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The Hidden Costs Of Industrial Printing And How To Reduce Them

The Hidden Costs Of Industrial Printing
And How To Reduce Them
Identify hidden costs in two minutes with the Total-Cost-of-Ownership-Calculator
How much do the printers you use on your production line cost? What we mean is, how much do they really cost? As the pressure increases on producers and packagers to make their production lines more efficient, we are often asked about how our customers can reduce their printing costs. And the answer we give often surprises them – because we mention costs they often didn’t think primarily about.
Read on and we’ll tell you the six ways that your printers cost money – and how to reduce your total cost. Not only that – you will also get access to our new TCO calculator, which will give you an actual figure personalized to you and your business.
So where is all that money going?
1. Downtime
This is the cost that is most often overlooked when talking about coding & marking. Downtime can be created by poor print quality as well as by poor printer performance. Some conventional printers need cleaning between pauses in production. So, the production line sits idle while someone takes the printer through the cleaning cycle. Some printers can take up to 20 mins to stabilize before they are ready to print again. This delay costs money: according to Senseye’s True Cost of Downtime Report, the cost of a lost hour ranges from USD 39,000 in the FMCG sector to more than USD 2 million in the automotive sector.
With LEIBINGER, this is not a cost you need to worry about. The LEIBINGER printer technology keeps unused ink in a 100% airtight system. It doesn’t dry out or clog, production schedules are not held up for cleaning, and no precious production time and money is wasted. High quality printing results are guaranteed at any time.

2. Maintenance
It’s important to keep machines serviced and in good working order, and this can be a significant part of the overall cost – unless you have a LEIBINGER IQJET. The IQJET is maintenance-free for five years. This is possible because we use durable, high-quality components and a unique product design that minimizes ‘wear and tear’ (e.g. no need for a continuously running feed pump). And it removes the maintenance cost altogether.
In contrast many of the other prominent printing solution providers today seem to lack a crucial focus on minimizing parts and maintenance requirements, as their approach revolves around the wholesale replacement of entire ink core modules, that means the entire hydraulic system, at predetermined time intervals such as annually or biennially. Typically, this process is governed by timeout chips, leading to automatic printer shutdowns when these intervals expire. Consequently, this enforced printer downtime results in production halts for manufacturers. This approach not only lacks sustainability but also incurs exorbitant costs. We are not merely referring to the substantial expenses incurred in replacing ink core modules, which are up to USD 1.500 per year; Downtime costs, in terms of lost production, are equally significant.
Therefore, the query regarding maintenance and spare parts policies should be one of the primary questions to ask your coding and printing solutions provider, as it can constitutes a significant long-term cost factor.
3. Labour
Given the current labor shortage, it is particularly important to consider the time cost of people. How long do operators spend setting up or cleaning printers? Or re-programming them between jobs? What is the expected timeframe for commissioning and installation at the facility? Printers that are easy to install, manage and configure – and with remote control options, for example, so staff don’t have to walk miles around the plant to operate them – will cost less in the long run. Such features are of course included in LEIBINGER printers. The Plug & Print performance of IQJET is unparalleled in the global market. The drag-and-drop interface and the simplest print job creation process are not only effortless but also highly intuitive, and no extensive training of employees is required.

4. The purchase price
The most obvious cost of printing is the upfront cost of equipment, although this is typically less than 30% of the total costs. As with everything, a high-quality, reliable brand will cost more than a cheaper one. And of course, printers cost more if they go faster or provide more features – so the best way to economize is to ensure you don’t pay for features or speeds that you don’t need. In the long term, the best bet is a reputable supplier with a wide range so you can find a price point that suits you.

5. Consumables
Reduce the amount of ink and solvent you use and you reduce your costs – and not all printers perform equally. LEIBINGERs latest printers have one of the lowest consumption ratings on the market, 2.7 ml pre hour of solvent for MEK inks (competing products typically consume between 6 and 10 ml per
hour), and we make sure that ink cartridges are emptied down to the last drop and do not require separate disposal (unlike many conventional CIJ systems). So, you pay less for your consumables.

