Design models - Import export

Design engineers’ training in designing 3d models of treated parts in CAD systems with recommendations for computer equipment selection.

Statistical experimental design We plan your trials in development and production. With our statistical methods, you can optimise production during normal operation. This saves you technical batches and thus costs. Nevertheless, you gain resilient and robust improvements. Statistical design of experiments is the fastest and most cost-effective way to carry out developments and optimisations. Contact us for an initial discussion! CPV "Continouus Process Verification With CPV, the manufacturing process is checked for variable proportions, trends and opportunities for improvement. As such, it is part of the "Life Cycle Management" to further operate the process in a controlled manner within narrow limits. We evaluate your process data statistically and thus show potential for improvement. This way you use your data productively and can achieve strong savings and improvements in quality. So it pays off! Contact us for an initial discussion! Quality by Design "QbD

Our model making is the translation of data and creativity into three-dimensional, physical forms. Our services We manufacture in the following model making business: Gauges and receptions for auto industry suppliers Cubing tubes with surveying lasers for seals Foundry models for all types of castings and casting processes up to medium sizes Architectural models for terrain, buildings and industrial plants Visual and design model construction The materials processed by us are predominantly wood, plastics, synthetic resins and aluminum. The production depends on the demands on the product through craftsmanship up to CNC technology. On request, all products can be measured with the latest measurement technology and supplied with measurement protocol. Our team consists only of competent professionals who implement all the requirements and deadlines set for the product.

Flexible drive solutions through motors with RoboDrive technology Key functionalities High torque with compact design High power density through maximum copper fill factor Reduced power loss through optimized stator and rotor design Use as direct drive with reduced motor speed Highly precise controllability, positioning accuracy and dynamics High efficiency with compact design Modeled drive, tool-based optimization over the entire drive train Hollow shaft design

Architectural Design Engineering Design Production and Modeling - BIM Geological and Geotechnical Studies Environmental Studies Land Management Plans