As a rule, the digital 3D component models of our customers serve as the starting point for our work, and we are happy to provide them with advice on the design of parts and components suitable for production.
Following a thorough examination of the shape and material of the templates, we define an efficient manufacturing sequence for the components. If, in individual cases, only physical component models are available, we can measure these using optical or tactile measuring machines and convert them into digital models.
Modern CAD/CAM workstations, the use of common software manufacturers (e.g. CATIA, TEBIS, WorkNC and Visi-CAD) and dren file formats (STP, Catpart, IGES, DXF) as well as data transfers (Odette, Engdax) ensure a safe and smooth workflow.
For our Race Car Manufaktur’s replica Audi Sport Quattro S1 E2, we developed a new wheel carrier based on an original component from the 1980s.
Better than the original – and at today’s state of the art.
Using an optical 3D scanner, the first step was to digitize the original component. From this, we developed a design model that was used for load simulations and to optimize material thicknesses and qualities, and was also the starting point for programming our 5-axis machining centers. Final measurements were carried out with optical measuring equipment as a target/actual comparison.
We supply products in near-series quality. With processes that anticipate series production and thus enable early inspections and test runs. With a high vertical range of manufacture that ensures short delivery times.
We cut and weld with short lead times. With large powerful 5-axis laser cutting machines that ensure consistent high quality when processing sheets of different materials and thicknesses.
We are precise and manufacture measuring fixtures as well as inspection gauges and equipment made of steel, aluminum and lightweight materials. For precise recording and inspection of components.
We work digitally. With modern CAD/CAM workstations, secure data transfers and all common software formats. For a production-oriented and efficient manufacturing sequence of parts and components.