6. Power
Energy prices remain high, so the power required to run your printers is an important factor. Not only does it cost money, but it also contributes to your organization’s carbon footprint. Choose equipment with a low wattage rating, such as our new IQJET: drawing only 36W it costs less than any other printer to run.
Show me the money!
While it is useful to know the different ways that your printers cost money, you really need to see the numbers. You need to know exactly how much you’re paying and how much could you save.
And with our online Total Cost of Ownership Calculator, you can have those numbers in about two minutes’ time.

https://leibinger-group.com/intelligent-inkjet/tco

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Rollepaal Enters Exclusive Partnership for PVC-O Pipe Technology with Sintex in India

Rollepaal Enters Exclusive Partnership for PVC-O Pipe Technology with Sintex in India

Rollepaal is pleased to announce the initiation of an exclusive partnership in India with Sintex, part of the globally recognised Welspun World conglomerate.

Rollepaal, a leading global supplier of pipe extrusion technology, is pleased to announce the initiation of an exclusive partnership in India with Sintex, part of the globally recognised Welspun World conglomerate. With the signing of this agreement, Sintex is set to write a new chapter in the PVCO pipes manufacturing in India with the already well established cutting-edge technology for PVCO products.

The agreement to this effect was signed between Mr. Ashish Prasad, CEO, Sintex and Mr Henk Hoven, CEO, Rollepaal in presence of Mr. BK Goenka, Chairman of Welspun World.

Rollepaal, renowned for its expertise and high quality standards in machine manufacturing will provide Sintex with RBlue extrusion lines for PVCO Pipes. Rollepaal’s patented RBlue extrusion lines are designed to enhance efficiency and productivity in manufacturing highest quality PVCO Pipes for potable water applications while minimizing production costs in line with world class standards. Rollepaal has affirmed its ownership of the requisite technology and technical know-how, positioning Sintex to deliver top-tier products to its consumers.

Commenting on the deal, Mr. Ashish Prasad, CEO of Sintex said “Sintex has been synonymous with providing water solutions for 50 years and has been at the forefront of innovations in this segment with many industry-firsts’ breakthrough technologies. The securing of cutting-edge PVC-O technology through our exclusive partnership with Rollepaal marks the next significant leap for our company.” He further added, “This deal is significant step towards our commitment to enhance India’s ability as a country to build water infrastructure faster and in a resource efficient manner.”

Mr. Henk Hoven, CEO of Rollepaal said, “Rollepaal is happy to partner with Sintex in their PVC-O journey. We proudly support them in achieving their vision. This agreement underscores our long term presence and commitment to the Indian market.”

Indian government’s focus on providing tap water supply through schemes like Har Ghar Jal Yojana & Jal Jeevan Mission is leading to an increased demand for plastic pipes owing to their excellent resistance to corrosion, ensuring long-term safety of water supply system. According to industry estimates, the PVC pipes industry in India is poised to grow at CAGR of 14.18% by 2029. Sintex aims to play a key role in this growth by infusing technological advances to upend the standards in building segment in India, beginning with PVC-O pipes.

Welspun World, a US$ 3 billion diversified conglomerate with a strong presence in textiles, steel, line pipes, and flooring solutions, acquired Sintex, a leading manufacturer of water storage tanks and other plastic products through its flagship company Welspun Corp Limited.

Rollepaal is a leading global supplier of pipe extrusion technology for PVC, PO, multilayer, and PVC-O pipe production. Based on 60 years of process knowledge we build high quality, innovative and cost-effective solutions for the plastic pipe extrusion market.

https://www.rollepaal.com/

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Uniloy Shifting to New Factory in Ahmedabad by April

Uniloy Shifting to New Factory in Ahmedabad by April 

Uniloy is finally moving to a new location in Ahmedabad (Gujarat). The company is shifting to the rented premises in initially to start its manufacturing facility in India. It will commence operation at the new rented factory, which will be functional under the title ‘Uniloy Plastics Machinery Pvt Ltd’ by April 2024.

The move is overdue as Uniloy continue to operate from Milacron India premises even after years of announcing separation in 2019. Milacron Holdings Corp. exited the Uniloy blow molding machinery business four years ago.

New factory in Ahmedabad

Uniloy has also firmed-up plans to invest in its own factory in the next few years. “We will set-up our own site in the next 18 months in Ahmedabad, investing about $1 million in India, ” informed JIgnesh Panchal, Assistant General Manager (Sales) Uniloy in an interaction at the recently concluded Plastfocus show in New Delhi from 1st – 5th February 2024.

On reasons of investing in site in India, Uniloy official said, “We have seen potential and opportunity in the Indian market during our presence in last 15 years. Now the time has come when we should have our own facility to cater this market better.”

Uniloy supplies on an average 3 lines in a month and about 36 lines annually. But with the new site coming, it targets to double the sale to 60-70 lines in a year.  Currently, it operates sales & service offices in the cities of Ahmedabad & Haridwar.

