Solar Panel Separation and Recycling Machine

In the recycling process of solar panels, the separation of the junction box (J-box), aluminum frame, and glass is the most fundamental and critical first step. Traditional manual dismantling is labor-intensive, poses high safety risks, and is inefficient and inconsistent, making it difficult to meet the realistic needs of centralized decommissioning and large-scale recycling of photovoltaic modules. Based on this industry pain point, SUNY GROUP’s fully automatic solar panel separation and recycling machine, through systematic and automated design, transforms the originally complex and time-consuming dismantling process into a stable, efficient, and sustainable industrial process.

Core Process Flow and Key Technical Equipment

The entire separation and recycling line starts with a 3D vision inspection system, one of the core technologies enabling “precise dismantling.” This system can quickly scan photovoltaic modules entering the production line, accurately identify the position of the junction box, and even locate multiple J-boxes on the same module simultaneously, providing reliable data support for subsequent automatic removal.

Guided by the vision system, the J-box removal device operates precisely, avoiding damage to the main body of the solar panel, significantly improving the success rate and efficiency of dismantling. After the junction box separation, the module enters the aluminum frame and glass separation unit. This equipment uses a reasonable mechanical structure and automatic control logic to achieve rapid frame detachment and complete glass stripping while ensuring safety. The entire process is seamlessly integrated, runs stably, and is ideal for continuous, large-scale processing of decommissioned photovoltaic modules.

Equipment Advantages and Application Value

The solar panel separation and recycling machine has a high degree of automation, significantly reducing reliance on manual labor and minimizing personnel safety risks. It also ensures high-quality separation of various components at the front end of the recycling process, creating favorable conditions for subsequent glass recycling, silicon material processing, and metal recycling. The equipment has a mature structure, stable operation, and controllable maintenance costs, making it suitable for professional photovoltaic recycling factories or integrated new energy recycling centers.

With the continuous growth of global photovoltaic installations, the number of decommissioned modules is rapidly increasing. Efficient and standardized front-end separation equipment will become a key foundation for industry development. This automatic separation and recycling machine not only improves recycling efficiency but also provides reliable technical support for the circular utilization of photovoltaic resources.

For detailed configuration, technical parameters, and quotation plans for the solar panel separation and recycling machine, please feel free to contact us for professional advice tailored to your project needs.