RS-350G High Speed Die Cutting Machine

Video

Product introduction

This machine is our independently developed solution, featuring a flatbed structure and driven by a computer-controlled servo system for material feeding. The entire production process from feeding and die-cutting to waste discharge, rewinding, and sheet cutting is seamlessly integrated and completed in a single automated cycle under precise computer control.

Scope application

This machine is designed for the die-cutting of adhesive labels and related adhesive label products. It serves as the optimal finishing solution for integration with high-speed roll label printing machines, flexo printing systems, satellite printing presses, PS printing machines, and batch-type printing equipment.

Feature

1.Adopt PLC system, motion controller

2.24000 times/h , ensure run fast,high accuracy working stable.

3.Use wood die cutter,cheap and durable.

4.Use servo motor for main motor and material pulling，to keep accuracy.

5.Rewind and unwind is separate, it is suitable for film and label die cutting

6.With high speed sheet cutting ,sheet cutting by rotary, controlled by servo motor.

Product Advantages

◆High Efficiency & Speed: Achieves a production speed of up to 24,000 cycles per hour, ensuring fast, stable, and consistent high-volume output.
◆Precision Automation: Controlled by a PLC system and driven by servo motors for material feeding and rotary sheet cutting, guaranteeing high accuracy and repeatability in every cycle.
◆Cost-Effective & Versatile: Supports economical and durable wood die cutters, while its separate rewind/unwind design accommodates both film and label materials.
◆Integrated & Streamlined: Performs the complete process—feeding, die-cutting, waste stripping, rewinding, and sheeting—in a single automated cycle, reducing manual handling.
◆Excellent Compatibility: Designed to integrate seamlessly with various high-speed printing systems, including flexo, satellite, and PS presses, forming an efficient end-to-end production line.

Technical Parameters