Uniloy supplies blow molding extrusion lines from its Indian site, having 130+ installation in India so far. It will continue supplying UMS series with models like UMS 70, UMS 100LS, UMS 140, UMS 220 with features like view strip, angular neck, dome neck & ML. The range has application in FMCG, lubricants, agro chemical & pesticides, medical & pharma, dairy & juice bottles. Now Uniloy also offers turnkey projects providing machines, mold & auxiliaries.

Currently, Uniloy  supplies all standard hydraulic lines in India. Is there any plan to launch the all-electric variants from global portfolio to the Indian market also.

Despite price sensitive nature of the Indian market, Uniloy is going ahead with on-going expansion and investment in new facility. “We have observed that Indian market is changing and customers outlook is also transforming, customers are now willing to pay for technology and versatility in application.”

The work force would also be tripled once its own site becomes operational. The rented Ahmedabad site will have about 50 people employed in the first phase with headcount to triple to 150 people on shift to new plant.

The company has already served the overseas markets like the Middle East & Africa and with new plant functional shortly, it is also planning to cater the of N American market also. Once the new plant becomes operational, 70% of the production caters the domestic market and remaining 30% would be exported to various overseas markets.”

Headquartered in Tecumseh, Michigan,Uniloy operates facilities in multiple locations globally and regarded as a global leader in blow molding technologies, and the only blow molding machine manufacturer to offer four unique blow molding technologies as well as blow molds and associated tooling. Its core technologies include UR Reciprocating Series Blow Molding Machines, Industrial Blow Molding Machines; UAI Accumulator Head and UCI Continuous Extrusion, UIB Injection Blow Molding Machines, and the UCS.E All-electric Continous Extrusion Shuttle Machine.

uniloy.com

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FMI Analyst view: “From Lab to Life: Transformative Applications of Medical Plastics”

FMI’ Analyst view: “From Lab to Life: Transformative Applications of Medical Plastics”

The global medical plastics market size reached US$ 15,439.8 million in 2022. Demand for medical plastics registered a 6.6% year-on-year growth in 2022, indicating that the global market would reach US$ 16,462.6 million in 2023. Over the projection period from 2023 to 2033, global sales of medical plastics are expected to exhibit a 7.0% CAGR, ultimately totalling a market size of US$ 32,293.4 million by the end of 2033.

Medical plastic demand is on the rise worldwide due to their indispensable role in ensuring the safety and hygiene of healthcare settings. With a growing global population and increasing chronic diseases, the healthcare sector is expanding rapidly. It is projected to create a surging demand for medical equipment and devices.

Medical plastics serve as a critical component in the manufacturing of a wide range of products, including syringes, IV tubes, catheters, surgical instruments, and diagnostic devices. These are projected to contribute to the growth in demand.

Advancements in medical technology and innovations are set to propel demand for medical plastics. As medical research progresses, there is a constant need for improved and specialized medical devices that are lightweight and durable.

Demand for unique medical devices that are compatible with various sterilization methods might also expand. Medical-grade plastics are set to offer an ideal solution. They can be molded into complex shapes, incorporate unique features, and maintain their functionality under demanding medical conditions.

Global focus on infection control and patient safety has further fueled demand for medical plastics. Hospitals and healthcare facilities are continuously seeking ways to minimize the risk of infections and improve patient outcomes.

Medical plastics possess inherent antimicrobial properties and can be easily cleaned & sterilized. They can help in reducing the potential for contamination and infection transmission, making them a preferred choice for medical equipment and disposable items.

Environmental considerations might also play a significant role in driving the demand for medical plastics. As sustainability becomes a priority for various sectors, including healthcare, there is a growing demand for eco-friendly medical solutions.

Medical plastics have evolved to be more environmentally friendly. Manufacturers are projected to use biodegradable and recyclable materials, reducing the environmental impact of medical waste.

Increasing focus on personalized medicine and minimally invasive procedures is likely to push demand for medical plastics worldwide. As healthcare shifts toward patient-centric approaches, there is a growing need for medical devices that can be customized to individual patient requirements.

Medical-grade plastics offer the versatility required to develop personalized implants, prosthetics, and surgical tools. Additionally, trend toward minimally invasive surgeries might augment demand for precision-engineered medical plastics.

Demand for innovative plastics that can deliver optimal performance while reducing trauma and scarring might increase. Versatility and adaptability of medical plastics would make them a crucial component in meeting the evolving demands of modern healthcare practices.

