Fully Automatic Laser Wire Stripping & Tinning Machine

This fully automatic laser wire stripping and tinning machine represents the pinnacle of precision wire processing technology, integrating cutting, laser stripping, and tinning functions into a single, highly efficient unit. The system features dual laser units that utilize an upper-lower opposing configuration to simultaneously cut through both sides of the insulation with microscopic precision, followed by mechanical removal of the pre-cut insulation.

The laser stripping process ensures zero damage to internal conductors, maintaining the integrity of delicate wire cores that conventional mechanical stripping methods might compromise. This non-contact stripping approach is particularly crucial for fine-gauge wires, multi-strand conductors, and specialty cables where even minimal conductor damage could affect performance or reliability.

After the precise stripping operation, the machine can automatically apply flux and tin coating to the exposed conductors through an integrated tinning system. The tinning function can be programmatically disabled when only wire stripping is required, providing maximum flexibility for different production needs. This automated process ensures consistent coating thickness and optimal solderability when activated, eliminating manual handling variations and improving overall connection reliability in downstream assembly processes.

The advanced processing equipment is specifically engineered for high-precision applications in military, aerospace, medical device manufacturing, and telecommunications industries where wire processing accuracy directly impacts system performance and safety. The machine accommodates wire diameters from AWG30 to AWG16, covering a comprehensive range of applications from delicate sensor wiring to power distribution cables.

The system offers fully adjustable stripping and cutting lengths with exceptional repeatability, allowing for quick changeovers between different wire specifications without compromising accuracy. Advanced control systems ensure consistent processing parameters across production runs, making it ideal for both prototype development and high-volume manufacturing environments.