Istanbul, Türkiye – June 2026 – Mahlo GmbH + Co. KG, a global specialist in measuring, control, and automation technology for the textile industry, will present its latest innovations aimed at improving textile production efficiency and fabric quality at ITM 2026. The company will exhibit alongside its local partner Masters Limited from June 9–13 at the Tüyap Fair Convention and Congress Center in Istanbul.
With decades of experience serving the Turkish textile sector, Mahlo continues to support manufacturers in optimizing production processes, reducing waste, and improving resource efficiency. As textile producers face increasing cost pressures and demand for higher quality standards, the company is focusing on solutions that deliver measurable performance improvements while minimizing investment costs.
Advanced Weft Straightening with Orthopac RVMC-20 Plus
One of the major highlights at ITM 2026 will be the Orthopac RVMC-20 plus, Mahlo’s latest-generation weft straightening system. Designed to ensure superior fabric quality, the system utilizes advanced camera technology and intelligent control mechanisms to detect and correct fabric distortions with exceptional accuracy.The Orthopac RVMC-20 plus can effectively manage complex fabric structures and operate reliably at high production speeds, helping textile manufacturers reduce off-quality production, minimize material waste, and maintain consistent product standards. By ensuring precise weft alignment throughout the finishing process, the system contributes directly to improved fabric appearance and customer satisfaction.
Cost-Effective Modernization Through Retrofit Solutions
Recognizing that many textile mills seek performance upgrades without replacing existing equipment, Mahlo is also highlighting its retrofit solutions for the widely installed Orthopac RVMC-15 systems.The RVMC-15 plus upgrade package enables manufacturers to modernize their current installations with the latest technological advancements. The retrofit includes upgraded camera systems, advanced software, optimized control components, and a modernized user interface.These enhancements significantly improve straightening precision, increase response speed, and strengthen operational reliability while preserving the existing machine infrastructure. The approach offers textile producers an economical pathway to modernization, reducing capital expenditure while extending the service life and performance of installed equipment.“Manufacturers today are under increasing pressure to improve efficiency while carefully managing investments,” explained Thomas Höpfl of Mahlo. “Our retrofit solutions provide a practical and cost-effective way for customers to access the latest technology without the need for complete machine replacement.”
Supporting Industry 4.0 and Sustainable Production
Mahlo’s solutions are designed to support a broad range of textile applications, from lightweight apparel fabrics to heavy-duty technical textiles. The company’s Industry 4.0-ready systems feature remote access capabilities, real-time process monitoring, and advanced automation tools that help manufacturers make data-driven decisions and optimize production performance.By combining precision measurement technology with intelligent automation, Mahlo enables textile producers to improve quality consistency, reduce resource consumption, and enhance overall sustainability across their operations.
Mahlo at ITM 2026
Visitors to ITM 2026 will have the opportunity to experience Mahlo’s latest technologies firsthand and discuss specific production challenges with the company’s technical experts. The exhibition will provide a platform for textile manufacturers to explore practical solutions for modernization, process optimization, and long-term competitiveness in a rapidly evolving global market.With its focus on smart upgrades, advanced straightening technology, and digital process control, Mahlo continues to demonstrate how textile manufacturers can achieve greater efficiency, higher quality, and sustainable growth through intelligent production technologies.