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The use of automated reeling equipment allows Kraig Labs to fine-tune and adapt the reeling process specifically for the unique properties of spider silk, compared to traditional silkworm silk. By modifying machine settings, reeling speeds, and temperatures, the team is optimizing fiber consistency and maximizing silk output. These improvements are critical in translating the natural strength and elasticity of spider silk into finished materials for commercial applications. Photo (c) Kraig Biocraft Laboratories
Successful Implementation of Automated Reeling Equipment
04.08.2025

Kraig Biocraft Laboratories: New Production Record with Successful Implementation of Automated Reeling Equipment

Kraig Biocraft Laboratories, Inc., a global leader in spider silk technology, announced the recent successful production of reeled raw recombinant spider silk using automated equipment. This batch set a new single run record, processing more than 250 kilograms of spider silk cocoons and represents a major step forward in improving the quality, yield, and scalability of spider silk production. Improved processing unlocks greater quality and efficiency for recombinant spider silk fiber.

The use of automated reeling equipment allows Kraig Labs to fine-tune and adapt the reeling process specifically for the unique properties of spider silk, compared to traditional silkworm silk. By modifying machine settings, reeling speeds, and temperatures, the team is optimizing fiber consistency and maximizing silk output. These improvements are critical in translating the natural strength and elasticity of spider silk into finished materials for commercial applications.

Kraig Biocraft Laboratories, Inc., a global leader in spider silk technology, announced the recent successful production of reeled raw recombinant spider silk using automated equipment. This batch set a new single run record, processing more than 250 kilograms of spider silk cocoons and represents a major step forward in improving the quality, yield, and scalability of spider silk production. Improved processing unlocks greater quality and efficiency for recombinant spider silk fiber.

The use of automated reeling equipment allows Kraig Labs to fine-tune and adapt the reeling process specifically for the unique properties of spider silk, compared to traditional silkworm silk. By modifying machine settings, reeling speeds, and temperatures, the team is optimizing fiber consistency and maximizing silk output. These improvements are critical in translating the natural strength and elasticity of spider silk into finished materials for commercial applications.

Automated reeling replaces conventional multi-end systems, significantly improving throughput, labor efficiency, and downstream silk quality. The compatibility of Kraig Labs’ proprietary spider silk cocoons with these advanced systems is central to the Company’s effort to build a vertically integrated production model for spider silk at scale.

This achievement builds upon recent operational momentum, including the expansion of rearing capacity in Asia and the development of new spider silk strains. Together, these advances support the Company’s broader mission to bring high-performance, eco-friendly spider silk fibers to market.

Source:

Kraig Biocraft Laboratories

The Knit One Chair. (c) Isomi
The Knit One Chair.
01.08.2025

Knit One Chair: Furniture Design with 3D Knitting

At Isomi, the company has defined their approach by an ambition to work with materials in their purest, most purposeful form. With the Knit One Chair, they are taking this commitment further exploring how 3D knitting technology can unlock a more resourceful, intelligent way to make furniture. 

3D knitting is, at its essence, a digital manufacturing process that transforms a spool of yarn into a fully formed, three dimensional textile shape created directly on the knitting machine, without the need for cutting, stitching or excess trimming. This precise method has already reshaped industries like sportswear and footwear, celebrated for its ability to produce complex forms with minimal waste and remarkable structural integrity. In furniture, however, the possibilities of 3D knitting are only just beginning to be realised. Traditionally, upholstery involves layering foams, fabrics and fillers, glued and stapled into place, a process that generates off cuts, requires multiple materials, and makes recycling complicated at best. Knit One rethinks this entirely.

At Isomi, the company has defined their approach by an ambition to work with materials in their purest, most purposeful form. With the Knit One Chair, they are taking this commitment further exploring how 3D knitting technology can unlock a more resourceful, intelligent way to make furniture. 

3D knitting is, at its essence, a digital manufacturing process that transforms a spool of yarn into a fully formed, three dimensional textile shape created directly on the knitting machine, without the need for cutting, stitching or excess trimming. This precise method has already reshaped industries like sportswear and footwear, celebrated for its ability to produce complex forms with minimal waste and remarkable structural integrity. In furniture, however, the possibilities of 3D knitting are only just beginning to be realised. Traditionally, upholstery involves layering foams, fabrics and fillers, glued and stapled into place, a process that generates off cuts, requires multiple materials, and makes recycling complicated at best. Knit One rethinks this entirely.

