Auto-Adjustable Solar Panel PV Rack Making Machine

The line delivers a typical forming speed of 8–10 m/min. Actual throughput depends on profile complexity, material thickness, cutting frequency and operator workflow.

It is compatible with cold-rolled and hot-rolled steel, galvanized steel, stainless steel (SS316L) and mild steel. Material thickness and coating requirements should be confirmed for specific profiles.

The machine uses adjustable forming stations and PLC-controlled mechanisms to change roll positions and forming parameters, enabling quick changeovers for different width/height profiles without extensive manual retooling.

Standard configurations offer about 20–22 forming stations. The number of stations can be customized according to your profile drawings and production requirements.

Key components include a gearbox drive, reducer, hydraulic station, servo cutting holder, and a PLC. Available brands for PLC and inverters include Siemens, Mitsubishi and Panasonic as options.

Standard supply is 380V, 50Hz, 3-phase, but the system can be configured for other voltages to match customer electrical standards. Main motor power with reducer is 22 kW; the hydraulic station motor is 5.5 kW.

The line offers servo tracking cutting (cut-after-forming) driven hydraulically, and an optional 110-ton punching press for holes or slots. Cutting blades are typically Cr12 with quenching treatment.

Length precision is typically around 6 ± 1.0 mm. Final tolerances depend on material properties, profile complexity and correct machine setup.

Standard rollers are made of GCr15 with quenching treatment and hardness around HRC58–62. Optional tool steels such as Cr12 or SKD11 are available for higher wear resistance.

The machine and core components come with a 1-year warranty. Additional after-sales services typically include technical support, spare parts supply and optional on-site commissioning and training—contact the supplier for specific service packages.

Yes. On-site installation and operator training are available as part of the after-sales service or can be arranged as an additional service. Details and costs should be confirmed with the supplier.

Recommended maintenance includes daily cleaning and lubrication of moving parts, periodic inspection of rollers, blades and hydraulic systems, checking gearbox oil levels, and scheduled replacement of wear parts per operating hours or production volumes.

Typical safety features include guarded moving parts, emergency stop buttons, PLC safety interlocks and standard electrical protections. Additional safety upgrades can be specified to meet local regulations.

Yes. Common wear parts such as rollers, cutting blades and hydraulic components are available through the manufacturer or authorized distributors. It is recommended to keep a spare parts kit on hand for critical items.

Contact the sales team with your profile drawings, material specifications, desired production speed and electrical supply. Lead time and price depend on configuration and order quantity—your supplier will provide a detailed quote and delivery schedule.