipe for production has time elements, but also people and tasks. Count the manual steps and the loops in those tasks that extend the time to completion. How many tools are in use officially and covertly?

These three reductions open the door to less waste, fewer missed deadlines, more efficient production, and higher profit margins.

People Cause Friction

The print industry is actively working to bring back apprenticeships and find more efficient ways to train newcomers and those transitioning to new roles. While that is happening, people performing tasks create workflow friction. Tasks performed inconsistently may lead to job rework and reruns, missed specification changes, and mispriced work that erodes profit margins through a long series of minor incidents during production.

People are inconsistent. They may be wonderful teammates and enthusiastic workers, but that is not the same as repeating the same tasks daily with reliable precision. They are not robots, but that is what you need – software robots that execute repeatable and auditable tasks in a manner that is predictable and auditable.

Use your data to understand where staff members spend their time, how long tasks take, and how many loops they make. Most shops don’t track their teams by the minute, so consider a quick survey to see what they think takes the most time in their day and the sources of frustration. Look at the number of touchpoints from when a file arrives in Production. How much time do they spend verifying inventory, resolving preflight errors, chasing missing assets, and handling color management or finishing questions by trading emails, text messages, phone calls, and chats? Automation can get much of that time back, freeing the team to handle more significant challenges.

Paper and consumables cause friction

Paper, film, vinyl, and the vast range of specialty substrates a shop may need to stock, along with the consumables that are part of the print process, like ink, toner, solvents, and cleaning tools, are a source of friction, but automation can be a lubricant.

Take stock of everything you keep in inventory and your replenishment rates. You may have a dedicated inventory management system for tracking, but you might be doing it manually using spreadsheets. Look at what has been sitting in stock for longer than average and what you regularly expedite. If you automate your orders based on agreed replenishment quantities and update received goods in your internal inventory management system, you should find that material management becomes easier.

Take it a step further and integrate order and received goods management into the systems that feed your estimating and quoting to ensure that you have the raw materials you need to complete the work. Over time you should find that your stockholding becomes more efficient.

Deploy automation as the lubricant

Preparing for the future demand’s efficiency and optimization of every process. Islands of automation linked by manual processes is not a best practice. End-to-End workflow automation is the path to follow. Follow the Crawl-Walk-Run rule!

If you have islands of automation, begin by reviewing those automation tools and the manual processes that link them. Review your installed software solutions. What are your options for expanding your adoption and deployment of adopting tools you own to achieve end-to-end automation?

Look at Job Onboarding, Prepress, Production, and Delivery. Anthony Thirlby at Venn Holding in Belgium shares his productivity numbers on LinkedIn. He says that 55% of the life of a job is spent in Estimating, Job Administration, and Scheduling. Focusing on these areas in your Crawl phase builds repeatable results that may save minutes to hours in bringing the job on board, adding money to the bottom line.

Even if you have a web-to-production portal or digital storefront, take a few steps back and review if they are still working for you or need a tune-up. If jobs arrive and seamlessly flow to prepress and production, great! But if there are still loops and bottlenecks, it is time to look at how your tools are set up and solve the bottlenecks.

If you are in a manual job onboarding environment, using hot folders and email, this is the time to stop. Your Crawl phase should be the development of a requirements and specification protocol to inform acquisition and implementation of automated job onboarding. Automated job onboarding will save time, create consistency and efficiency, and free team members to spend time on more valuable tasks.

After job onboarding, walk into automating customer approval management, change request and resolution, and then close the loop. Verify that every job is invoiced, including change requests—set policies for discounts. And use your production data to keep pricing up to date.

When all processes are connected and sharing data, you are ready to run. It may take two years to build the end-to-end process, but new automated step lifts your level of efficiency.

What happens when you embrace automation?

Automation is not magic. Automation takes a well-defined plan that is transparent. It takes executive sponsorship and team leadership. It is part art and part science. Automation requires calming the fears of employees that their jobs may be eliminated. It requires a different type of conversation with the current array of software vendors. But if you do your assessment and have those conversations, the waste reduction, production efficiencies, and customer satisfaction that result can change the trajectory of the company.

If you need talking points for your team, here are the top reasons to embrace automation:

Eliminate manual and repetitive tasks: Automation eliminates repetitive tasks and errors, allowing faster processing, reducing turnaround times and increasing overall efficiency.