01.08.2025

CARBIOS enters r-PET market for tire textile filaments

CARBIOS has signed a multi-year commercial agreement with Indorama Ventures, a global leader in PET production. This agreement covers the supply of biorecycled monomers from its Longlaville plant, which will be transformed into r-PET filaments by Indorama Ventures and then integrated by Michelin into the manufacturing of its tires.
 
A strategic commitment to turn complex PET waste into high-performance materials. 
Thanks to its enzymatic PET recycling technology, CARBIOS will produce monomers from complex PET waste at its future industrial site in Longlaville. Indorama Ventures will handle the repolymerization and production of technical filaments. Michelin will use these innovative materials in its tire reinforcements. 
 
A new milestone in the pre-commercialization of the Longlaville plant. 
This commercial agreement is part of the pre-commercialization momentum of CARBIOS’ future industrial site, just weeks after signing the first sales contracts for biorecycled PET with two global cosmetics leaders.
 

CARBIOS has signed a multi-year commercial agreement with Indorama Ventures, a global leader in PET production. This agreement covers the supply of biorecycled monomers from its Longlaville plant, which will be transformed into r-PET filaments by Indorama Ventures and then integrated by Michelin into the manufacturing of its tires.
 
A strategic commitment to turn complex PET waste into high-performance materials. 
Thanks to its enzymatic PET recycling technology, CARBIOS will produce monomers from complex PET waste at its future industrial site in Longlaville. Indorama Ventures will handle the repolymerization and production of technical filaments. Michelin will use these innovative materials in its tire reinforcements. 
 
A new milestone in the pre-commercialization of the Longlaville plant. 
This commercial agreement is part of the pre-commercialization momentum of CARBIOS’ future industrial site, just weeks after signing the first sales contracts for biorecycled PET with two global cosmetics leaders.
 
Vincent Kamel, CEO of CARBIOS: “This commercial agreement with Indorama Ventures marks a new step in the realization of our industrial project. It confirms the trust of Indorama Ventures and Michelin in our PET biorecycling technology. Alongside the commercial successes already achieved in cosmetic packaging applications, this agreement illustrates our ability to deliver innovative solutions to the most demanding industries, particularly industrial filaments for tire applications and, more broadly, textile.”

Source:

Carbios

World of Wipes® 2025 delivers Industry Engagement, Insights, and Innovation (c) INDA
World of Wipes® 2025 delivers Industry Engagement, Insights, and Innovation
01.08.2025

World of Wipes® 2025 delivers Industry Engagement, Insights, and Innovation

The World of Wipes® (WOW) International Conference brought the global wipes industry together for four engaging days of insights, innovation, and connections, July 21-24, at the Hilton Columbus Downtown, in Ohio.

WOW featured expert-led sessions, over 50 tabletop exhibits, and the presentation of the World of Wipes Innovation Award®. The event garnered high praise from attendees for its valuable networking and content, as well as strong participation from across the global wipes supply chain.

World of Wipes Innovation Award®
The 2025 World of Wipes Innovation Award® was presented to Cookware Care Seasoning Wipes™, 100 percent viscose wipes that offer a convenient, mess-free solution for maintaining cast iron and carbon steel cookware. Infused with non-petrochemical oils and beeswax through a proprietary waterless process, the wipes simplify seasoning while expanding nonwoven applications beyond traditional uses.

The World of Wipes® (WOW) International Conference brought the global wipes industry together for four engaging days of insights, innovation, and connections, July 21-24, at the Hilton Columbus Downtown, in Ohio.

WOW featured expert-led sessions, over 50 tabletop exhibits, and the presentation of the World of Wipes Innovation Award®. The event garnered high praise from attendees for its valuable networking and content, as well as strong participation from across the global wipes supply chain.

World of Wipes Innovation Award®
The 2025 World of Wipes Innovation Award® was presented to Cookware Care Seasoning Wipes™, 100 percent viscose wipes that offer a convenient, mess-free solution for maintaining cast iron and carbon steel cookware. Infused with non-petrochemical oils and beeswax through a proprietary waterless process, the wipes simplify seasoning while expanding nonwoven applications beyond traditional uses.

