Mechanical Design
Redefining Standards with Creativity and Expertise.
The expertise of Catalys in mechanical design is the cornerstone of innovative and sustainable production. We deploy advanced skills in analytical engineering, solid and surface modelling, and ergonomic assessment to create products that not only perform optimally, but also communicate your brand through their design. Our process incorporates an in-depth analysis of trends and technologies, as well as an assessment of manufacturing costs to ensure cost-effective, cutting-edge solutions.
At Catalys, our approach to mechanical design extends far beyond traditional technical parameters. We incorporate a unique perspective that combines creativity and functionality. By understanding the specific needs of each customer, we are able to transform ideas into tangible realities. This methodology enables us to create products that are not only effective and durable, but also tailored to our customers’ brand identity and values. Each project is a close collaboration, aimed at providing tailor-made solutions that stand out in the market.
Catalys’ vision for the future of mechanical design is based on continuous innovation and adaptability. By keeping abreast of the latest technological advances and market developments, we ensure that our designs are not only relevant for today, but also ready for the challenges of tomorrow. We aim to pioneer solutions that redefine the possibilities in mechanical engineering, with a focus on efficiency, environmental sustainability and design excellence.
Our extensive equipment and prototyping capabilities allow us to quickly iterate and refine concepts. Our extensive experience in mass production allows us to correct problems before they arise and develop the assembly tooling required for production.
That's the Catalys difference.
That's the Catalys difference.
Among our talents:
- Design of plastic and metal moulded parts
- 3D and 2D solid and surface designs
- GD&T
- Design of precision machined parts
- Advanced mechatronic integration
- Static simulation
- Design for mass production assembly
- Specialization in watertight and robust design
- Design of test templates
- Assembly line design
- Design of measuring jigs
- Advanced problem-solving
- Machining and 3D printing
- Development of manufacturing processes
- Machine design
- Programming template design and PCB testing