Integration enabling data sharing across applications: Integrating digital technologies with traditional print methods is the bridge to the future. It allows seamless integration between design software, content management systems, and data-driven workflow processes.

Easier to collaborate: Work rules are different in every country, but the global economy lets us sell print around the world. Automation paired with cloud-based workflow solutions fosters more efficient communication, faster approvals, and reduced lead times.

Enables waste reduction: By identifying workflow inefficiencies and eliminating them, reprints due to production mistakes become a thing of the past. Leveraging vendor data and integrating business workflows with production workflows minimizes waste through better inventory management. The ability to print on-demand and in smaller quantities reduces excess inventory and waste associated with outdated or unused materials.

Print manufacturing workflow automation brings increased efficiency, improved production quality, and more flexibility in scheduling. The business result is increased capacity through efficiency and higher available profit margin on each job.

Automation and management of the automation rules allow the print shop to adapt to changing customer demands, integrate with digital processes, improve efficiency, reduce costs, and deliver a better overall experience. The resulting optimized print workflows are essential to staying competitive in a digital age while still leveraging the unique benefits and tangible qualities of print.

www.drupa.com/

#drupa #automation #inventory #environment #management #indianplasticmagazine #modernplasticsaward #plasticnews #modernplasticsgermany #ginujoseph #modernplastic #plasticindia  #plasticrecycling #sustainability #modernplasticsglobalnetwork #modernglobalnetwork #modernplasticsaward2024 #plasticmagazine #PlasticIndustry  #modernplasticsmiddleeast #indianmagazine #innovations #modernplasticsamerica #modernplasticsbangladesh #modernplasticsasia #modernplasticsitaly  #cortecadvertising

Vianode Sets New Industry Standard for low-carbon Anode Graphite Battery Materials

Vianode Sets New Industry Standard for low-carbon Anode Graphite Battery Materials

Vianode, an advanced battery materials company providing sustainable anode graphite solutions, confirms world-leading climate impact potential in Life Cycle Assessment (LCA) of planned industrial scale production.

The LCA verifies a climate change impact of 1.9 kilo CO2 equivalents per kilo graphite produced in Vianode’s process. Feedstock material production and processing are considered the main emission contributors. This represents a potential CO2 emission reduction of more than 90% compared to conventional fossil-based production according to Benchmark Mineral Intelligence, the latest LCA results, and internal company analysis data.

Vianode’s ambition is to change the way batteries and battery materials are produced. In addition to leading sustainability metrics, our solutions offer high-performance properties that enable faster charging, longer service life and better recyclability of electric vehicles (EVs). We will provide a unique combination of the highest material quality along with the world’s lowest emissions for anode graphite solutions. Moreover, we are aiming to enable resilient local value chains by establishing industrial scale production in North America and Europe,” says Burkhard Straube, CEO of Vianode.

Vianode’s synthetic anode graphite production offers a very low CO2 footprint and the potential to contribute to significant emission reductions within the battery and EV value chain without compromising on product quality,” says Lydia Bridges, senior sustainability consultant and graphite specialist at Minviro, a recognised environmental consultancy specialising in LCA’s for the industrial and battery materials industry.

Sustainable production of anode graphite solutions is key for the green transition of mobility. Graphite makes up around 70 kilos per battery pack in an EV and represents up to 40% of battery cell emissions based on the average present-day production.

“Production of high-quality sustainable anode graphite solutions will be a major step towards more sustainable batteries and EVs. Once in full industrial scale production, our contribution to CO2 footprint reductions will be equivalent to more than the emissions of the city of Copenhagen every year,” says Andreas Forfang, VP Sustainability and ESG in Vianode.

The LCA is a cradle-to-gate scope 1, 2 and 3 production study of the prospective production of battery-grade synthetic anode graphite at Vianode’s planned large-scale production site. This means that the impact is assessed from the point of resource extraction to the factory gate, where the product is packed and loaded onto trucks. Seven internationally accepted impact categories were interpreted in detail: climate change, water scarcity footprint, land use, acidification potential, particulate matter, fossil resource use and mineral and metal resource use. The study has been certified according to the ISO-14040 and ISO-14044 standards.

