The Full Automatic Steel GI Solar Structure Profile Line Channel Roll Forming Machine is a specialized cold bending equipment developed specifically for photovoltaic bracket profiles. It relies on mature cold bending roll forming technology to achieve integrated processing of the entire process from metal coil (galvanized steel, aluminum alloy, etc.) to photovoltaic bracket products, covering multiple core processes such as unwinding, leveling, roll forming, precise punching, and cutting to length. It can be directly installed and used in photovoltaic power plants without secondary processing. The equipment adopts modular design and can be flexibly adjusted according to different bracket specifications (C-type, U-shaped, Z-type, etc.) to meet the processing needs of raw materials with different thicknesses of 2.0-3.0mm. It is equipped with imported PLC control system and intelligent touch operation interface to achieve full automation control, greatly reducing manual intervention and balancing production efficiency and product consistency. It is the core bridge connecting metal raw materials and photovoltaic bracket products, promoting the transformation of photovoltaic bracket production from “manual low efficiency” to “intelligent high efficiency”.

Pattern diagram:

Equipment features：

The photovoltaic bracket forming machine is designed with targeted technology to meet the core requirements of photovoltaic bracket production. Its core features are as follows:
1. Controllable accuracy and stable quality:
Using precision roller sets and servo positioning systems, the forming and punching accuracy can reach ± 0.05mm, effectively ensuring uniform dimensional tolerances and regular cross sections of the bracket, avoiding the impact of dimensional deviations on installation, with a high yield of finished products. At the same time, through scientific forming processes, material deformation stress is reduced, and the structural strength and durability of the bracket are improved.
2. High degree of automation and outstanding efficiency:
Integrating the entire processing process to achieve continuous automated production, the molding speed can reach 15-30m/min, which greatly improves production efficiency compared to traditional processing modes and can meet the needs of mass production; Paired with an intelligent touch control interface, parameter settings are convenient and can be operated without professional skills, reducing manual input and operational errors.
3. Flexible adaptation and strong customizability:
adopting fast roll changing and modular design, without the need for large-scale disassembly, it can quickly switch the production of different cross-sectional brackets such as C-shaped, U-shaped, Z-shaped, etc., and adapt to metal raw materials with different thicknesses of 0.5-12mm; We can customize specialized models for wind and sand resistance, corrosion resistance, etc. according to customer needs and different application scenarios, to meet diverse production needs.

Application scenarios：

The photovoltaic bracket forming machine is widely used in various photovoltaic power stations and related extension fields due to its stable performance and flexible adaptability. The main scenarios include:
1. Centralized photovoltaic power station:
Suitable for large-scale ground centralized photovoltaic bases, this type of scenario requires a large demand for brackets, uniform specifications, and high quality requirements. The equipment can achieve large-scale and standardized production of brackets, and the produced brackets have high strength, wind and snow resistance, corrosion resistance, and other characteristics, suitable for harsh outdoor environments, ensuring long-term stable operation of the power station.
2. Distributed photovoltaic scenarios:
covering roofs of industrial plants, commercial buildings, residential buildings, etc., customized brackets can be made according to roof types and load-bearing requirements, taking into account installation convenience and photovoltaic module absorption efficiency, and promoting the popularization and application of distributed photovoltaics.
3. Special Environmental Photovoltaic Scenarios:
For special regions such as deserts, plateaus, and coastal areas, customized equipment can be used to produce specialized brackets that are resistant to wind, cold, and corrosion, breaking regional environmental limitations and promoting the extension of the photovoltaic industry to diverse regions.

Product Attributes :

Machine photo: