Solar photovoltaic bracket roll forming machine

Solar photovoltaic bracket roll forming machine

Zero-Waste Parametric Production
Beenew Machinery’s High-Efficiency Manufacturing Solution for Photovoltaic Mounting Brackets

With the rapid development of the photovoltaic industry and the continuous expansion of photovoltaic module applications, the supporting photovoltaic mounting structures not only need excellent wind and weather resistance but also face the challenges of cost reduction, efficiency improvement, and green, low-carbon production.

Currently, mainstream photovoltaic mounting bracket production methods generally suffer from inefficiencies and material waste:

1. Prefabricated Profile Assembly Mode

Using prefabricated profiles such as welded pipes and extruded aluminum profiles for cutting and assembly not only generates a large amount of waste, but also results in high material costs for extruded aluminum and high waste disposal costs. Furthermore, the cutting, drilling, and pre-treatment of profiles require significant manual labor, further increasing production costs.

2. Metal Sheet Processing Mode

Directly using metal sheets as raw materials and producing mounting structures through stamping and bending processes, material waste can reach up to 20% when using standard-sized sheets. Moreover, the entire process is cumbersome, highly dependent on manual operation, and limits production efficiency.

Addressing the aforementioned industry pain points, Beenew Machinery has launched a parametric coil stamping production line, providing a zero-waste, high-precision integrated manufacturing solution for photovoltaic (PV) bracket structural components. Its core operating process is as follows:

1. Precise Coil Processing, Eliminating Waste at the Source

The production line uses metal coils directly as raw materials, precisely cutting them according to the customized size requirements of the PV brackets. This completely eliminates material waste from standard sheet metal processing, maximizing raw material utilization.

2. Precise Drilling on Demand, Ensuring Structural Strength

Utilizing proprietary profile drilling technology, unlike the processing method of fully perforated profiles, holes are drilled only in necessary locations within the bracket structure. This meets assembly requirements while avoiding damage to the profile strength, ensuring the bracket possesses excellent durability and wind resistance.

3. Parametric Programming Control, Adapting to Customized Needs

The stamping equipment is equipped with parametric programming, allowing seamless integration with the customer’s ERP system. Based on the bracket design parameters of different PV projects, the processing scheme is automatically adjusted, achieving extremely high production precision and customization capabilities.

4. Advanced Profile Forming: Lightweight and Robust – Achieving Both

The profile processing machine can complete the forming of complex structures. By optimizing the profile cross-section design, it reduces sheet thickness while creating a lightweight yet robust support structure, effectively reducing raw material consumption and transportation costs.

5. Integrated Cutting and Marking: Improving Assembly Efficiency

The formed profiles are precisely cut to specified lengths, with all necessary holes pre-drilled for assembly. Simultaneously, marking can be applied to the profile surface, helping operators quickly identify component specifications and significantly shortening subsequent assembly time.

Beenew Machinery Roll Forming Machine Production Line Core Advantages

1. Zero Material Waste: The on-demand roll forming mode completely eliminates sheet cutting waste, achieving green production.

2. Optimized Operating Costs: The entire process requires only one operator, significantly reducing labor costs.

3. High-Speed ​​and Precise Production: The automated processing flow combines high speed and high precision, significantly shortening production cycles and assembly time.

4. Efficient Raw Material Utilization: The lightweight structural design reduces material consumption, further compressing production costs.

5. Wide Material Compatibility
Compatible with various materials such as galvanized steel, aluminum, and stainless steel, meeting the diverse needs of different photovoltaic projects.

Continuous Innovation and Upgrades, Empowering Large-Scale Production
For the production needs of large-volume photovoltaic brackets, Beenew Machinery can also provide robotic unloading systems. The formed profiles can be automatically bundled or boxed according to customer requirements, optimizing efficiency throughout the entire process from processing to warehousing and logistics, ensuring precise control at every stage of production.

This series of Beenew Machinery production lines can process various metal materials with thicknesses ranging from 2mm, 3mm, and 4mm. With advanced parametric stamping technology, it drives the upgrading of photovoltaic bracket structural component production towards higher efficiency, sustainability, and economy.

We are committed to helping customers reduce costs and improve quality through cutting-edge technological solutions, enabling them to stand out in the fierce competition of the photovoltaic industry. For more technical details, please feel free to contact us!