Vianode has produced anode graphite solutions at its industrial pilot in Kristiansand, Norway since 2021. Vianode’s Technology Center opened in the same city in 2022 and the next milestone is the opening of the first full-scale production plant at Herøya, Norway, in the second half of 2024. Vianode’s ambition is to produce high-performance anode graphite solutions for 3 million EVs annually by 2030 across Europe and North America.

www.vianode.com/

#Vianode  #sustainable  #production  #industrial  #milestone #indianplasticmagazine #modernplasticsaward #plasticnews #modernplasticsgermany #ginujoseph #modernplastic #plasticindia  #plasticrecycling #sustainability #modernplasticsglobalnetwork #modernglobalnetwork #modernplasticsaward2024 #plasticmagazine #PlasticIndustry  #modernplasticsmiddleeast #indianmagazine #innovations #modernplasticsamerica #modernplasticsbangladesh #modernplasticsasia #modernplasticsitaly  #cortecadvertising

Bioplastics Manufacturer Gaia Biomaterials Secure $5 Million Rights Issue.

Bioplastics Manufacturer Gaia Biomaterials Secure $5 Million Rights Issue.

Swedish bioplastics manufacturer Gaia Biomaterials has successfully concluded a $5 million rights issue. The rights issue is backed by the Swedish state owned greentech venture capital fund Almi Invest Greentech, and private international and domestic investors. Funds will be used to expand market penetration in the United States, India, and other targeted markets. 

Gaia Biomaterials is unique as the company’s home-compostable material, Biodolomer, is based on limestone, one of the most commonly available minerals on earth. Biodolomer can replace fossil plastic in everything from drinking cups to grocery bags. It is fully compostable with a minimal carbon footprint and does not result in any micro-plastics during the composting process.

“We have a revolutionary and proprietary technology, we have the production capacity, and we have done our market testing,” says Peter Stenström, CEO.

GAIA Biomaterials CEO, Peter Stenström

“Now, the time has come to expand our market presence. We will use our funds to expand our global network of commercial agents and train and support them.”

One of the key investors is the Swedish state-owned greentech venture capital fund, Almi Invest Greentech.

“We look for great commercial and environmental potential combined” says investment manager Jörgen Bodin. “Although we look at about 300 companies yearly we only invest in a handful”
Gaia Biomaterials has a proven track record of living up to its promises. Their product has an enormous potential as it is both climate-positive and will reduce waste and microplastics.”

Happy Dolphin compostable Beer cup in AbuDhabi

Gaia’s material was recently used in beer cups for the Formula 1 final in Abu Dhabi. It is also used in a variety of disposable products to replace fossil plastic, from health-care aprons to drinking straws, food containers, and planting pots.

“There are very few limits,” Stenström continues. Our material can be used in various production techniques, including film blowing, bottle blowing, thermoforming, injection, and extrusion coating, with no changes in machinery. This makes it easy for brand owners to drastically reduce their CO2 emissions and reduce the waste mountain problem.

Today, Gaia has a production capacity that can be scaled up to 50,000 tons/year within the existing structure.

“The need for plastic replacement is recognized globally, and we are witnessing tremendous interest in our offerings. Responding to the high demand from brand owners, we are currently expanding our network of commercial agents worldwide.”

www.gaiabiomaterials.com

#Almi#Greentech#Gaia#modernplasticsaward#plasticnews#modernplasticsgermany #ginujoseph#modernplastic#plasticindia#plasticrecycling#sustainability #modernplasticsglobalnetwork#modernglobalnetwork#modernplasticsaward2024 #plasticmagazine#PlasticIndustry #modernplasticsmiddleeast#indianmagazine #modernplasticsamerica #modernplasticsbangladesh #modernplasticsasia #modernplasticsitaly

Cosmo Synthetic Paper Innovative Brands Compatible With Diverse Print Media

Cosmo Synthetic Paper Innovative Brands Compatible With Diverse Print Media

• These brands under Cosmo Synthetic Paper will address the multiple requirements across various sectors and segments of the print industry and are compatible with diverse print media.
• Each brand provides unique solutions to the print market with its durability and longevity.

Pushing the boundaries of possibilities, Cosmo Synthetic Paper (CSP), an innovative vertical of Cosmo Films, is leading the pack in synthetic paper manufacturing, with a commitment to excellence and innovation. With a focus on durability, printability, and sustainability, Cosmo Synthetic Paper is announcing 8 brands to address the myriad requirements of the printing business and provide cutting-edge solutions.