“Walking into WOW 2025 as a brand-new company, we didn’t know what to expect. From the moment we arrived, the encouragement, curiosity, and warmth of the industry made us feel truly welcome,” said Cookware Care co-founders Jordan and Blaire Burdey. “Connecting with so many knowledgeable and inspiring individuals made winning the World of Wipes Innovation Award® even more meaningful. This recognition validates two years of passion, late nights, and unwavering belief in our vision, and it motivates us to continue growing and getting Seasoning Wipes™ into more hands. We are deeply grateful to INDA and to everyone who showed us such genuine support.”

Fellow finalists Dude Products’ Dude Odor Destroyer XL Flushable Deodorant Wipes and Magnera’s Sontara® EC Green Cotton were also celebrated for their innovation and market potential. Nominations for the 2026 World of Wipes Innovation Awards will open August 7, 2025.

Thoughts from Industry Leaders
“The content was comprehensive, timely, and engaging, making it a truly enriching experience for all attendees,” said Nick Santoleri, COO of Rockline Industries. “The venue (just a stone’s throw away from The Ohio State University) provided ample space for networking as well as private conversations, allowing for meaningful connections to be made. Additionally, the overall look of the conference and signage gave one the feeling of a world-class event. Kudos to the organizing, marketing, and creative staff at INDA for this year’s exceptional event!”

“This year’s WOW conference was a great opportunity to meet with several of our suppliers and customers in one place,” said Pramod Shanbhag, Vice President of Innovation and Technology at Suominen. “I loved the interactions at the tabletop events and hope to see even more tabletops next year.”

WOW Session Highlights
With the theme “Wipe to Win: Innovating for a Sustainable and Profitable Future,” WOW 2025 delivered a wide array of expert-led sessions and panel discussions, including:

  • Global drivers for plastic-free wipes and machinery innovations for sustainable materials
  • Consumer motivation, emotional product design, and social media impact
  • Nanofibers, niche applications, and a licensing deal for sports wipes with the NBA
  • Consumer perceptions, slitting advancements, and classic and innovative preservation strategies
  • Expert panel addressing evolving regulatory legislation, trade and tariffs across the U.S. and Europe

Among the other key topics discussed were product responsibility, inflation, artificial intelligence, the California wastewater forensic studies, and sustainability.

The event opened with the WIPES Academy, held July 21-22 and led by Heidi Beatty, CEO of Crown Abbey. This 12-session course provided a comprehensive overview of wipes development, from concept to commercialization, covering materials selection, formulation design, and packaging considerations.

INDA announced that the next edition of the World of Wipes® Conference will take place June 29-July 2, 2026, in Nashville, Tennessee.

air lock system of low pressure oven Photo (c) DITF
air lock system of low pressure oven
01.08.2025

Carbowave: Energy Efficiency in Carbon Fiber Production

A new technology uses microwaves and plasma heating to produce carbon fibers in an energy-efficient manner. This means high-strength composite materials can be produced more cheaply and efficiently. The German Institutes of Textile and Fiber Research (DITF) are part of the Carbowave research consortium, which aims to improve and commercialize microwave and plasma-induced carbonization.

The combination of high strength and low weight makes carbon fibers almost indispensable in manufacturing modern lightweight products. Major industries, such as automotive, aerospace, and renewable energy, are increasingly relying on high-strength carbon fiber composites.

Despite their advantages, these materials are complex and energy-intensive to produce. Stabilization and carbonization of the fibers, which are often made from petroleum-based polyacrylonitrile (PAN), requires slow process control in high-temperature furnaces. Despite the considerable energy input, a low material yield is achieved due to the long dwell time in the ovens.

A new technology uses microwaves and plasma heating to produce carbon fibers in an energy-efficient manner. This means high-strength composite materials can be produced more cheaply and efficiently. The German Institutes of Textile and Fiber Research (DITF) are part of the Carbowave research consortium, which aims to improve and commercialize microwave and plasma-induced carbonization.

The combination of high strength and low weight makes carbon fibers almost indispensable in manufacturing modern lightweight products. Major industries, such as automotive, aerospace, and renewable energy, are increasingly relying on high-strength carbon fiber composites.

