3D files ensures 3D models practised from ideas and ready for production that reduce printing errors and accelerate prototype development. Precise CAD design takes into account materials, tolerances and production methods in order to move from prototype to series production smoothly.

What is the creation of 3D files?

In the course of the service, concepts are transformed into accurate 3D models based on samples, sketches or descriptions and into exported prototype files. The models are manufactured in accordance with a suitable production standard and checked from the point of view of manufacturing capability (DFM) in order to minimise iterations and production costs.

Who is appropriate?

• engineers and product development groups who need CAD design ready for production;
• to
• producers and production partners waiting for sound production files;
• li>designers and start-ups who accelerate prototyping;
• hobi and professional 3D printers who require optimised 3D-models.

Why is it valuable

to have an accurate 3D model reduces test and production error, shortens up time and saves The CAD-design ready for production allows for a rapid transition from prototype to series production and ensures stable quality in each batch.

Main functions and advantages

• Precise modelling: detailed geometry and design optimisation to avoid malfunctions;
• CAD-design and version management: convertible STEP/IGES and paramatic files for simple iteration;
• Preparable files for production: STL, STEP and other formats, accompanied by tolerances and assembly instructions;
<Manufacture control (DFM): material and process optimisation A well thought-out CAD design and a detailed control process reduce repetition work and keep the budget under control. Flexibility in file formats and documentation ensures smooth integration into existing production streams.

How does the process look

1. Initial consultation: examination of samples, sketches or description and target definition;
3. Initial modelling: confirmation of the concept with a 3D model sketch;
4. Li>Precise CAD design: taking into account dimensions, tolerances and end material;
5. Li>Preparability control and correction: DFM analysis and improvement proposals;
6. Li>Li>Final prototype files and documentation: ready-to-export production files and assembly and test instructions.

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Send a sketch or description and move the prototype faster to a productionable stage - profile prototype files and 3D models suitable for production are waiting to start.