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Diverse Applications for Your Ideas

3D printing technology is no longer just a method for rapid prototyping. It has established itself across numerous industries as an indispensable tool that enables innovative solutions and revolutionizes manufacturing. Whether in industrial design, medical technology, automotive engineering, or architecture — 3D printing opens up entirely new possibilities in production, development, and manufacturing.

Thanks to the flexibility and precision of 3D printing, nearly every industry can benefit from this advanced technology. With various 3D printing processes, we offer tailored solutions for almost every application.

Typical Industries That Benefit from 3D Printing

Detailed models, innovative building components, and customized solutions for modern construction projects
Architecture & Construction
Lightweight components, prototypes, spare parts, and specialized manufacturing aids
Automotive Industry
Visual teaching aids, scientific models, fostering creativity and innovation in technical and scientific fields
Education & Research
Custom implants, prosthetics, surgical tools, and patient planning models
Medical Technology
Complex parts that reduce weight while offering maximum strength, directly from the 3D printer
Aerospace
Functional components, spare parts, and customized tools for mechanical engineering
Mechanical Engineering
Tailored insoles, custom-designed shoe soles and uppers, plus faster prototyping and small-batch production
Footwear Industry
Sculptures, artworks, and cultural objects created with highest precision and intricate detail
Art & Culture
From jewelry to bespoke design pieces – 3D printing enables unique creations in every shape and color
Design & Fashion
Personalized products, rapid product development, limited editions, and creative designs for household items, accessories, and electronics housings
Consumer Goods
Ergonomically optimized equipment, customized sports gear, functional parts, and protective elements for amateur and professional use
Sports & Leisure
Props, special effects, custom costumes, and set elements for fast, creative, and cost-efficient production

Film & Entertainment

Our Solutions for Your Industry

Whether you’re working on a creative design project or a complex industrial application, our expertise and advanced 3D printing technologies provide you with exactly the solution you need.

Speed and Flexibility

From design to finished product – we provide fast turnaround times and flexibility in production.

High Precision

Our 3D printing technologies guarantee you exceptional accuracy and detail fidelity.

Cost Savings

Especially for prototypes and small series, you benefit from the cost-effective production of 3D printing compared to traditional manufacturing methods.

Industries and Application Areas in 3D Printing

Prototyping, functional components, tools, small series production

Lightweight components, spare parts, prototyping

Implants, surgical models, prosthetics, patient-specific parts

Dental crowns, drilling guides, dental models

Fixtures, spare parts, near-series prototypes

On-site spare parts, functional components, training elements

Product development, customization, small series

Design prototypes, tools, personalized packaging

Jewelry design, fashion pieces, personalized accessories

Architectural models, formwork, design studies

Demonstrators, teaching aids, research prototypes

Burnout models, casting molds, prototypes

Special components for wind, oil, or gas technology

Sports equipment, customized gear, design prototypes

Props, large figures, masks, set pieces

Sculptures, design objects, replicas, restorations

Printed shoe soles, prototypes, personalized insoles

  • Rapid prototyping (fast creation of sample parts)

  • Product development & design validation

  • Functional parts & spare parts

  • Tools, jigs & aids

  • Customized products / personalization

  • Small series production

  • Mold and model making (e.g., foundry, thermoforming)

  • Training & education (e.g., models, demonstrators)

  • Simulation & visualization (e.g., surgical planning, architecture)

  • Reverse engineering / reconstruction

  • Lightweight construction & topology optimization

  • Functional integration (moving parts in a single component)

  • Investment casting & burnout models

  • Spare parts supply in decentralized or mobile units

  • Sustainable production (material savings, on-demand manufacturing)