industry solutions
3DIK offers solutions for different industries
construction industry
In formwork construction, shape-specific built-in components and model making, additive manufacturing (3D printing) offers the potential to make construction processes more precise, flexible and sustainable. In formwork construction, 3D printing enables the rapid and cost-effective production of complex, tailor-made formwork that is precisely tailored to individual building shapes. Shape-specific built-in components can be flexibly manufactured using additive processes, allowing special functionalities and sophisticated designs to be efficiently integrated into construction projects. Additive manufacturing is also revolutionizing production in model making: detailed physical models can be made directly from digital designs, which can be used for illustration purposes. By using additive manufacturing in these areas, the construction industry can not only work more creatively and precisely, but also more sustainably by reducing material waste and using resource-saving methods.
gardening and landscaping
In gardening and landscaping, 3D printing offers a wide range of applications, such as individual plant containers, water features, seating and decorative elements that blend perfectly into the respective environment. Custom-made irrigation systems or special connections for individual systems can also be produced that can be optimally adapted to irregular shapes and specific requirements. 3D printing also makes it possible to use sustainable materials such as biodegradable PLA or recycled plastics, thus creating environmentally friendly solutions. The visualization of designs can also be supported by printing miniature models of landscape projects, which makes planning and coordination with customers easier.
medicine
In medicine, 3D scanning and additive manufacturing processes enable the production of customized implants, prostheses and surgical tools that are perfectly tailored to the anatomy of individual patients. 3D scanning can be used to create precise digital models of body parts that serve as the basis for individual medical solutions. 3D design and reverse engineering can digitally recreate and adapt existing structures, which supports the development and optimization of patient-specific solutions. This enables precise treatment, shorter operating times and significantly accelerates the development of new therapeutic approaches.
industrial and mechanical engineering
Compared to conventional manufacturing processes, components can be manufactured using additive manufacturing in a resource-saving manner. In addition, there is no longer any dependency on supply chains, which means that components can be delivered quickly. Complex components, prototypes and small series can be manufactured, which are often difficult to implement using conventional methods. 3D scanning enables the precise recording of existing components, which simplifies the testing and reproduction of components. Using 3D design and reverse engineering, these components can be digitally reconstructed and optimized if necessary, which significantly speeds up repairs, adjustments and further developments. These processes significantly increase the efficiency, flexibility and precision in development and manufacturing processes in the industrial sector.
furniture construction
In furniture construction, 3D printing, additive manufacturing, 3D scanning, 3D design and reverse engineering open up new possibilities for the production of individual, functional and design-oriented pieces of furniture. With 3D scanning, existing pieces of furniture or room configurations can be precisely captured and further processed as digital models. This enables customized adjustments, optimizations and the production of complex designs that are difficult to implement using traditional methods. Through 3D design and reverse engineering, furniture parts can be precisely reproduced and optimized for repairs or adjustments, making production more efficient and flexible. These technologies help to modernize furniture construction and realize creative, customized solutions faster and more cost-effectively.
interior and art
In the area of interiors and artwork, 3D printing, additive manufacturing, 3D scanning, 3D construction and reverse engineering offer opportunities to create unique and detailed designs. 3D scanning can be used to precisely digitally capture existing artwork or interior elements in order to use them for reproductions, restorations or creative developments. 3D construction and reverse engineering make it possible to reconstruct and customize complex designs, allowing artists and designers to reach new dimensions of design. 3D printing offers the freedom to realize extraordinary shapes and textures that are often not possible with traditional techniques. These processes promote creativity and offer efficient solutions for producing unique artwork and interior designs.
