Welded Metal Bracket from Laser Cut Blank to Finished Assembly
Laser Cutting // Bending // Welding for Automotive, trailer, industrial equipment and hardware assemblies.
Customer Requirement
A typical OEM project begins with drawing review, material confirmation, process route planning and inspection requirements.
Carbon steel or stainless steel plate
Laser cut blank with bend lines and hole positions
MIG, TIG, spot or robotic welding
Powder coating, plating or painting
From Blank to Finished Component
The exact route depends on drawing, material and quantity, but the steps below show the manufacturing logic buyers can expect.
Drawing and Weld Review
Part drawings are reviewed for bend direction, weld length, hole position, coating and assembly fit.
Laser Cutting Blank
Plate or sheet material is cut to profile, with holes, slots and contours prepared before forming.
Bending and Forming
The blank is formed with controlled angle, flange height and bend radius.
Welding and Fixture Control
Welding sequence and fixtures help control distortion and keep mounting features aligned.
Surface Treatment
The welded bracket can be deburred, cleaned, plated, painted or powder coated based on application.
Final Inspection
Weld appearance, hole position, angle, coating coverage and packaging are checked before delivery.
Risk Points to Control
Inspection Focus
Parts We Can Manufacture with Similar Routes
Send Drawings for Process Route Review
Share drawing, material, finish, quantity, tolerance and inspection requirements. We will review manufacturability and quotation details.