Improving the production efficiency of fabric rollers requires starting from three aspects: equipment optimization, process improvement, and intelligent management. One is to choose a high-precision servo motor drive system to achieve precise speed regulation and fast response, reducing the loss of start stop time; Paired with a tension closed-loop control system, the fabric runs smoothly and avoids wrinkles or breakage caused by tension fluctuations. The second is to improve the design of the roller body by using wear-resistant and low resistance surface coating materials, such as polyurethane or ceramic spray coatings, to reduce the friction coefficient and enable the fabric to slide more smoothly. At the same time, regularly clean the residual fibers on the roller surface to avoid accumulation and affecting transmission efficiency.
The introduction of an automated roll changing device can effectively shorten downtime and automatically switch between new and old rolls through a robotic arm. In terms of process parameter settings, dynamically adjust indicators such as line speed and pressure according to different fabric characteristics to ensure optimal working conditions. In addition, utilizing IoT technology to monitor the real-time operation status of equipment, perform predictive maintenance on key components, and reduce production interruptions caused by sudden failures. Training operators to proficiently master equipment performance, standardize operating procedures, and further improve overall efficiency. Through multi-dimensional collaborative improvement, the production efficiency of the fabric roll will be significantly improved, helping enterprises reduce costs and increase efficiency.