Numerical Control Vertical Double Layers/multilayers Servo Taping Machine

The Numerical Control Vertical Double Layer/Multilayer Servo Taping Machine is a precision taping system based on a mechatronic architecture. It utilizes a multi-axis servo algorithm and coordinated vertical dual-station control to achieve high-precision stacking of conductor insulation layers.

■ Material Versatility
It accommodates the continuous center wrapping requirements of stranded/parallel conductors in single- to multi-layer taping processes, with topological adaptability covering both conventional and specialty wire configurations.

■ Dynamic Capacity Optimization
An integrated high-inertia spindle drive system exponentially increases material throughput per unit time compared to traditional mechanical taping equipment.

■ Stepless Tension Field Control
A closed-loop tension-sensing module and real-time calculation compensation mechanism maintain a constant tension field during dynamic changes in coil diameter, eliminating manual intervention.

■ Taping Path Stability
The programmable motion controller's digitally preset tape overlap ratio ensures zero drift in the spatial coordinates of the taping formation point under acceleration, constant speed, and deceleration conditions.

■ Intelligent Arrangement Topology
The axial-type take-up system supports free definition of width/pitch parameters in three dimensions, generating a precise arrangement matrix that meets complex wire gauge requirements.

■ Electromagnetic Compatibility Assurance
In high-frequency signal wire manufacturing scenarios, this system achieves near-zero electrical performance through the coordinated optimization of motion control precision and material stress control.