0.7-1.2mm Galvanized Steel Aluminum Door Bottom Rail Roll Forming Machine Warehouse Shop & Industrial Rolling Shutter Door

This 0.7-1.2mm shutter door bottom rail roll forming machine is specially designed to fabricate roller shutter bottom rail
profiles. It supports processing galvanized steel, carbon steel and aluminum materials within the thickness range of 0.7mm to 1.2mm.
The finished bottom rail is widely applied for rolling shutters, commercial storefront shutters and warehouse industrial rolling shutter doors. With continuous roll forming process, the machine delivers profiles with uniform shape, stable dimension and smooth surface. It features simple operation, low maintenance and long service life, ideal equipment for metal shutter profile manufacturers.

Machine List:

Machine Specification:

1. Rolling Shutter Doors
Manufacture bottom rail profiles for residential garage roller shutters, matching galvanized steel, carbon steel and aluminum materials.

4. Commercial & Industrial Shutter Component Suppliers
Supply finished shutter bottom rail profiles for metal profile factories and shutter door manufacturers.

Solution Advantages

1. Comprehensive After-sales Service
We promptly handle all equipment issues for customers. Remote technical guidance is available, and professional technicians can be dispatched for on-site commissioning to deliver satisfying service.

2. On-time Delivery Guarantee
Reasonable production schedules are formulated to arrange manufacturing orderly. We strictly control progress to ensure goods delivery as scheduled.

3. Complete Spare Parts Supply
Original matching accessories are fully provided, facilitating daily replacement and maintenance to keep machines running steadily.

4. Strict Quality Inspection
All products undergo multi-standard testing before delivery. Every detail is checked rigorously to guarantee reliable overall equipment quality.

5. Cost-effective On-site Matching
Fit construction demands of multiple regions, lower production cost and improve project construction efficiency.