Which Factors Are Pushing Medical Plastic Demand Worldwide?

·   Rapid Shift toward Minimally Invasive Procedures

Shift toward minimally invasive procedures has been a significant driver for growth in the medical plastics market. Minimally invasive procedures involve using small incisions or natural body openings to perform surgeries or medical interventions, instead of traditional open surgeries.

The approach offers numerous advantages, including reduced trauma to patients, faster recovery times, shorter hospital stays, and minimal scarring. Medical plastics play a crucial role in enabling these procedures by providing the necessary tools and equipment.

They are used to make a wide range of medical supplies and devices such as catheters, surgical instruments, implants, medication delivery systems, and diagnostic gadgets. These devices require materials that are sterile, biocompatible, and lightweight.

Materials that have exceptional mechanical properties are also required. Medical plastics can be utilized to create instruments and devices needed for minimally invasive procedures as they satisfy these requirements.

Rising demand for these procedures, driven by patient preferences and advancements in medical technology, has led to a corresponding increase in the demand for medical plastics. Manufacturers and healthcare providers’ efforts to satisfy demands of the expanding minimally invasive surgery sector are likely to accelerate the medical plastics industry.

·   Self-administration of Drugs and Development of New Drug Delivery Technologies

Growing trend of self-administration of drugs and development of new drug delivery technologies are creating significant opportunities in the market. As patients increasingly take an active role in their healthcare, there is a rising demand for user-friendly and convenient drug delivery systems.

The trend has led to the development of innovative medical devices such as auto-injectors, inhalers, and wearable injectors. These might allow patients to self-administer medications at home or on the go. These devices often rely on medical plastics due to their versatility, biocompatibility, and ability to meet stringent regulatory requirements.

Medical plastics enable the production of components such as drug cartridges, syringes, and inhaler parts, ensuring precise drug delivery and patient safety. Integration of electronics, sensors, and connectivity features in drug delivery devices might further enhance their functionality and patient monitoring capabilities.

Expanding space of self-administered drug delivery, coupled with advancements in technology, would present lucrative opportunities for the medical plastics industry. It is projected to develop innovative solutions that cater to patient needs, improve treatment adherence, and enhance healthcare outcomes.

Which Factors Might Impede Medical Plastic Sales Worldwide?

·  Concerns over plastic waste and environmental impact might limit demand.

·  Limited biodegradability and recycling options for certain medical plastics might hamper sales.

·  Competition from alternative materials such as bioresorbable polymers and metals might impede demand.

·   Reluctance among a few healthcare professionals to adopt new plastic-based medical technologies might obstruct sales.

Country-wise Insights

Why is Medical Plastic Demand Increasing Rapidly in the United States?

In North America, the United States is expected to lead the medical plastics industry by 2033. North America is estimated to hold around 34.1% of the global medical plastics market share in 2023.

Medical plastic demand is expected to surge in the United States due to increasing aging population. As the baby boomer generation continues to age, there is a higher prevalence of chronic diseases and a greater need for medical treatments and procedures.

Medical plastics might play a crucial role in various medical devices, equipment, and implants. They are likely to help in meeting the growing demand for healthcare solutions among the elderly population.

Emphasis on infection control and patient safety in healthcare settings has also led to an increased adoption of medical plastics. The United States healthcare sector is keen on preventing hospital-acquired infections and improving patient outcomes.

Medical plastics possess inherent antimicrobial properties and are easily sterilizable. This might make them an ideal choice for producing medical devices and equipment that adhere to the highest hygiene standards.

Why Are Medical Plastic Sales Surging Astonishingly in China?

Medical plastic sales are experiencing an astonishing surge in China due to the country’s rapidly expanding healthcare infrastructure. With a growing middle-class population and increased government investment in healthcare facilities, demand for medical devices has skyrocketed.

Medical plastics have become a preferred choice for manufacturers and healthcare providers in China. Ongoing modernization and development of hospitals & clinics across the country have further fueled the need for medical-grade plastics. These are set to help equip these facilities with cutting-edge medical technologies.

Another significant factor pushing the remarkable growth in China is the country’s thriving medical tourism sector. China has emerged as a popular destination for medical tourism. It has been attracting patients from around the world seeking high-quality medical treatments at competitive prices.

