Photovoltaic Support Cold Roll Forming Machine: Meeting the Trend of Multi‑Model, Small‑Batch Production

Challenges of Multi‑Model, Small‑Batch Production in the PV Support Industry

With the expansion of the photovoltaic (PV) industry, PV supports, as the core structural component of PV systems, are experiencing explosive growth. Currently, market demands are characterized by multi-model, small-batch production, which poses challenges for many support manufacturers. Traditional forming machines are limited to producing a single model, unable to meet the needs of flexible and variable orders. Our photovoltaic support forming machine is specifically designed to address this challenge.

While enabling rapid specification changes, the machine also upgrades precision, efficiency, and material utilization, ensuring the safety and installation compatibility of PV supports.

Technical Advantages of the Photovoltaic Support Forming Machine

With an advanced PLC automation control system and modular forming design, the machine achieves fast response for multi-model switching:

• Applicable Material Thickness: 0.8–2.5 mm

• Forming Speed: 8–25 m/min (adjustable according to profile specifications)

• Number of Forming Passes: 12–20

• Control System: PLC intelligent control, touch-screen operation, supports preset batch parameters

• Cutting Method: Servo precision trimming with ±0.05 mm accuracy

  

The machine supports fully automatic one-key model changeover and modular roll replacement, selectable as needed to enable fast switching between different models, reducing setup time and quickly responding to small-batch orders.

Widely Applied in PV Component Support Production

The photovoltaic support forming machine is suitable for multiple support types, including but not limited to:

• Ground-mounted PV supports (single track / double track)

• Roof-mounted PV supports (fixed / adjustable)

• Industrial PV supports and distributed PV projects

  

The flexible model switching feature improves production efficiency, reduces material waste, ensures precision, and responds quickly to market changes.