Different Industries, the Same Engineering Approach
The industry may differ, but the approach stays the same: design, material and production method are defined by the part's function.
Automotive
Precise, repeatable production for automotive applications, from functional parts to interior trim components. Especially in low and medium volumes, it serves as a production option that requires no tooling investment.
Brackets · Covers · Cable Routing Parts · Interior Trim Parts · Functional Parts
Commercial Vehicles
Production of jigs, fixtures and enclosures used in body and equipment integration. Provides flexibility for small-volume components specific to different vehicle models.
Enclosures · Jigs · Fixtures · Brackets · Functional Parts
Bodywork and Upfitting
Production of components such as covers, brackets and enclosures for bodywork and upfitting applications. Revised versions of existing parts and spare-part needs are also handled here.
Covers · Enclosures · Brackets · Jigs
Machinery
Production of fixtures, jigs and functional parts used in machines and equipment. Preferred when a need on the production line has to be met quickly.
Fixtures · Jigs · Enclosures · Functional Parts
Industrial Manufacturing
Production of fixtures, jigs and prototype parts needed on the production line. Such auxiliary equipment is usually needed in small quantities, which makes 3D printing an economical option.
Fixtures · Jigs · Prototype Parts · Functional Parts
Prototyping
Rapid prototyping from design validation to functional testing. Lets you physically test a design's assembly fit and function before it goes into production.
Prototype Parts · Functional Parts · Covers · Enclosures
Key Benefit by Industry
The logic behind choosing a production method stays the same across industries — here is the benefit that stands out most in each.
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