Our solar panel bracket roll forming machine is a fully automatic, high-precision cold roll forming equipment specially designed for manufacturing various photovoltaic (PV) support profiles. As a core component of solar power generation systems, PV brackets demand strict dimensional accuracy, structural strength and corrosion resistance, and this machine is engineered to meet these professional requirements. It integrates automatic coil feeding, precision leveling, roll forming, synchronous punching, fixed-length flying shear cutting and finished product stacking into a seamless workflow, delivering stable, efficient and reliable production solutions for global solar energy equipment manufacturers, new energy engineering contractors and steel profile enterprises.

主な利点と主な機能

High-Precision Forming, Strict Dimensional Control

Equipped with imported servo motors and high-precision positioning encoders, this machine controls product size tolerance within ±0.3mm, ensuring every PV bracket profile has uniform specifications, straight shape and perfect fitting performance. The multi-stage professional roller system is finely calibrated to form standard C/U channel steel, guide rails, mounting beams and other PV support components, with no wrinkles, deformation or burrs. Accurate synchronous punching ensures hole positions align perfectly, enabling quick on-site assembly and installation, fully complying with international photovoltaic engineering construction standards.

Fast Specification Switching, High Production Flexibility

This machine supports quick adjustment of bracket specifications, including width, height and hole positions, via the PLC touch screen without disassembling rollers. It can produce a full range of photovoltaic bracket profiles commonly used in the global market, adapting to ground photovoltaic stations, rooftop solar systems, agricultural photovoltaic projects and other scenarios. The flexible design eliminates the need for multiple dedicated machines, cutting equipment investment costs and shortening production preparation time drastically, perfectly matching small-batch customized orders and large-scale continuous production demands.

Fully Automatic Workflow, Ultra-High Efficiency

Powered by an intelligent PLC touch screen control system and hydraulic automatic uncoiler, the machine realizes fully unmanned production with a stable working speed of 10-30m/min, supporting 24-hour uninterrupted operation. The built-in flying shear cutting system completes fixed-length cutting without stopping the line, greatly improving production efficiency compared with traditional static cutting. The full-automatic workflow reduces manual labor input by over 65%, shortens order delivery cycles, and satisfies large-volume supply needs of global photovoltaic projects.

Corrosion Resistance Protection, Long Service Life

Designed with an anti-scratch forming system, the machine uses soft conveying rollers and precise gap adjustment to protect galvanized, aluminum-zinc coated and galvanized steel surfaces from scratches and abrasions during production. This keeps the surface coating intact, ensuring finished PV brackets have excellent rust resistance, corrosion resistance and weather resistance, suitable for long-term outdoor use in harsh environments such as deserts, coastal areas and farmlands, maintaining structural stability and extending service life.

Heavy-Duty Stable Structure, Low Failure Rate

The main frame adopts thickened high-strength welded steel plate with overall annealing treatment, featuring high rigidity, excellent shock resistance and zero deformation even under long-term high-load operation. Forming rollers are forged from high-grade 45# carbon steel, processed by precision grinding and hard chrome plating, with exceptional wear resistance and long service life. Key electrical components adopt international premium brands including Siemens and Schneider, guaranteeing stable operation, low failure rate and minimal downtime and maintenance costs.

Wide Material Compatibility & Strong Versatility

This machine adapts to various special metal coils for photovoltaic brackets, such as hot-dip galvanized steel, galvanized steel, aluminum-zinc coated steel and high-strength weathering steel, with a material thickness range of 1.0mm-3.0mm, covering mainstream raw material specifications in the global PV market. It can produce various photovoltaic support accessories such as main beams, secondary beams, ground piles and pressing blocks, realizing one machine for multi-purpose use and helping manufacturers expand product categories.