As medical tourists flock to China for various procedures, there is a rising demand for medical devices and equipment, including those made from medical plastics. Ability of medical plastics to offer a balance between cost-effectiveness and performance might make them a key component in catering to diverse needs of patients. This burgeoning medical tourism sector is set to contribute substantially to the astonishing rise in medical plastic sales in China.

Competitive Landscape

Medical plastic manufacturers are investing in research & development to create innovative medical plastics that offer unique features, improved performance, and enhanced functionality. Developing new materials and technologies allows them to offer cutting-edge solutions to healthcare providers, giving them a competitive advantage over traditional products.

They are increasingly focusing on offering customized and personalized solutions to meet specific needs of healthcare facilities and end users. By providing tailor-made products and services, they can better address diverse demands of the healthcare sector and strengthen their customer relationships.

To remain competitive, a few manufacturers are optimizing their production processes to reduce costs while maintaining high-quality standards. Cost-effectiveness is crucial in a competitive market, as it enables them to offer competitive pricing to customers without compromising on product quality.

For instance,

·  In March 2022, to fulfill the rising need for alternatives to fossil-based materials throughout the world, ABB Technology (ABB) automated NatureWorks’ greenfield bioplastics facility in Thailand. The new facility will produce 75,000 metric tons of Ingeo PLA (polylactic acid) biopolymer per year.

·   In June, 2023, in order to provide colored grades of Ultrason high-performance polymers on the international market, Avient Corporation and BASF worked together. Through this partnership, consumers in the healthcare and other sectors are given a complete solution, starting with the base polymer and ending with the colored final product. 

www.futuremarketinsights.com

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Archroma Supports Early Childhood Development in Umraya Village With New Anganwadi Center

Archroma Supports Early Childhood Development in Umraya Village With New Anganwadi Center

Archroma, a global leader in specialty chemicals, is taking a significant stride towards community welfare with the groundbreaking ceremony for Anganwadi Center No. 2 in the Umraya village, Baroda. This initiative is part of the company’s corporate social responsibility commitment to nurturing young minds and contributing to the well-being of the community.

Anganwadi, a centrally funded initiative established by states and union territories in India, plays a crucial role in rural child and maternal care. In 1975, the Integrated Child Development Services (ICDS) program was launched to address child hunger and malnutrition. Anganwadi centers provide essential services such as supplemental nutrition, pre-school non-formal education, immunizations, health check-ups, nutrition and health education, and referral services.

The groundbreaking ceremony was attended by key personnel from Archroma, including Mr. Andreas Wickli, Head of Global Technical Operations, Mr. Peet de Waal, Global Head of Safety Health and Environment, and Mr. Atul Ashtekar, Site Head Baroda, along with village leaders, community members, and Anganwadi representatives. The new center aims to create a child-friendly environment by incorporating sanitation facilities, waterproof ceilings, safe grills, storage facilities, and an audio-visual screen that is programmed with educational material to enhance children’s cognitive skills.

Mr. Wickli shared, “At Archroma, we are committed towards improving the livelihoods of communities, and we believe that creating a nurturing environment is critical in fostering early childhood development.” He added, “We are very proud to play a part in crafting a tomorrow that is sustainable, eco-conscious, and offering equal opportunities for everyone.”

The Anganwadi Center No. 2 project is in line with Archroma’s commitment to supporting the holistic development of children and addressing fundamental health needs for the underprivileged. As part of the broader community engagement, Archroma will also contribute to the renovation of other Anganwadi centers in the village.

www.pressreleasefinder.com/

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Pevalen Pro 100: Perstorp’s Innovative Leap Towards More Sustainable Non-Phthalate Plasticizers

Pevalen Pro 100: Perstorp’s Innovative Leap  Towards More Sustainable Non-Phthalate  Plasticizers 

Leading specialty chemicals innovator Perstorp has launched Pevalen Pro 100, marking a new era in PVC plasticizing  technology. The new grade of Pevalen features 100% renewable carbon content based on mass balance, applying chemical and  physical traceability. By factoring in the biogenic CO2 uptake from its renewable raw materials, Pevalen Pro 100 offers a product  carbon footprint reduction of approximately 80% relative to its fossil-based equivalent from cradle to Perstorp gate.  

Pevalen Pro 100 is a significant advancement in non-phthalate plasticizers, merging high performance with sustainable sourcing.  It sets a new benchmark in the industry of flexible PVC by offering a solution that is not only 100% renewable-based but also  does not compromise on performance or safety. Pevalen Pro 100’s development is a testament to Perstorp’s dedication in  materials chemistry and proactive approach to environmental stewardship, ensuring superior performance in a wide range of  PVC applications. 

