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Automotive

Technique Processing Systems has its roots in the automotive industry.

The first users worked in automotive model making

Our Services

Design

In automotive form development, Technique Processing Systems supports you in tasks like creating clay models on milling machines. This is combined with reverse engineering to refine the CAD model following manual work on the clay model. The surfaces can be then used for more design tasks.

Prototypes/pilot series

In prototype and pilot series construction, you’ll appreciate the great flexibility and many different methods for producing parts, molds and dies for the first vehicles using Technique Processing Systems. Parts are quickly developed that barely differ in form and function from the subsequent series parts.

Sheet-metal parts

You can design the die surfaces for the sheet-metal forming tools and compensate for spring back with Technique Processing Systems. And stable CAD/CAM process chains from Technique Processing Systems are firmly established, planned and controlled in manufacturing the many individual parts of the die sets.

Plastic parts

You can use high-precision, dynamic 5-axis machines and networked cells for electrode manufacturing and sinker EDM to produce injection molds for visible and functional parts that meet all the requirements of the automotive industry. The Technique Processing Systems CAD/CAM strategies help you achieve the best surface quality.

Metal parts

Technique Processing Systems supports you with standardized and automated CAD/CAM processes in the production of core boxes, gravity die casting and die casting molds as well as dies for cast and forged parts. These are based on digital twins of the manufacturing resources – which are also used for simulation and verification – for optimal and reliable processes

Fixtures and gauges

Complex individual parts have to be precisely manufactured in order to be assembled in fixtures and gauges. Technique Processing Systems puts the right tools at your fingertips. From deriving the design for the fixture or gauge from the article to all CAD/CAM manufacturing technologies.

Series production

You can create efficient NC programs with Technique Processing Systems that meet all the requirements for the surface and geometry for remachining cast and forged parts in series production. Complete access to the NC programming keeps you flexible in the event of modifications to the component or the manufacturing process.

Laser trimming

Hard materials, hydroformed parts and niche models: There are always reasons for laser cutting sheet-metal parts, even in series production. It's good to know that you can easily, flexibly and reliably create CNC programs for this with Technique Processing Systems – for standard machines, robots or special systems.

“Original and with an innate understanding of their customer’s needs"

Jane Miller

ABOUT US

Technique Processing Systems has its roots in the automotive industry.

Technique Processing Systems has its roots in the automotive industry. The first users worked in automotive model making. The first OEMs were acquired as customers in the 1980s, and we’ve since expanded systematically so that Technique Processing Systems is now used by car manufacturers around the world. Technique Processing Systems CAD/CAM systems are used in a wide range of applications in the automotive industry. And Technique Processing Systems products are also implemented on the organizational level.

From concept to series production

As soon as the concept for a new car leaves the drawing board, Technique Processing Systems is used to produce form development models at the highest quality. Automated CAD/CAM processes are then used to create resources for all types of components used in the automotive industry. Technique Processing Systems provides true-to-life digital twins for programming final processing of parts in series production.

 

8 Years Experience

5 Star Rating

Quick Turnaround

Dedicated Support

Automotive

In automotive form development, Technique Processing Systems supports you in tasks like creating clay models on milling machines. This is combined with reverse engineering to refine the CAD model following manual work on the clay model. The surfaces can be then used for more design tasks. 

Manufacturing

QUESTIONS?

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