Cold stamping

metalmedicalfor electronics

Overview
Norck delivers precision metal stamping services for prototyping, low-volume bridge runs and scalable high-volume production. Offering stamping, coil handling, progressive/compound dies and integrated finishing, the service focuses on manufacturability, repeatability and process control.

Engineering support & capabilities

• Design for Manufacturability (DFM): early collaboration to optimize part geometry, reduce scrap and simplify tooling.
• Material expertise: guidance on sheet metal selection for formability, strength, corrosion resistance and cost targets.
• Process optimization & simulation: FEA-based setup and parameter tuning for tight tolerances and complex geometries.
• Quality assurance: dimensional inspection, material verification and in-process monitoring to ensure consistent runs.

Key stamping capabilities

• High-tonnage presses to process a range of metals, thicknesses and part sizes.
• Progressive and compound dies for efficient multi-step forming in a single stroke.
• Coil handling and automated progressive stamping lines for high-volume output.
• Finishing options: deburring, bending, tapping, plating, painting and assembly.

Why Norck (capability highlights)

• Scalable production from single prototypes to high-volume series under one roof.
• Ability to achieve tight tolerances and complex geometries with repeatable quality.
• Engineering support through the project lifecycle: DFM reviews, tooling recommendations and production planning.
• Data- and simulation-driven approach to optimize cost and quality.

What is metal stamping?
Metal stamping forms or cuts sheet metal using a punch and die. Input can be coil or pre-cut blanks. Stamping performs cuts, bends and draws; progressive die stamping converts coils into finished parts through sequential operations.

Where is it used?

• Aerospace structures and components
• Automotive body and high-volume parts
• Consumer electronics
• Biomedical components
• Enclosures and housings
• Beverage cans and high-volume packaging

How is it fabricated (process steps)

• 1. Blanking / Punching: cutting a part from sheet coil or blanks using a press and die.
• 2. Forming: sequential operations (blanking, punching, bending) between punch and die to obtain final geometry.
• 3. Deep drawing: drawing a blank into a die to produce curved or cup-shaped parts.
• 4. Loading & stamping: sheet is fed into a stamping press; punch and die shape the part in one or multiple strokes.
• 5. Unloading & finishing: parts are removed manually or robotically and may undergo plating, painting, deburring, tapping or assembly.

Quality & standards
Norck operates under ISO 9001:2015 and implements standardized quality management practices including dimensional inspection, material traceability and continuous process improvement.

Applications & scale
Support for prototype development, bridge production and full-scale high-volume manufacturing across industries, combining engineering services and manufacturing capacity from concept to production.

Technical specifications

• Service type: precision metal stamping (prototyping to high-volume production)
• Materials: steel, stainless steel, aluminum, copper, brass and other alloys
• Equipment: high-tonnage presses, progressive & compound dies, stamping/punch presses, coil handling
• Finishing: deburring, bending, tapping, plating, painting, assembly
• Engineering: DFM reviews, FEA process simulation, tooling design guidance
• Quality standard: ISO 9001:2015; dimensional inspection and material verification
• Production scope: prototypes, low-volume runs, scalable high-volume manufacturing