Key features of Pevalen Pro 100 are: 

  • Fully based on mass-balanced ISCC PLUS-certified raw materials. 
  • Low carbon footprint to reduce CO2 emissions throughout the value chain. 
  • Drop-in replacement for easy adoption in formulations
  • True non-phthalate plasticizer. 
  • High plasticizing efficiency enabling faster processing and requiring less material and energy. 

Linda Zellner, Innovation Director at Perstorp, comments: “We know that PVC can be a valuable resource, if it is made, used and  disposed of thoughtfully. Flexible PVC is incredibly useful and would be hard to replace. Plus, it’s a material that already offers  excellent recyclability if produced in the right manner and with the right ingredients. The launch of Pevalen Pro 100 is a big  milestone to contribute to this journey. It delivers greater durability using less material, lasts longer and also offers a significantly  better environmental profile.” 

At the core of Pevalen Pro 100’s development is its innovative chemical composition, designed to deliver high performance  without the use of phthalates. The product’s high plasticizing efficiency and low volatility makes it an ideal choice for manufacturers seeking environmental responsibility and technical excellence in their PVC products.  

‘’When Pevalen was first launched in 2014 as a premium performance alternative to phthalates, we already had intentions to  continue developing the product and add grades with better environmental credentials,’’ says Martin Hansson, Business Manager  Plasticizers at Perstorp. ‘’This became reality in in 2019 when Pevalen Pro 36 was launched. Now we are proud to lay out the last  piece of the puzzle and complete the product range with Pevalen Pro 100.” 

Pevalen Pro 100, along with Perstorp’s other Pro-Environment products, is ISCC PLUS certified. This certification provides  companies, brand owners and consumers with the assurance that high sustainability requirements are met. It means that all  renewable and recycled raw materials used are ISCC certified in all parts of the value chain all the way back to the point of origin. Every customer of Pro-Environment products receives information about the product carbon footprint.  

The launch of Pevalen Pro 100 responds to the increasing demand for sustainable materials that offer both a low carbon  footprint, as well as an improved eco-toxicity profile and safer handling. It reflects Perstorp’s continuous drive to lead the  chemical industry toward more sustainable solutions without compromising quality or performance. Pevalen Pro 100 represents  a significant step forward in our journey toward delivering sustainable, high-performance chemical solutions. 

www.perstorp.com

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Focus on Mobility and Automation

Focus on mobility and automation

  • arburgSOLUTIONworld: Consultation on digitalisation, sustainability and service.
  • Broad spectrum presented: Turnkey systems and innovations for automotive, medical and LSR.
  • Local business partner Arburg: Flexlift robotic system specially designed for Asia.

At Chinaplas, which takes place from 23 to 26 April 2024, Arburg will present itself as a comprehensive technology and system partner for the efficient production of plastic parts. At stand D 42 in hall 4.1, the focus will be on applications for the automotive and medical industries. Three Allrounder exhibits will demonstrate the fully automatic overmoulding of inserts, the processing of liquid silicone (LSR) and the production of sophisticated medical components. In addition to injection moulding technology, Arburg will showcase additive manufacturing and automation and offer trade visitors comprehensive and individual advice in the interactive arburgSOLUTIONworld exhibition area.

Zhao Tong, Managing Director Arburg China.

“At Chinaplas 2024, we will be exhibiting in the same hall as the Asian injection molding machine manufacturers for the first time, bringing us even closer to our local customers.The mobility sector in particular, and especially electric vehicles in the mid and upper price segments, are successful in the Chinese market. This is why we have focused our exhibits on this area,” emphasises Zhao Tong, Managing Director of the Arburg organisations in China. “At arburg solution world, we are pooling our consulting expertise at the trade fair stand. China has built the world’s largest 5G network and digital transformation is currently a hot topic for our customers. Our experts will be on hand to answer questions and present our digital products as well as automation solutions and services.”

Arburg Solution world

The unique interactive exhibition area “arburgSOLUTIONworld” is not only an eye-catcher, but also offers trade visitors real added value. Arburg experts will be on hand at five stations around a four-metre-high LED column to provide customised consultations – for example on the use of the arburgXworld customer portal and the Arburg host computer system ALS. Other key topics include increasing efficiency through automation, advice on injection moulds, the arburg green world sustainability programme and all aspects of service and training.

