Sheet bending with press

aluminumautomotivefor transportation

Overview
Norck provides precision sheet metal bending services for prototypes and production runs, serving aerospace, defense, robotics, industrial and automotive sectors. Engineering-led workflows and modern press brake equipment deliver accurate forming, repeatability and scalable output.

Capabilities

• Press brake bending (V-die, segmented tooling), edge bending and related forming methods.
• Complex geometries: multiple sequential bends, hems, flanges and tight radii.
• Materials: carbon steels, stainless steels, aluminium and specialty alloys with material-specific bending parameters.
• Rapid prototyping and low-to-high volume production scaling.
• DFM support: engineering feedback to optimize parts for bending and assembly.
• Integrated operations: coordination with laser cutting, shearing, stamping, punching, deep drawing, finishing and deburring.

Process (press brake)

• Loading: sheet positioned on the press brake bed, typically on a V-block.
• Bending: punch driven into die (hydraulic or mechanical) to form the angle; sequential bends produced as required.
• Unloading: parts removed manually or by robot; optional finishing and inspection steps applied.

Applications & Industries

• Construction: roofing and cladding components.
• Automotive: body panels, doors, hoods, fenders and structural parts.
• Aerospace: fuselage panels, access doors and structural brackets.
• Transportation: rail, bus and aircraft components.
• Food processing and catering equipment.
• Signage, architectural cladding and art installations.

Quality & Compliance

• ISO 9001:2015 certified quality management system.
• Dimensional inspection and process controls to ensure repeatability and traceability.

Why choose Norck

• Dedicated engineering support and DFM reviews to reduce cost and improve manufacturability.
• Data-driven workflows and AI-assisted process planning to optimize cycle time and consistency.
• Local production capacity via partner network in the United States, Germany and Europe for flexible lead times.

Technical specifications

• Primary method: press brake bending (punch and V-die), segmented tooling options.
• Materials: steels, aluminium and specialty alloys.
• Outputs: prototypes and production quantities; scalable volumes.
• Complementary services: laser cutting, shearing, stamping, punching, deep drawing, deburring, painting, anodizing.
• Accepted CAD formats for quotes: DWG, DXF, STP/STEP, IGES, STL, SLDPRT, SLDASM, PDF, etc.