Being an alternative to traditional paper in applications where durability and longevity are desired, such as commercial printing, tags & labels, retail & packaging, identification & credentials, and outdoor applications.

Speaking about the extensive brand range of Cosmo Synthetic Paper, Mr Kulbhushan Malik, Global Business Head, Cosmo Films said, “These latest ranges under the Cosmo Synthetic Paper is to provide numerous solutions for various end users in the printing industry and is compatible with diverse print media. Our synthetic paper is an increasingly popular choice among businesses looking for innovative, cost-effective, durable, and sustainable paper-based solutions. We are confident the segmentation and branding of our offering will assist our buyers make the right choice in choosing the right paper and improving our client base.”

Cosmo Synthetic Paper’s wide range of synthetic paper includes:

• CSP Classic [CSPR-2 (M)]: Uncoated, water-resistant Synthetic substrate suitable for Commercial printing applications.
• CSP Unicoat [CSPR-2 (M) TC]: Coated printable surface on Top side, ideal for vibrant printing applications.
• CSP Dualcoat [CSPR-2 (M) BTC]: Both sides Coated printable surface, ideal for applications demanding high-quality printing.
• CSP FlexoTuff [CSPR-2 (M) FLEXI]: Both sides coated high tear resistant synthetic film.
• CSP DigiLux [CSPR-2 (M) HR BTC]: Tailored for Digital/Laser printing.
• CSP DigiLux – MW [CSPR-2 (MW) BTC]: Both sides coated synthetic paper with enhanced whiteness, designed for digital/laser printing.
• CSP Indigo [HP Indigo]: Seamlessly compatible with HP Indigo presses.
• CSP Graphic [CSPR-2 (M) BTC]: Ideal for producing large-format graphics like posters, banners, billboards, and signage.

www.cosmofilms.com

#CosmoFilms#indianplasticmagazine#modernplasticsaward#plasticnews #modernplasticsgermany#ginujoseph#modernplastic#plasticindia#plasticrecycling #modernplasticsglobalnetwork#modernglobalnetwork#modernplasticsaward2024 #plasticmagazine#PlasticIndustry#modernplasticsmiddleeast#indianmagazine #modernplasticsamerica#modernplasticsbangladesh #modernplasticsasia#modernplasticsitaly

INEOS Takes A Major Step Forward in Southern France Completing the Acquisition of Totalenergies’ Petrochemical Assets

INEOS Takes A Major Step Forward in Southern France Completing the Acquisition of Totalenergies’ Petrochemical Assets

INEOS has now acquired Naphtachimie, Gexaro and Appryl, which were 50:50 Joint Ventures between INEOS and TotalEnergies at Lavera in Southern France.

The deal includes one of Europe’s largest steam crackers with an annual capacity of 720,000 tonnes of ethylene, an aromatics business with an annual capacity of 270,000 tonnes and a polypropylene business with an annual capacity of 300,000 tonnes.

A number of other infrastructure assets are also contained in the deal including part of TotalEnergies ethylene pipeline network in France.

Xavi Cros, CEO of INEOS Olefins & Polymers South says, “We are very pleased to confirm that today we have completed the acquisition of TotalEnergies’ petrochemicals assets at Lavera. We will now fully integrate these businesses and pipelines, which are valuable strategic assets that will further enhance the INEOS portfolio.”

INEOS has today completed the acquisition of TotalEnergies’ 50% share of Naphtachimie (720 ktpa steam cracker), Appryl (300 ktpa polypropylene business), Gexaro (270 ktpa aromatics business) and 3TC1 (naphtha storage) announced on July 5th.

These businesses have until today been joint ventures between the two companies. A number of other infrastructure assets have also been acquired including part of Total Energies ethylene pipeline network in France.

INEOS will now fully integrate the Naphthachimie, Gexaro and Appryl petrochemical businesses, assets and infrastructure into INEOS Olefins & Polymers South at Lavera in Southern France. Gexaro which is located on the Lavera refinery site will continue to be operated by Petroineos.