Injection moulding highlights and automation

At the Arburg Technology Factory Pinghu, machines are built to customer specifications, automated if necessary and tested intensively. This also applies to the Chinaplas exhibits, where automation components and moulds also come from Asian suppliers. This includes an Allrounder 1600 T rotary table machine, which overmoulds metal inserts with glass fibre-reinforced PA6 in a 4-cavity mould from Concraft to produce connecting parts for the mobility sector. The demanding handling tasks in this turnkey system are performed by a Kuka six-axis robot.

The Allrounder 470 H with innovative hybrid machine technology is another highlight. It is particularly good at saving energy and conserving resources, and is efficient in production, user-friendly and reliable. The new machine from the Hidrive series was presented for the first time in the anniversary year 2023 and has been available worldwide together with the sizes 520 and 570 since spring 2024. The exhibit manufactures adapters from polycarbonate for medical technology and is automated with a Flexlift. This linear robotic system from Arburg is designed as an entry-level solution for the automated production of moulded parts and is available exclusively for the Asian market.

The third injection moulding exhibit, an electric Allrounder 470 E Golden Electric, produces precise LSR components for the automotive industry. The machine is equipped with an 8-cavity mould and is also automated with a Flexlift linear robotic system. 

Industrial additive manufacturing

At Chinaplas 2024, Arburg will be demonstrating the benefits and added value that can be achieved through industrial additive manufacturing with a Freeformer. Using Arburg Plastic Freeforming (APF), functional parts, operating equipment and robotic grippers can be 3D printed based on original plastic granulates, even from very soft materials and in hard/soft combinations.

www.arburg.com/en/

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Growth Market Türkiye: Messe Düsseldorf Expands its Machinery and Equipment Portfolio in Türkiye

Growth Market Türkiye: Messe Düsseldorf Expands its Machinery and Equipment Portfolio in Türkiye

Messe Düsseldorf expands its competencies in Türkiye adding three new, powerful satellites to its global metal trade fair portfolio with the important international trade fairs for the metallurgy, foundry and aluminium industries ANKIROS/TURKCAST and ALUEXPO. To this end, two of the biggest German trade fair companies are bundling their competencies in a joint venture on the Turkish market: Messe Düsseldorf GmbH and Deutsche Messe AG will in future hold a 50% share each in Hannover Messe Ankiros Fuarcilik A.S.

Independently of this: Messe Düsseldorf and Tüyap Fairs Istanbul will continue jointly developing wire Eurasia and Tube Eurasia further
Irrespective of the joint venture, Messe Düsseldorf and its partner Tüyap Fairs Istanbul, will also continue to further develop the regional trade fairs wire Eurasia and Tube Eurasia jointly in Istanbul after their successful debut in 2023. “We are delighted with the big step towards developing further market-relevant topics from the metal industry in Türkiye,” says Friedrich-Georg Kehrer, Global Portfolio Director at Messe Düsseldorf GmbH, explaining how the strategic partnership came about. “With its economic appeal Türkiye is also a flourishing marketplace at the interface between Europe and Asia for the key technologies wire, cable and tubes & pipes,” adds Kehrer.

Over the past few years Türkiye has made major investments in housing, road construction, bridges and rail infrastructure. Other major projects are underway. This fuels a high demand for wire, cable and tubes/pipes as well as metallurgy and foundry products.

Türkiye therefore offers excellent economic prospects and is highly attractive due to its bridging function between Europe and Asia. Thanks to its large domestic market and strong industrial base, Türkiye has long been an important trading partner for Germany and North Rhine-Westphalia.

In 2022 the volume of trade between Germany and Türkiye totalled EUR 27 billion, with NRW accounting for EUR 11.5 billion (42.6%).

www.wire-eurasia.comwww.tube-eurasia.com

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Funding Of Ioniqa’s Enhanced Recycling Business Of Pet Polyester

Funding Of Ioniqa’s Enhanced Recycling  Business Of Pet Polyester 

Ioniqa Technologies B.V. (‘Ioniqa’) is pleased to announce a significant growth investment by  Infinity Recycling (‘IRC’)’s Circular Plastics Fund to help accelerate the scale-up and roll out of  its enhanced PET Polyester recycling technology. 

Ioniqa’s innovative technology upcycles low-grade post-consumer plastic waste to a virgin-like  quality feedstock. With the ability to process coloured plastic waste flakes Ioniqa’s technology  offers a solution to process PET waste that is currently non-recyclable, creating a recycled  material suitable for high quality food grade applications. Ioniqa has successfully demonstrated  this technology in an industrial production facility in The Netherlands, and is now bringing it to  market with strategic licensing partner Koch Technology Solutions.  

