BTSR is further expanding its market share in the yarn preparation sector with its latest developed MATRIXTOUCH IRIDIUM3D system. This advanced yarn clearing and quality monitoring solution is designed to provide high-precision quality control in various yarn preparation processes such as winding, doubling, twisting and spooling machines.
The MATRIXTOUCH IRIDIUM3D system comes together with the new generation IRIDIUM3D sensor. This sensor offers easy control thanks to the user-friendly MATRIXTOUCH touchscreen interface. With its multifunctional structure, the system enables operators to carry out process management both intuitively and efficiently.
The IRIDIUM3D sensor can detect in real time major yarn defects such as neps (knots in the yarn), slub (thickness–thinness variations), yarn thickness/unevenness faults ( /–), yarn breakage or missing filament. In this way, quality losses are prevented through early intervention in the production line.
High Precision with 3-Dimensional Analysis
This new BTSR quality control device can analyze the diameter of flat and round yarns in three dimensions thanks to the 3D ANALYSIS feature. With a 5-mm visual scanning area, even the smallest changes in the yarn can be detected. The system can detect defects in all yarn types — from very fine to very thick yarns, including plush yarns (chenille).
Direct Measurement Capability and Smart Monitoring
The MATRIXTOUCH IRIDIUM3D system can directly measure yarn diameter and speed. In addition, it offers smart control options that allow the sensor to switch to active/passive mode according to the threshold values defined by the user. This enables the system to adapt flexibly to production processes.
High-Level User Experience with the MATRIXTOUCH Terminal
The new MATRIXTOUCH IRIDIUM touchscreen terminal facilitates the programming of IRIDIUM3D sensors and enables the creation of the most suitable configuration of the system. Production monitoring can be performed visually through the terminal, and machine efficiency and production quality can be actively managed thanks to real-time monitoring.
Thanks to its user-friendly interface, operators can quickly and intuitively adjust all necessary parameters. This means time savings and high efficiency on the production line.
MATRIXTOUCH IRIDIUM3D stands out as a user-friendly and highly precise solution that elevates quality control in yarn preparation processes to the next level. This next-generation technology of BTSR becomes an ideal choice for all textile manufacturers who want to increase production quality and maximize machine efficiency.
BTSR, a global leader in the design and development of advanced yarn control solutions, strengthens its strong position in the sector day by day. At the foundation of the company's success lie innovation, continuous development and customer-oriented strategies. BTSR clearly differentiates itself from its competitors in the market thanks to its meticulous approach in developing solutions that address real needs of the market.
BTSR has certified its commitment to internationally recognized standards in the areas of quality and sustainability with the ISO 9001 (Quality Management System) and ISO 14000 (Environmental Management System) certifications. These certificates show that all production processes of the company are carried out in line with its own quality system.
All materials used in production undergo detailed quality controls from the very beginning and suppliers are carefully selected. In this way, errors are eliminated during the production process and products with high reliability are offered to customers.
Solutions for Real Needs with R&D Power
BTSR's R&D department consists of engineers and technical experts specialized in their field. Whether the newly developed products are based directly on market feedback or arise entirely from the visionary ideas of the R&D team, they always aim to meet the concrete needs of users.
Thanks to this approach, BTSR continues its leadership in the sector with its ability to offer solutions not only for todays textile production processes but also for those of the future.
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