Xavi Cros, CEO of INEOS Olefins & Polymers South adds,

“We are pleased that we have today completed the acquisition of Total Energies petrochemical assets at Lavera. This is a major step forward for the INEOS French and South European businesses. We will now fully integrate these assets and enhance the competitiveness of our offer.”

www.ineos.com

#INEOS#indianplasticmagazine#modernplasticsaward#plasticnews #modernplasticsgermany#ginujoseph#modernplastic#plasticindia#plasticrecycling #modernplasticsglobalnetwork#modernglobalnetwork#modernplasticsaward2024 #plasticmagazine#PlasticIndustry#modernplasticsmiddleeast#indianmagazine #modernplasticsamerica#modernplasticsbangladesh#modernplasticsasia #modernplasticsitaly

Rajoo Engineers Limited Wins the SIES SOP STAR 2023 Award for Pentafoil-POD-AX

Rajoo Engineers Limited Wins the SIES SOP STAR 2023 Award for Pentafoil-POD-AX

Rajoo Engineers Ltd, a pioneering force in the field of plastic processing machinery, has been recognized with the prestigious SIES SOP STAR 2023 Award for their groundbreaking innovation, the PENTAFOIL-POD-AX, the five layer (POD) blown film line for flexible packaging. The award from South India Education Society School of Packaging, Mumbai (SIES- SOP), presented in acknowledgment of excellence in import substitution and ‘Make in India’ initiatives, highlights the transformative impact of Rajoo’s indigenous technological advancements.

The PENTAFOIL-POD-AX represents a paradigm shift in the realm of multilayer blown film production, embodying self-reliance and reducing dependency on imported technologies. It is a hallmark of India’s manufacturing potential, symbolizing the nation’s capability to create and implement innovative solutions domestically.

Ms. Khushboo Chandrakant Doshi, Managing Director of Rajoo Engineers Ltd,

expressed her delight on receiving the Award, saying, “We are honored to receive this prestigious award, which underscores our commitment to innovation and self-reliance. The PENTAFOIL-POD-AX is a testament to India’s manufacturing prowess and our dedication to fostering indigenous technological advancements. This recognition further motivates us to continue pushing the boundaries of excellence in the field of plastic extrusion machinery. The team has worked relentlessly towards continual product development and innovation to enable us to offer not just new products but help us evaluate the customers’ needs and endeavor to meet them and walk the extra mile ensuring customer satisfaction.”

Additionally, the PENTAFOIL-POD-AX prioritizes sustainability in its manufacturing processes. It incorporates energy-efficient extruders, automatic thickness monitoring and control, and reduced material waste, aligning with sustainable manufacturing practices and fostering environmental responsibility. By embracing sustainability, Rajoo underscores its commitment to the well-being of the environment.

This value-for-money product eliminates the need for importing expensive foreign equipment, fostering self-sufficiency in plastic extrusion machinery manufacturing. Designed and assembled domestically, it contributes to India’s vision of becoming a global manufacturing hub, symbolizing the spirit of import substitution and ‘Make in India’ initiatives. Through this advancement, Rajoo is strengthening its commitment to innovation and excellence continues to drive the nation towards self-sufficiency in manufacturing.

www.rajoo.com

#RajooEngineersLtd#SIESSOPSTAR#indianplasticmagazine#modernplasticsaward #plasticnews#modernplasticsgermany#ginujoseph#modernplastic#plasticindia #plasticrecycling#modernplasticsglobalnetwork#modernglobalnetwork #modernplasticsaward2024#plasticmagazine#PlasticIndustry #modernplasticsmiddleeast#indianmagazine#modernplasticsamerica #modernplasticsbangladesh#modernplasticsasia #modernplasticsitaly

Innovating the Future: A Deep Dive Into D.R. Joseph’s Revolutionary Approach to Blown Film Extrusion

0

Innovating the Future: A Deep Dive Into D.R. Joseph’s Revolutionary Approach to Blown Film Extrusion

Navigating Challenges and Finding Solutions in Blown Film Extrusion

Could you please share a bit about your journey and experience in the blown film extrusion industry?

I’ve spent the past three decades immersed in the world of blown film extrusion, working with various technologies and witnessing the evolution of the industry firsthand. From troubleshooting to optimizing processes, I’ve encountered a wide array of challenges and have developed a deep understanding of the intricacies involved.

With your extensive experience, D.R. Joseph what are some common challenges faced in blown film extrusion, and how do you approach finding solutions?

