Introduction to the frame structure of the composite coating machine?
Leave a message
1. The composite coating machine adopts a unit frame structure, and the machine length can be selected according to production needs; This model can achieve one-time completion of front and back double-sided coating, and can be equipped with a single (dual) color printing unit.
2. AC variable frequency stepless speed regulation, multi-point synchronous control for front traction, coating, composite traction, winding, etc.
The perfect combination of PLC program control and human-machine interface has the advantages of precision, sensitivity, easy operation, and anti-interference.
4. The coating method adopts a wire roller metering coating method, with automatic glue leveling function set; According to the process requirements, the wire roller can be processed by various methods such as laser engraving, electronic engraving, mechanical extrusion, etc.
Small coater. jpg
5. The dual axis swimming, pneumatic back pressure scraper device and three-dimensional adjustment can effectively control the scraper angle and pressure.
6. The drying section adopts a segmented independent constant temperature drying system, which can adopt various heating methods such as hot air circulation or infrared radiation; Each temperature zone automatically controls temperature, with an adjustable circulating intake and exhaust system.
7. The guide rollers inside the oven are installed in a master-slave dual sliding mode, and are synchronously driven with the host machine; The oven can be equipped with two side open doors or cylinder top open, with two side operation and maintenance platforms and protective barriers.
8. Automatic counting, automatic speed increase and decrease, automatic belt breakage detection, automatic fault alarm, automatic clutch of pneumatic components, etc.
9. The unwinding and unwinding of the coil adopts a dual station turnover type or a single station hydraulic lifting type, and the material coil is loaded and unloaded using an inflatable shaft method.








