0.1mm² HighSpeed Stripping and Cutting AllinOne Machine

　　In the field of electronic wire processing, 0.1mm² cables belong to the ultrafine category. They are commonly used in precision sensors, communication modules, and miniature electronic devices. Due to their thin conductors, delicate insulation, and low tension, even minor deviations during processing can cause conductor breakage or insulation damage. Therefore, a highspeed allinone machine that balances speed, accuracy, and stability becomes the core equipment for handling this cable size.

　　1. MicronLevel Blade Control Is Essential

　　The stripping depth tolerance for 0.1mm² cables is extremely small. The blades must be adjusted via servodriven micropositioning, allowing 0.01 mm finetuning. This ensures the blade cuts through the insulation cleanly without touching the copper conductor. Only with this precision can the machine maintain longterm highspeed operation without causing nicks or offcenter cuts.

　　2. The Machine Must Ensure HighPrecision Wire Feeding

　　Ultrafine wires have very low tension, and traditional friction feeding systems tend to slip, deform, or bend the wire at high frequency. Highquality allinone machines generally use lightpressure synchronized rollers combined with an automatic tension compensation system, keeping the wire stable during highspeed feeding and stripping.

　　3. The Machine Must Support MultiStage Cutting and Stripping

　　Microcable applications often require multiple stripping modes—short stripping, long stripping, core exposure, and more. Highend machines can perform these steps continuously at high speed without manual intervention, significantly boosting productivity and consistency.

　　Finally, a highspeed stripping and cutting machine should include fullprocess monitoring features such as bladedepth control, pullforce testing, and stripend inspection to handle batch variations that are common in ultrafine wire processing.