In blown film extrusion, there are several common challenges that operators often encounter. These challenges can range from issues with film thickness consistency, bubble stability, to cooling problems. Here are a few of the most prevalent challenges and how I typically approach finding solutions:

Thickness Variations: Maintaining consistent film thickness is crucial for product quality and performance. Fluctuations in thickness can lead to issues such as weak points in the film or uneven appearance. To address this, the TDK500 Auto-Gauge Air Ring modulates air flow around the bubble to correct for gauge variances.  For example, if a zone around the bubble has thick gauge, an inline film thickness gauge reports this thickness to the TDK500 Air Ring, which then locally reduces the air flow, to permit that zone of film to stretch more to a more uniform thickness.  The TDK500 InstaGauge system performs this action continusly, and at an industry leading speed for quick gauge corrections.

Bubble Instability: Achieving and maintaining a stable bubble is essential for producing high-quality film. Factors such as airflow, extrusion rate, and cooling conditions can all impact bubble stability. We address this challenge with advanced internal bubble cooling (IBC) systems which provide precise control over layflat control and cooling rates, enhancing bubble stability and film quality.

Equipment Maintenance and Downtime: Finally, ensuring optimal performance and uptime requires proactive maintenance practices and swift troubleshooting techniques. DR Jospeh systems are equipped with on-screen troubleshooting aids, and sensors that can detect when and where an issue may have occurred.  From there, users can quickly get on screen aide to resolve the problem on the spot. Additionally, having a comprehensive maintenance schedule and access to reliable technical support can minimize downtime and keep operations running smoothly.  A network of local agents is available to provide support in the language and time zone that is necessary

TDK Side Cover

 

Overall, addressing these challenges in blown film extrusion requires a combination of technical expertise, meticulous process control, and the utilization of advanced technologies and equipment. By continuously striving for optimization and innovation, it’s possible to overcome these challenges and achieve consistent, high-quality film production.

Speaking of technology, could you elaborate on the benefits of the TDK-500 Automatic Air Ring with InstaGauge™ Control System in blown film extrusion?

The TDK-500 Automatic Air Ring with InstaGauge Control System is a game-changer in the industry. It offers precise control over air volume and velocity, ensuring uniform cooling and bubble stability. The InstaGauge Control System further enhances this by providing real-time monitoring and adjustment capabilities, allowing operators to make on-the-fly corrections to maintain optimal conditions. This level of automation and control significantly improves product consistency and reduces scrap, ultimately driving efficiency and profitability.

controllerHMI

 

How do you envision the future of blown film extrusion, particularly with advancements in technology like the TDK-500?The future of blown film extrusion is undoubtedly exciting, with technology playing a pivotal role in driving innovation and efficiency. As advancements like the TDK-500 continue to evolve, we can expect even greater precision, flexibility, and automation in the process. This will not only streamline production but also open doors to new possibilities in terms of material capabilities and product development.

Additionally, a focus on producer responsibility and environmental issues will highlight the importance of reducing resin usage, which can be achieved by tight gauge control.  Producers can then cut their resin usage by reducing the “overage” on film gauge to meet minimum film thickness requirements.

What are the key features and benefits of D.R. Joseph’s Internal Bubble Cooling (IBC) system, and how does it enhance high-speed, precision control in blown film extrusion?

D.R. Joseph’s Internal Bubble Cooling (IBC) system boasts several key features and benefits that significantly enhance high-speed, precision control in blown film extrusion. The system’s automated features streamline operation, allowing for real-time adjustments to maintain optimal conditions, thus reducing downtime and improving efficiency. This is an important point in todays industry with high operator turn-over, where training on manual tasks is lacking.  Automating the tough jobs of IBC control means less operator training, and tigher control of a fast and dynamic process that is required for good IBC control.

Can you provide insights into D.R. Joseph’s vision and mission, highlighting how they drive innovation and customer-centric solutions in the field of blown film extrusion?

At D.R. Joseph, our vision is to redefine excellence in the field of blown film extrusion by continuously innovating and delivering cutting-edge solutions to our customers worldwide. We envision a future where advanced technology and unparalleled expertise combine to revolutionize the industry, setting new standards of quality, efficiency, and sustainability.

