Additive manufacturing – Prototypes & display models
3D printing is an essential part of our product development. Using FDM and SLA processes, we produce functional prototypes and high-quality display models—precise, flexible, and tailored to the intended application.
3D printing & engineering
We use additive manufacturing specifically for producing functional prototypes and display models —as a supporting service within development projects or for standalone internal applications at the client’s site.
All printed parts are intended exclusively for the client’s internal use: for validating function, fit, and design, or as demonstration and presentation models. Series production or third-party distribution is not intended.
Our approach
- FDM and SLA printing for functional and visual prototypes
- Wide range of materials for mechanical, flexible, and high-temperature use
- FDM with typical tolerances of ±0.1 mm, SLA with very high detail resolution
- Post-processing as required (sanding, painting, threaded inserts, bonding)
From idea to prototype
Our additive manufacturing projects follow a clear workflow—from concept to a functional prototype or display model.
Requirements & goal
Define application, function, appearance, and material requirements
→Data & preparation
Review and preparation of CAD data or support during design
→Process & material selection
Selection of FDM or SLA and suitable materials for the application
→Printing & post-processing
Additive manufacturing with optional post-processing for function or appearance
→Validation & use
Use as a functional prototype or display model at the client’s site
FDM & SLA compared
Two processes—used where they make sense
FDM is particularly suited for robust, functional prototypes and larger components. Segmentation allows for larger overall geometries. The focus is on function, strength, and material diversity .
SLA is used when fine details, smooth surfaces, or specific material properties are required. Depending on the application, we use standard, tough, high-temperature, or flexible resins to achieve precise, high-quality results.
Key benefits at a glance
- FDM: Large parts, technical materials, high robustness
- SLA: High detail resolution and excellent surface quality
- Wide material range for different requirements
- FDM with typical tolerances of ±0.1 mm, SLA with very high detail resolution
- Post-processing based on functional or visual needs
Typical applications
We use 3D printing for clearly defined application scenarios:
Prototypes of product housings and functional parts
Prototypes of mechanical assemblies and systems
Display, demonstration, and presentation models
Multi-part and multi-color printed components, including segmented builds (up to approx. 1m)
Quick order
Do you already have a 3D file?
Visit our webshop and configure the product according to your requirements.
Do you have a project in mind?
We’ll be happy to discuss your requirements and show you how we can turn your idea into a functional mechatronic product.