2.5mm² Photovoltaic Signal Wire Stripping and Cutting Machine

　　In photovoltaic systems, 2.5mm² signal wires are widely used in inverter communication, combiner box monitoring, and sensor connections. These wires require high consistency in length, clean stripping quality, and reliable conductor protection. Manual processing is inefficient and often lacks stability, which makes a dedicated stripping and cutting machine essential.

　　This machine is built around precise wire feeding, using stable tension control and accurate length measurement to achieve millimeter-level cutting accuracy. Designed for the insulation characteristics commonly found in photovoltaic signal cables, the stripping mechanism adopts a segmented cutting approach that removes the insulation efficiently while protecting the copper conductor, improving the reliability of terminal crimping and downstream assembly.

　　In terms of productivity, the machine integrates cutting, front-end stripping, and rear-end stripping into a single continuous process. It supports flexible production from small batches to larger volumes. Parameter settings are intuitive, allowing operators to quickly adjust stripping length and depth for different cable structures, reducing setup time and material waste. Smooth operation and high repeatability make it well suited for the photovoltaic industry’s demand for long-term, stable production.

　　Overall, the 2.5mm² photovoltaic signal wire stripping and cutting machine not only improves processing efficiency but also strengthens quality control and production standardization, making it a fundamental piece of equipment in modern photovoltaic wire harness manufacturing.