Applied research and product development

Designing and creating design solutions for new and existing products brings a number of competitive and economic advantages to manufacturing.

Mathematical models make it possible to virtually test and optimize products and processes before their physical implementation and adjust their properties according to preferences.

By optimizing the structure and shape of the product, the amount and weight of material is minimized while maintaining the strength and functionality of the product.

3D technology opens up new possibilities in prototyping and maximizes the speed of mass production.

Metal 3D printing, also known as additive manufacturing, is a technology that enables the production of complex metal components directly from a digital model.

With post-processing, products gain in aesthetics, functionality and quality, waste can be minimised and the efficiency of the materials used can be increased.

The aim of in-house research and development of materials is to innovate their properties and to give companies a competitive advantage through rapid application in industry.

3D scanning enables the creation of accurate digital models of real objects and spaces that open up new possibilities in product design and manufacturing.

Metrology enables companies to carefully control the quality of products based on precise measurements from the beginning to the end of the production process.

The automation of manufacturing processes using robotics and sensors is taking manufacturing processes to a new level of efficiency and innovation.

They improve product quality and reduce production costs through surface treatments, material coating and material processing.

Laser technology is revolutionising product development, material processing and testing thanks to its versatility and precision.