Despite their advantages, these materials are complex and energy-intensive to produce. Stabilization and carbonization of the fibers, which are often made from petroleum-based polyacrylonitrile (PAN), requires slow process control in high-temperature furnaces. Despite the considerable energy input, a low material yield is achieved due to the long dwell time in the ovens.

A new process uses microwave and plasma heating to replace the traditional stabilization and carbonization process with energy-saving technology. With this technology, energy is only induced into the fibers locally, thereby minimizing energy loss. This process shortens the production time of carbon fibers, enabling higher production volumes with lower energy consumption.

A European research consortium has joined forces under the name "Carbowave" to optimize and market the process. Their specific research objectives are to develop an optimal coating for PAN fibers that improves microwave adsorption, to develop a plasma heating system for the oxidative stabilization of PAN fibers, and to advance microwave and plasma technology for continuous processes.

The DITF are responsible for implementing these processes in continuous production and on pilot lines in a pilot plant. In the joint project, the central task of the DITF is the stabilization of the precursor fibers with plasma technology. This involves combining plasma and low-pressure technology to reduce energy consumption in the stabilization process.

In terms of the circular economy, the Carbowave project includes recycling of carbon fibers. The new process technologies will allow for the microwave-assisted decomposition of carbon fiber composites (CFRP).

Thus, the Carbowave research consortium provides a holistic approach that includes the production and recycling of modern lightweight materials.

01.08.2025

Italian Textile Machinery: Signs of Recovery in the Domestic Market

In the second quarter of 2025, the index of orders for textile machinery, compiled by the Economics Department of ACIMIT, the Association of Italian Textile Machinery Manufacturers, showed a slight decrease compared to the same period in 2024 (-1%). In absolute terms, the index stood at 47.1 points (base year 2021=100).

This result was driven by an increase in order intake from the domestic market, which almost entirely offset the decline recorded in foreign markets.

Orders collected on the domestic market rose by 38% compared to the second quarter of 2024, reaching an absolute value of 70.9 points.

In foreign markets, orders were down 7% compared to the same period of the previous year. The absolute value of the index stood at 43.8 points.

In the second quarter, the order backlog reached 3.9 months of guaranteed production (up from 3.6 months in the first quarter). It is also worth noting that, on average, companies in the sector used only 55% of their production capacity in the first half of the year. Utilization is expected to reach 60% in the second half of 2025.

In the second quarter of 2025, the index of orders for textile machinery, compiled by the Economics Department of ACIMIT, the Association of Italian Textile Machinery Manufacturers, showed a slight decrease compared to the same period in 2024 (-1%). In absolute terms, the index stood at 47.1 points (base year 2021=100).

This result was driven by an increase in order intake from the domestic market, which almost entirely offset the decline recorded in foreign markets.

Orders collected on the domestic market rose by 38% compared to the second quarter of 2024, reaching an absolute value of 70.9 points.

In foreign markets, orders were down 7% compared to the same period of the previous year. The absolute value of the index stood at 43.8 points.

In the second quarter, the order backlog reached 3.9 months of guaranteed production (up from 3.6 months in the first quarter). It is also worth noting that, on average, companies in the sector used only 55% of their production capacity in the first half of the year. Utilization is expected to reach 60% in the second half of 2025.

Marco Salvadè, President of ACIMIT, commented: “The signals coming from the domestic market are encouraging, but concerns about the future remain. Demand in Italy is still weak. The increase recorded between April and June will need to be confirmed over the course of the year.”

“On the foreign front,” added Marco Salvadè, “a general climate of uncertainty persists, due not only to U.S. tariffs imposed on the EU, but also to the broader geopolitical situation. The 15% duty, combined with a significant depreciation of the dollar against the euro, may have varying negative impacts on our exports to the U.S., depending on the tariff rates applied to other Countries supplying technology to U.S. textile companies. For now, the U.S. remains a key market for our manufacturers: it was the fourth largest in 2024, with a value of over 112 million euros, and it continued to grow in the first four months of 2025 (+3%). Also concerning is the weak demand for textile machinery in the two most important markets, China and Turkey. Italian sales from January to April 2025 fell by 32% in the Chinese market and by 47% in the Turkish one.”

Source:

Association of Italian Textile Machinery Manufacturers