Infinity Recycling provides growth capital to those companies that can help accelerate the  creation of a circular economy for plastics, and subsequently helps them to scale. Ioniqa’s  enhanced recycling solution stands out by complementing existing recycling technologies with a  cost-efficient solution, therewith catalysing the scale up of the industry as a whole.  

Tonnis Hooghoudt, Founder and CEO of Ioniqa, said, “Developing a groundbreaking new  technology like ours is a matter of patience, dedication and funding. With this investment by IRC  we can further extend Ioniqa’s horizon with a view to successfully launch industrial licenses for  new customer plants worldwide. Furthermore, the investment allows Ioniqa to broaden the  types of feedstocks it can process by adding Polyester fibres to our scope”. 

Jeroen Kelder, Managing Partner at Infinity Recycling, commented, “we have followed Tonnis and  the team for a few years now and are thrilled to help the company further scale up and roll out its  groundbreaking technology. The world is in urgent need of circular solutions for the plastics  packaging and clothing markets. Ioniqa has developed an efficient solution that can turn low  grade PET (and polyester) waste into materials suitable for high quality food grade or clothing  applications”. Arie Hooimeijer, Infinity Recycling’s Head of Investments said, “We are looking  forward to working with the Ioniqa team and its partner Koch Technology Solutions to accelerate  the company’s success and deliver real impact for our stakeholders and most importantly for  the environment.”  

www./ioniqa.com/ 

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Accumold Demonstrates Pioneering Micro-Optics Capabilities At Photonics West Event

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Accumold Demonstrates Pioneering Micro-Optics Capabilities At Photonics West Event 

 

The end of January sees leading precision and micro injection molding innovator Accumold return to the SPIE Photonics West event in San Francisco, CA, USA 27th January to 1st February.

On booth 1566 at Photonics West, Accumold will be showcasing its expertise as the world’s leading high-tech manufacturer of precision micro molded plastic components with part geometries from 5cm to less than 1mm in size. The company’s 30-plus years at the forefront of micro molding innovation ensures that it leads with expertise in insert molding, clean room molding, and 2-shot molding across materials like PEEK, Ultem, LCP, and a wide range of engineered thermoplastics.

Accumold’s history in the micro optics marketplace spans decades, and the company has proudly partnered with leading SMEs and major international corporations to craft ground-breaking products that push the boundaries of innovation. In the photonics sector where supreme precision is not just desired but required, Accumold has cemented its role as the micro molding authority for OEMs seeking to create components that are not only complex and diminutive but also precise, timely, and cost-effective.

Paul Runyan, VP Sales & Marketing at Accumold, says. “The critical importance is to integrate seasoned micro-optic suppliers like Accumold into the design phase as early as possible. It’s our partnership approach, versus a mere vendor relationship, that enables the fusion of specialized micro manufacturing and micro-optic expertise into your projects for solutions that are both efficient and economical. We are able to produce micro-optic marvels such as 250-micron fiber optic lenses, parallel arrays, demux devices, and diffractive lenses, enhanced by our experience in molding attenuated resins and applying coatings like IR, AR, and reflective layers onto plastic substrates. The complex demands of crafting micro-sized optical couplers, embedding lenses into housings, replicating lens profiles to a quarter wave accuracy, and achieving lens surface finishes within 50 angstroms are why we have dedicated tooling specialists to ensure your light transmission projects are flawlessly executed.”

Beyond tooling intricacies, the meticulous nature of the molding process, precise metrology, and automated post-molding assembly are essential to maintaining the integrity of micro-optics from conception to final assembly. Partnering with Accumold means engaging with a leader in the field, a company whose three-decade legacy in micro molding brings unparalleled experience and the capability to scale production to meet any demand. This reassurance of stability and efficiency translates into cost-effective solutions for Accumold’s customers.

Runyan concludes, “The exacting tolerances inherent in micro-optic applications, necessitate that OEMs collaborate with seasoned experts like Accumold from the outset to achieve precise, timely, and cost-effective manufacturing outcomes. We invite all Photonics West attendees to join us at booth 1566, where we’re excited to showcase our successes in micro molding and discuss how our expertise can elevate your micro-optics projects. Engage with our expert team and let’s explore how our partnership can illuminate the path to your product’s success.”

 

www.accu-mold.com

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