1. Precision structural parts processing
Solar equipment rack manufacturing
Aluminum profiles can be cut and drilled with high precision through CNC processing, and are used to make welding racks (such as stringing machines) and testing equipment racks (such as EL testing equipment) for solar wafer production equipment to ensure equipment stability and positioning accuracy.
Linear motor module components
In the linear motor drive module in the new energy field, aluminum profiles are processed by CNC to form core components such as guide rails and slider interfaces to meet the rigidity requirements of high-speed and high-precision motion platforms.
2. Customized connection and support components
Photovoltaic bracket system accessories
Aluminum profiles are processed by CNC to produce angle codes and connectors with complex interfaces, which are suitable for the adjustment components and load-bearing components of ground photovoltaic brackets, improve wind pressure resistance and reduce installation errors.
Building integrated photovoltaic (BIPV) frame
The special-shaped aluminum profile frame and buckle structure of customized BIPV components require CNC technology to achieve high matching, taking into account both decorativeness and structural strength.
III. Functionalized surface treatment substrate
Anodizing pretreatment
The surface of the aluminum profile after CNC processing can form a uniform oxide film through anodizing to enhance weather resistance, which is suitable for outdoor photovoltaic module frames.
Core advantages summary
High-precision adaptation: CNC technology supports micron-level processing of complex cross-section aluminum profiles, meeting the stringent requirements of new energy equipment for dimensional stability.
Quick response customization: Flexible adjustment of processing parameters through programming to meet the needs of small batches and multiple varieties of aluminum profile parts.