Our mission is to empower our customers with the tools and resources they need to thrive in an ever-evolving market. We are committed to providing industry-leading products and services that drive productivity, enhance performance, and maximize profitability for our clients. Through ongoing research, development, and collaboration, we strive to anticipate market trends and exceed customer expectations, positioning ourselves as trusted partners in their success.

At the core of our vision and mission is a dedication to excellence, integrity, and customer satisfaction. We are passionate about pushing the boundaries of what is possible in blown film extrusion, and we are driven by a relentless pursuit of innovation and improvement. By staying true to our values and embracing change, we aim to shape the future of the industry and empower our customers to achieve their goal.

2024.npe.org

#indianplasticmagazine#modernplasticsaward#plasticnews#modernplasticsgermany #ginujoseph#modernplastic#plasticindia#plasticrecycling#modernplasticsglobalnetwork #modernglobalnetwork#modernplasticsaward2024#plasticmagazine#PlasticIndustry #modernplasticsmiddleeast#indianmagazine#modernplasticsamerica #modernplasticsbangladesh#modernplasticsasia#modernplasticsitaly

FDA Clears Borealis’ Borcycle M Recycled Plastics for Use in Food

0

FDA Clears Borealis’ Borcycle M Recycled Plastics for Use in Food-Grade Packaging

• Borealis receives two Letters of No Objection from the US Food & Drug Administration (FDA) that allow its Borcycle M post-consumer recycled plastics to be used in food-grade packaging in countries covered by FDA governance
• The move supports Borealis to meet growing demand for high-quality recycled materials suitable for demanding and contact-sensitive applications
• The decision marks a significant step forward in Borealis’ EverMinds™ ambition to accelerate action on plastics circularity

Borealis is pleased to announce that it has received Letters of No Objection (LNOs) from the US Food & Drug Administration (FDA) concerning the use of specific grades of its Borcycle M post-consumer recycled plastics (PCR) in food-grade packaging. This major achievement confirms Borealis’ position as a market leader in value-added solutions for the circular economy.

is Borealis’ transformational mechanical recycling technology that gives post-consumer plastic waste another life in an energy-efficient way. The FDA’s LNOs pave the way for Borcycle M-derived materials to be used in a specific range of demanding and sensitive applications, including cosmetics and personal care as well as food contact.

The FDA authority has issued two LNOs that allow Borcycle M PCR high-density polyethylene (HDPE) and polypropylene (PP) to be used up to 100% in certain dry food contact applications. Additionally, these recycled materials can constitute up to 10% of packaging for dry foods with surface oil and moist bakery products. The FDA’s LNOs are effective from January 2024 for recycled HDPE, and from February 2024 for recycled PP.

This represents another step in Borealis’ EverMinds™ ambition to accelerate action in plastics circularity. By enabling a wider range of products to be made from recycled plastics, the FDA’s LNOs will help to reduce the amount of plastic waste that ends up in incineration and landfill, as well as decrease dependence on virgin materials. They will also support Borealis to meet growing demand for high-quality, recycled materials suitable for demanding and sensitive applications.

“Our customers will be able to expand the use of value-added, recycled plastics within their portfolios. Combined with all of Borealis other sustainable offerings, this FDA clearance of selected grades of our Borcycle M portfolio for food-grade applications will help them achieve their sustainability targets and bring us all closer to a fully circular economy for plastics,” explains Jonatas Melo, Borealis Vice President for Performance Materials

Borealis is now poised to move forward with the development of selected food packaging applications from recycled HDPE and PP.

“This marks a major milestone for Borealis, helping us to live our purpose of reinventing essentials for sustainable living,” says Mirjam Mayer, Borealis Vice President Circular Economy Solutions.

