3D printing began as a method for quick prototyping and has now advanced to integrate with various technologies across multiple industries. This progression has led to a swift increase in the number of companies embracing the technology.
Additive solutions support the aerospace industry and its suppliers by delivering accurate part geometries and deformation analysis. This information is crucial for R&D, manufacturing, and maintenance, repair, and overhaul (MRO) processes, helping to identify failure modes and ensure the quality and safety of aircraft.
By integrating GOM's optical metrology sensors with advanced analysis software, the aviation industry can build and maintain aircraft more efficiently and securely. This comprehensive Digital Twin approach accelerates development, enhances safety, and supports better decision-making throughout the aircraft lifecycle.
Additive solutions in healthcare leverage cutting-edge technologies like 3D printing, scanning, and simulation to revolutionize patient care. By integrating these advanced tools, medical practitioners can tailor treatments to each individual’s unique needs, enhancing both precision and effectiveness.
3D printing customizes medical devices and implants, while scanning and simulation enhance diagnosis, treatment planning, and surgical outcomes.
The tooling industry is a vital component of engineering, specializing in the design, creation, and application of tools used in manufacturing processes. It plays a crucial role in producing high-quality parts and components across industries such as automotive, medical, and aerospace.
The tooling industry encompasses products like cutting tools, screwdrivers, jigs, fixtures, workholding devices, dies, molds, and gauges. These tools are crucial for precise manufacturing, stability, and accurate measurement, ensuring efficient production and high-quality standards.
In the automotive industry, Additive supports throughout the entire development process of a new automobile. In product development, measuring data provides information about material characteristics and part behavior. The results influence simulation and engineering.
In production quality control, which is becoming increasingly automated, the full-field geometry acquisition by 3D scanning provides the data basis to inspect forms and tools, cast parts, plastic and sheet metal parts as well as assemblies and complete car bodies.
We bridge the gap from idea to stunning jewellery with our cutting-edge Additive Manufacturing solutions. Our process excels in delivering unparalleled finesse and craftsmanship, while minimizing metal wastage and reducing costs.
Experience rapid turnaround times and the freedom to explore intricate designs that were previously unattainable. Our technology enables the creation of personalized and complex jewellery pieces with exceptional precision and efficiency, turning your creative visions into reality.