We bring your ideas into shape
The benefits of additive manufacturing
Additive manufacturing (industrial 3D printing) is revolutionising production: complex geometries, individual designs and maximum flexibility - all possible without tooling costs or long lead times. From prototypes to low-volume production, this technology delivers precise, resource-efficient components that meet the most demanding requirements.
Flexible design
Flexible design
Achieve complex geometries and custom designs without the limitations of conventional production methods. Tailor components to your needs - without expensive tooling costs.
Quickness
Quickness
Significantly reduce development and production times. From prototype to low-volume production, components can be produced in the shortest possible time, giving you a competitive edge.
Conserving resources
Conserving resources
Benefit from resource-efficient production: 3D printing minimises material waste and enables economical production, even in small quantities.
Performance materials
Performance materials
Benefit from high-performance materials specially optimised for industrial use. From high strength to heat resistance and special finishes, our range of materials meets the most demanding requirements.
FROM PROTOTYPE TO SERIAL PRODUCTION
Whether it is complex geometries, customised solutions or functional integration, our wide range of technologies sets new standards in efficiency, precision and design freedom. By combining the latest additive technologies with a wide range of post-processing options, we are not only pushing the boundaries of manufacturing, but also shaping a more sustainable and resource-efficient future.
DO YOU HAVE A CHALLENGE? ARE YOU LOOKING FOR A SOLUTION?
Then our design team is at your service. We develop customised concepts for you and with you, we advise you and are available as a sparring partner. We combine engineering and production to benefit from the synergies of both worlds. From the idea to the finished product - tailored to your needs and requirements.
Limitless possibilities with 3D printing and mechanical machining
The perfect combination of industrial 3D printing and precise mechanical machining opens up new dimensions in manufacturing. Complex geometries produced by additive manufacturing are refined by mechanical machining into highly functional, customised components. Whether it is a tight fit, special finish or additional functionality, this synergy offers endless possibilities for innovative solutions.
To combined processes
"The combination of additive manufacturing and conventional technologies opens up new possibilities for us: We combine the design freedom of 3D printing with the precision of mechanical post-processing to create components that set new standards in functionality and quality."
Stefan Ruckaberle
Managing Director Additive Manufacturing site
As fast as possible
Your drawing is ready and you know what you need?
Upload your CAD data, select the material and process and receive a customised quote in real time. From prototypes to functional components, you benefit from the latest technology and our many years of experience.
As individual as necessary
Do you need help with design or material selection?
We put your needs first. We use our knowledge and experience to guide you from the initial idea to the perfect solution. Whether it is material selection, process engineering or individual challenges, our advice combines technical expertise with a deep understanding of your industry.
Think big.
Print bigger.
When it needs to be large, robust and precise, our large scale 3D printing is the perfect solution. We enable the production of sophisticated components in impressive dimensions that meet the highest industrial demands. From prototypes and functional components to low-volume production, you can benefit from maximum flexibility, efficiency and performance in manufacturing.
High speed & highest surface quality with DLP
Digital Light Processing (DLP) is a 3D printing technology based on the use of a matrix LCD display. Using a UV light source and an LCD display (for masking), a synthetic resin is cured layer by layer. This process is best known for producing parts with the highest surface quality and therefore requires very little post-processing. In addition, DLP 3D printers can generally achieve the most accurate and precise results in the field of additive manufacturing.
3D printing for the food industry
MurSint® x MurPearl®
With our unique combination of MurSint® material and MurPearl® polishing process, we are setting new standards in additive manufacturing for the food industry. Highly accurate 3D printed components, finished to the highest hygiene and safety standards in accordance with EU food certification. From functional parts to complex geometries, we deliver innovative solutions for sensitive industries. Clean, safe, unique.
To the food industry
Industries
Our high quality composite solutions and components are used in innovative industries: aerospace, industrial applications, medical, sports equipment and more.
What specific challenges can we solve together?
- Complex geometries
- Prototyping
- Large-scale printing
- Food compliance
- Lightweight structures
- Selective Laser Sintering (SLS)
- Fused Layer Modeling (FLM)
- Digital Light Processing (DLP)
- Variable Fused Granular Fabrication (VFGF)
- ... other challenges? Let's talk about them!
*Schedule a free and non-binding consultation with our material and application experts to discuss your individual challenges.
Our materials in high-performance applications
Hybrid screw with CFRP tube
More stable screw systems thanks to carbon fibre reinforcement
3D printing meets machining
A gripper for a precise tyre testing system with lightweight construction.
10 tips for the SLS process
Design tips for selective laser sintering - customised product solutions
Construction workshop
Rethinking for design engineers
Learn about additive manufacturing processes, their capabilities, limitations and current trends. We will help you break through design barriers to take advantage of completely new product design and manufacturing options in the future. You will learn how to design components that fully exploit the potential of additive manufacturing options and quickly arrive at new and innovative solutions. What specific challenges can we solve together?
Learn more
Our other manufacturing processes