The FDA’s LNOs apply in the United States of America, as well as other regions covered by FDA governance. In the EU, the FDA clearance will facilitate conversations on the use of these materials in high-end, contact-sensitive applications such as cosmetics and personal care packaging.

www.borealisgroup.com

#Borealis#FDA#indianplasticmagazine#modernplasticsaward#plasticnews #modernplasticsgermany#ginujoseph#modernplastic#plasticindia#plasticrecycling #modernplasticsglobalnetwork#modernglobalnetwork#modernplasticsaward2024 #plasticmagazine#PlasticIndustry#modernplasticsmiddleeast#Indianmagazine #modernplasticsamerica#modernplasticsbangladesh#modernplasticsasia #modernplasticsitaly

Arburg Exhibit at NPE 2024

0

Arburg Exhibit at NPE 2024

Allrounder More: Turnkey system producing two-component eyeglasses

• Multi-component injection moulding: Functional eyeglasses made from optical LSR and thermoplastic
• Turnkey system: Automated application “Engineered by Arburg USA”
• Partner stands: Further Allrounder machines producing temples, lanyards and cases for eyeglasses

A perfect example for the efficient production of high-quality plastic parts using injection moulding is a turnkey system based around an Allrounder More 2000. With the “two-component eyeglasses” application, Arburg (stand W 3743) will be demonstrating at NPE 2024 its renowned wide-ranging expertise in multi-component injection moulding, LSR processing, automation and networked production. Exciting for trade visitors: At the partner stands of Kistler (W3321), Shin-Etsu (S26055) and Adler (S31151), further components will be manufactured so that the eyeglasses can be supplemented with temples, lanyard and case

The production of ready-to-use two-component eyeglasses provides an impressive demonstration of Arburg’s extensive expertise and portfolio, which not only includes machine and process technology, but also robotic systems, control and digitalisation.

Two-component eyeglasses as a hard/soft combination

The Allrounder More machines are Arburg’s special series for multi-component injection moulding. They offer lots more space for moulds, rotary units, media connections and a usable ejector stroke as well as numerous optimised features for greater ease of use and simple maintenance. Precision is ensured by a highly dynamic electric toggle-type clamping unit with energy-efficient, liquid-cooled servo motors.

An Allrounder More 2000 will be producing eyeglasses made of optical LSR as well as frames made of thermoplastic (PA)

 

At NPE 2024, an Allrounder More 2000 with 2,000 kN of clamping force and two electric injection units will process optical liquid silicone (LSR) and thermoplastic (PA). The two-component eyeglasses are produced in a 1+1-cavity mould in a cycle time of around 85 seconds. First, the vertical injection unit moulds the frame made of PA. An index unit then rotates the pre-moulded part into the second station. There, a horizontal injection unit adds the soft LSR lens. Part handling is performed by a Yaskawa six-axis robot.

Central Gestica control system

As well as the two injection units (in sizes 400 and 100), the central Gestica machine controller also programs a Yaskawa industrial robot “powered by Arburg” directly with speed and ease. Temperature control devices and other peripheral equipment can also be integrated. This includes the LSR dosing unit from Elmet, which communicates with the Gestica via OPC UA and the Euromap 82.3 interface. This simplifies programming, as well as monitoring, storage and evaluation of process data.

Turnkey system “Engineered by Arburg USA”

With the fully automated application on show at the trade fair, Arburg Inc. will also be showcasing its turnkey expertise for the North American market. The experts at Arburg in the USA work closely with the company headquarters and contribute comprehensive specialist knowledge in order to find creative solutions and implement complete turnkey solutions tailored precisely to the specific requirements of the customer. This increases part quality, process reliability, availability, ability to create value and production efficiency. As a general contractor, the subsidiary looks after not only the implementation and installation, but also advance planning and service for its customers’ complete production cells.

Further eyeglasses components on partner stands

Of particular interest to trade visitors is the practical implementation of the idea to manufacture additional components completing the glasses at three partner stands at NPE 2024:
• An electric Allrounder 370 E Golden Electric will produce matching eyeglasses temples made of ABS at the Kistler stand (W3321). Part handling will be performed by an Integralpicker V. Visitors will also be able to have the temples personalised with their own name.
• Complementary lanyards made of LSR will be produced on an electric Allrounder 470 A at the Shin-Etsu stand (S26055).
• At the Adler stand (S31151), another electric Allrounder 470 A will be producing a matching glasses case made of PP.

www.arburg.com

#Arburg#indianplasticmagazine#modernplasticsaward#plasticnews #modernplasticsgermany#ginujoseph#modernplastic#plasticindia#plasticrecycling #modernplasticsglobalnetwork#modernglobalnetwork#modernplasticsaward2024 #plasticmagazine#PlasticIndustry#modernplasticsmiddleeast#indianmagazine #modernplasticsamerica #modernplasticsbangladesh#modernplasticsasia #modernplasticsitaly