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Progressive Dies

The Best-Known Companies Rely On Our Progressive Dies For Their Products

In 1948, Oberg revolutionized the industry by pioneering the use of tungsten carbide in our stamping dies for long-running, high-precision manufacturing applications. This harder-than-steel material created longer-life tooling that reduced overall production costs, improved accuracy and forever changed the industry. Today we continue to innovate and grow our worldwide reputation for progressive dies, die replacement components, die design, and tooling systems for demanding applications.

  • Carbide Progressive Stamping Dies
  • Modular Stamping Dies
  • Slot Dies
  • Alterations, repairs, servicing
  • Prototype Tooling
  • Spare Components
  • Electric Vehicle Rotor and Stator Dies
  • Dies for brittle material or fiber material
  • Rotor Stator dies
  • EV/HEV Thin Lamination Dies
  • Stamping Die Replacement Parts
  • Primary + Secondary Scroll Dies
  • Automation for Tooling Systems
  • Punches and Bushings
Die Design and Engineering Support
Carbide Analysis Lab Support
Production Stamping
  • 50+ presses from 5 to 400 tons
Machining/Turning/EDM
  • Multi-Axis Milling
  • Turning
  • Mill/Turn
  • EDM Wire and Sinker
  • Swiss turn
Precision Grinding
  • Surface / Centerless
  • Jig / Advanced MDP®
  • Wave Shear Grinding
  • Lapping
Special / Secondary Processes
  • Heat Treating + Cryogenics
  • Welding (Laser + TIG)
  • Electropolish
  • Lapping, Deburring
  • Aluminum
  • Brass
  • Bronze
  • Cold Rolled Steel
  • Copper
  • Inconel®
  • Hiperco 50®
  • Nickel and cobalt alloys
  • Silicon Electrical Steel
  • Stainless Steel
Oberg metal stamping facility A precision stamping die used in the production of high-performance rotor and stator laminations for power generation systems. Oberg Industries progressive stamping dies Progressive Stamping Die

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Game-changing innovation

Oberg introduced tungsten carbide stamping dies in 1948. The first rotor-stator lamination dies in 1950. And interlocked dies in 1980. Today, we continue to be an industry leader in dies, die components and automation systems using precision tooling for a wide range of markets. Our latest innovation is a die try-out cell where we produce tooling for EV/HEV motor components.

Superior talent

With over 25 die engineers, 10 automation engineers and 500 skilled machinists, surface grinders and technicians, our team has the diverse expertise to design and manufacture any die package. We keep up the good work by continuously developing and training new employees with our nationally recognized apprentice program.

Exceptional value

Oberg maintains an internal carbide lab, where we work closely with you to insure the best carbide selection, material performance and total value for each application. Our tooling expertise helps you achieve a low total cost of ownership — quite often even a lower cost alternative to fine blanking a part.

Oberg Original

Carbide Punches & Die Inserts

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Oberg offers a complete line of standard size and custom manufactured tungsten carbide punches, matrixes and pilots in imperial and metric dimensions/tolerances.  Oberg carbide die components can be manufactured to your print or drawing, regardless of shape or size.  Oberg’s precision carbide stamping die components and tooling are recognized by manufacturers around the world for unmatched durability and quality.

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Oberg Facts Stamping Expertise: Specialty Metals & Alloys

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