High Speed 3mm C/U Solar Channel Machine(25M/Min)

High Speed Fully Automatic 3mm C/U Solar Channel Machine (25M/Min)

High Speed Automatic C/U Solar (25m/min)

Power and Speed in Solar Structure Manufacturing Modern industrial machinery plays a crucial role in boosting efficiency and cutting costs. The High-Speed Fully Automatic C/U Solar (25m/min) is a complete, stateof-the-art production line for manufacturing solar structure profiles, iqurunning at an impressive speed of 25 meters per minute. With its precise engineering and une features, this machine is one of the top choices for professional manufacturers in the solar energy sector.

Product description

High-Speed Solution for 90° C and U Purlin Profiles

The 3mm C/U Purlin Roll Forming Production Line is specifically designed for manufacturing 90° C and U purlin profiles, ideal for solar and industrial structures. The line operates at a speed of 25 meters per minute, ensuring high efficiency and uniform production.
Profile Specifications:

Web: 60-160mm

Flange: 30-80mm

Web: 15-30mm

Raw Material Specifications:

Thickness: 1.5-3.0mm

With precise engineering and careful design, this roll forming line guarantees profiles with minimal tolerance and consistent quality,covering a wide range of industrial and solar structural applications.

High Speed Fully Automatic 3mm C/U Solar Channel Machine (25M/Min)

working flow:

Hydraulic Decoiler+Loading Cart → Servo Feeding+5-roller Leveling+Hydraulic Punch Station(6 units of punch seats) → Looper → Roll Forming Machine → Flying Cutting Die → Run-out table

1.How is thickness and width/height adjustment done?Thickness change is done via a manual interchange tooling system, while width/height is fully automatic using servo motors and Hiwin T-rails

2. How safe and user friendly is the machine?

Servo systems and automation reduce manual intervention, enhancing both safety and ease of operation.

3.What advantages does this machine have over traditional production lines?With a high speed of 25 m/min and precise roll forming design, production efficiency and quality are significantly improved.