Industry solutions
additive manufacturing
The areas of application for additive manufacturing are diverse and growing all the time. Already, the technology has played a crucial part in fundamentally changing the way products are made. By building objects layer by layer, 3D printing enables the creation of complex shapes and customized products. From prototyping in the automotive and aerospace industries to custom medical implants and one-of-a-kind jewelry, the applications for additive manufacturing are broad.
Fields of application of industrial 3D printing
Industry solutions at a glance
- Aerospace
- Tool and mold making
- Prototype construction
- Construction and interior design
- Furniture industry
- Auxiliary and operating equipment
- Design and architecture
- Art industry
- Automotive
- Railroad industry
- Shipbuilding
Additive manufacturing automotive industry
Additive manufacturing has triggered a remarkable transformation in the automotive industry, offering myriad opportunities in terms of vehicle development, production and operation. Developments that have already been transformed in the automotive industry by 3D printing:
Prototyping: prototypes of vehicle parts can be produced quickly and cost-effectively. This allows design changes and improvements to be implemented more efficiently.
Spare parts manufacturing: 3D printing makes it possible to produce spare parts for older vehicle models for which stock may no longer be available.
Lightweighting: lightweight components can be printed that reduce vehicle weight, contributing to improved energy efficiency and performance. Particularly in view of the steady electrification of passenger transport towards mobility with reduced CO2 emissions, the aspect of weight saving is becoming significantly more important.
Individualization: additive manufacturing enables the production of individualized vehicle parts that meet the specific requirements and wishes of customers.
Additive manufacturing aerospace
Additive manufacturing offers the opportunity to push the boundaries of the aerospace industry and explore new horizons. Already, the benefits of this innovative technology are being exploited in numerous ways for the industry:
Lightweighting: the production of lightweight components with complex internal structures significantly reduce the weight of aircraft parts. Lower weight leads to improved fuel efficiency and ultimately savings in operating costs.
Customized components: 3D printing can be used to produce customized components that meet the specific requirements of the space project.
Rapid prototyping: Prototypes for the aerospace industry can be produced quickly and cost-effectively.
Cost savings: aerospace material regulations are strict, so only expensive high-performance plastics are used. Additive manufacturing optimizes material consumption by using only the material needed for manufacturing. This not only saves material, but also lots of money.
Additive manufacturing tooling and molding
Additive manufacturing offers countless opportunities and possibilities in the field of mold and tool making. The possibilities at a glance:
Spare parts manufacturing: 3D printing makes it possible to inexpensively remanufacture broken or aging tools and molds. To do this, the old tool is shredded and recycled.
Small-batch production: Additive manufacturing is ideal for the cost-effective production of small batches.
Complex geometries and structures: Tools and molds can be produced in any shape and geometry, opening up completely new design freedom. Even complex, internal structures can be realized with 3D printing.
Prototyping: Prototypes can be produced, tested and revised quickly. This rapidly accelerates the development process of a product.
Additive manufacturing design and architecture
3D printing offers limitless design possibilities for art and architecture and is significantly changing the approach to creative projects. The new type of manufacturing is taking on more and more tasks and revolutionizing the creative industry anew:
Model making: models and prototypes can be produced quickly to visualize and optimize ideas.
Sustainable building: Through material-saving production, additive manufacturing contributes to sustainable construction and supports green architectural concepts. The use of bio-based and degradable plastics with natural fiber reinforcement are also an advantage for sustainable building projects.
Individualization: Thanks to additive manufacturing, customized and individualized design ideas can be easily realized - from a simple exhibition stand to self-designed stair railings, no wishes remain unfulfilled.
Faster construction times: 3D printing enables an accelerated construction process, as complex components can be printed directly on site.
Aboslute design freedom: Additive manufacturing makes it easy to implement complex shapes and geometries in the architectural industry.
Additive manufacturing furniture industry
3D printing offers new perspectives for design, manufacturing and customer experience. The manufacturing process enables unique and complex designs that would not be feasible using conventional methods. The advantages at a glance:
Customized furniture: thanks to the manufacturing process, each piece of furniture can be produced individually.
Design freedom: Complex designs and shapes can be realized effortlessly. Furniture with complex structures and connections can be produced, offering high stability and aesthetics.
Sustainability and recycling: additive manufacturing contributes to sustainability in the furniture industry by saving materials. It can also extend the life of furniture pieces by making it easy to produce replacement parts.
On-demand production: furniture pieces can be produced when they are needed. This saves on storage costs. Even decentralized production is feasible with 3D printing. This can reduce costs for often large and heavy products.
Additive manufacturing art industry
Artists are using 3D printing to push the boundaries of their creative expression and create unique works of art with innovative materials and techniques that are not feasible with other manufacturing processes. Additive manufacturing is expanding the boundaries of the art world and opening new horizons for artists and art lovers:
Sculpture creation: sculptures and art objects can be easily and quickly reproduced as three-dimensional models.
Materials research: Artists use 3D printing to experiment with innovative materials and techniques.
Design freedom: Complex shapes can be created quickly and cost-effectively.
Accessibility: 3D printing makes it possible to make artworks physically tangible for people with disabilities.
Reproducibility: Additive manufacturing allows artworks to be reproduced without compromising quality.
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