The EL electronic tucking comb machine for warp knitting machines is a highly advanced and precision electronic control component. It integrates sophisticated electronic technology with an accurate mechanical transmission system to precisely control the transverse movement of the needle bed in warp knitting machines. This enables the efficient production of fabrics with various complex patterns and structures, greatly expanding the design possibilities of warp knitted products, enhancing production efficiency and product quality, and providing strong technical support for textile enterprises to meet diverse market demands.
High-precision Positioning Control
Equipped with advanced motion control algorithms, it can accurately calculate the distance and position of each needle bed shift according to the preset pattern program.
Real-time feedback adjustment through high-precision sensor systems like photoelectric encoders or Hall sensors ensures stable and accurate knitting.
High-speed Response and Efficient Operation
Powered by high-performance microprocessors or Programmable Logic Controllers (PLC), it offers powerful data processing capabilities for quick response and efficient knitting cycles.
Combined with optimized electronic control technology and efficient transmission systems like servo motors or stepper motors, it achieves rapid and accurate needle bed shifting.
Flexibility and Versatility
Supports multiple programming languages and design software interfaces, allowing users to easily create various complex pattern programs.
Offers multiple operation modes, including automatic mode for mass production, manual mode for sample making and troubleshooting, and debugging mode for developers to optimize machine parameters.
Compatible with different models and specifications of warp knitting machines and expandable to connect external devices for enhanced functionality and upgrades.
