Design Engineering

The so called 'modeling' is the foundation of any 3D visualization. But the use of three-dimensional data has also become indispensable in the field of straight technical engineerung. Completely new possibilities regarding collision and assembly control of components arise specifically for research and development and assembly production. Structural calculations and strength analysis can be significantly simplified and it is possible to transfer complete assembly data to modern production machines much more efficiently.
CAD data will be edited in Solidworks - a conversion to other 3D formats is possible.

Conversion of existing assemblies

Especially medium-sized companies are still afraid to switch from traditional paper-based 2D drawing to a flexible 3D model. Available resources are often assigned to other tasks, sometimes there's no adequate knowledge to carry out these conversions. The outsourcing of such processes is thus a convenient possibility to reduce costs. Sample 2D Template
Sample 3D Model A transfer of 2D data from an existing CAD system is not always necessary for the conversion - however it can simplify and thus speed up the modeling of components in many cases considerably. The various Autodesk solutions (DXF, DWG) are established standard imput formats here. Initially, finished 3D data will be exclusively exported in Solidworks format (2004) - for individual solutions, i.e. subsequent visualizations there are more output options available.
There are no limitations on the actual use of the resulting 3D objects. They can be combined to assemblies and functional groups in any possible way, arranged already in 3D mode as section or exploded view, or can be further processed for different purposes (part lists, simulations, calculations). As a matter of course it is also possible to create standards compliant 2D drawings from these models, including complete associative views, dimensions and details. Sample 3D View