#Dyeing, Drying, Finishing

2025-04-09

Generation change at Pleva: Kathrin and Stephan Pleva join the Management Team

PLEVA GmbH, a leading manufacturer of sensors, measurement and control technology for various industries, announces that Kathrin Pleva and Stephan Pleva have been appointed as Managing Directors of the family-owned company. Together with their father, Dr. Ralf Pleva, they will shape the future of the company.

The Pleva family: Mother Regine, father Dr. Ralf, Kathrin and Stephan Pleva © 2025 Pleva

PLEVA, founded in 1969, has been developing and producing high-quality sensors and systems for process control in sectors such as the textile, paper, nonwovens, film, automotive and wood industries for over five decades. The company's products have proven themselves in tough continuous operation worldwide and are successfully used by end customers and machine suppliers.

With the strengthening and succession of the management team, PLEVA is focusing on continuity and innovation. Kathrin and Stephan Pleva will bring fresh impetus and new perspectives to the company, while Dr. Ralf Pleva will continue to contribute his many years of experience and expertise. His strong technical know-how, recognition in the industry, deep understanding of customer needs, and values-driven leadership have shaped the company over decades and played a key role in its international success.

Together, the three managing directors will drive forward the strategic direction of the company to meet the challenges of the global market and further strengthen PLEVA’s position as a technology leader.

“We are delighted to continue the tradition of our family business and to shape the future of PLEVA together with our father,” explain Kathrin and Stephan Pleva. “Our aim is to strengthen the company's innovative power and continue to offer our customers tailor-made solutions for efficient and sustainable production.”

With the reinforcement and succession, the company is ideally equipped to continue to operate successfully on the market in the future and meet the needs of its customers worldwide.

Further information can be found on the website www.pleva.org.

Smart sensors, smart savings - Reducing energy and cost in textile finishing

As energy prices, sustainability requirements and quality expectations continue to rise, manufacturers of technical textiles face increasing pressure to optimize efficiency while ensuring process reliability. At the same time, skilled labor shortages require production systems that are intuitive, automated and easy to manage. PLEVA addresses these challenges with robust, maintenance-friendly sensor technologies combined with intelligent process control.

Smart automation to fix gaps of skilled staff

Advanced technology for high quality and efficiency at textile finishing - ITMA Asia 2025, Singapore As customer expectations rise and skilled labor becomes increasingly scarce, smart sensor technology and automated control systems have become essential in modern textile finishing. PLEVA meets these challenges with its renowned, robust and reliable sensors, specifically designed for the demanding conditions of textile production.

SL Smart Weft-Straightener success at Harris Tweed Hebrides, UK

High quality fabric is essential for any finisher who wants to ensure consistent quality and resource efficiency. A particularly important quality criterion is straight weft and straight course fabric. The Scottish tweed manufacturer Harris Tweed Hebrides finishes 100% woolen, handwoven cloth and stands as a world class leader in British luxury cloth with an extensive, high quality product range. The company was looking for a weft-straightening system which, in contrast to the previously used pinwheel system, could not damage the wool.

SETEX turns dyeing and finishing data into daily production control

At ITM 2026, SETEX will show how textile mills can use machine, recipe, quality and energy data for more reliable daily production decisions — not as another reporting layer, but as part of the running dyeing and finishing process. With OrgaTEX X3 MES, E390x/C390x controllers, CamCOUNT and FabricInspector Portable, SETEX connects planning, machine execution and fabric-related quality insight within existing mill structures.

Ibrahim Fibres and Trützschler: A strong partnership enters its next phase with the TC 30Si

For more than two decades, Ibrahim Fibres and Trützschler have grown side by side, driven by a shared ambition to continuously improve spinning performance, strengthen technology leadership and set new benchmarks in the textile industry. Today, Ibrahim Fibres is a leading yarn and polyester staple fiber manufacturer in Pakistan. The company operates the largest number of Trützschler cards in the country, with more than 200 machines running across its mills in Faisalabad, and plays an important role in one of Asia’s largest textile industries.

USColorworks expands digital platform with Kornit Atlas MATRIX and Atlas MAX PLUS solutions

Kornit Digital Ltd. (NASDAQ: KRNT), a global pioneer in sustainable, on-demand digital fashion and textile production, today announced that USColorworks, a North Carolina-based apparel decoration and fulfillment company specializing in custom and on-demand printing for retail and promotional markets, has expanded its Kornit digital production platform with the addition of Atlas MATRIX and Atlas MAX PLUS systems to deliver high-quality, on-demand apparel across cotton, blended fabrics and polyester.

CovationBio introduces two new bio-based innovations at Functional Fabric Fair New York

Covation Biomaterials LLC (“CovationBio®”) is showcasing its two new bio-based innovations, Xatryx® and Sorona® elasterell-p fiber, at this year’s Functional Fabric Fair in New York City, July 7–9, 2026. Attendees can visit CovationBio at Booth #404 to explore this next generation of bio-based performance materials.

Geotextiles made from recycled materials: GREEN leads the way into the industry

For the industry, recycled materials are creating new opportunities in geotextile production. In the GREEN project, the Fraunhofer Cluster of Excellence Circular Plastics Economy CCPE demonstrates that recycled polypro-pylene (PP), polyethylene terephthalate (PET), and high-density polyeth-ylene (HDPE) can be processed into nonwovens, fibers, and membranes that meet industrial requirements. This creates opportunities for use in existing production lines and new value chains in the geotextile market.