Mechanical engineering
Shaping the future with innovative
Mechanical engineering
Production processes
To ensure stable and efficient production processes, smoothly operating machines and systems are essential. Our mechanical engineering division specializes in the design and manufacture of special-purpose machines and machines for the plastics industry.
However, we don't just handle the construction of the objects: Upon request, we can support you in mechanical engineering from the initial idea through design and prototype construction to the turnkey system. With us, you receive all services from a single source.
Increased efficiency in production through customized special machine construction
Perfect symbiosis of precision and technology!
Our special machines set new standards!
The fundamentals of the industry
Mechanical engineering is at the heart of industrial production. It is responsible for the design and manufacture of machines, tools, and systems used in production and manufacturing. These machines are diverse and range from CNC milling machines to 3D printers.
A crucial feature of mechanical engineering is the precision and reliability of the manufactured devices. Engineers and technicians in mechanical engineering work to develop innovative solutions that increase productivity and improve efficiency. The integration of automation technology and robotics has further optimized production and relieved the burden on human workers.
Innovations for industry
Mechanical engineering and special-purpose machinery are crucial sectors of the manufacturing industry, responsible for the development of products and solutions used in a wide variety of industries. These sectors are central to optimizing production processes and creating innovations.
Solutions for special requirements
Special-purpose machinery engineering is a specialized discipline within mechanical engineering. Here, customized machines and systems are developed to meet a customer's specific requirements. These solutions can range from the food industry to automotive manufacturing.
A notable feature of special-purpose machinery engineering is the need to find creative solutions to unique challenges. This requires a deep understanding of the respective industry and the ability to meet customer-specific requirements. The use of cutting-edge technologies such as IoT (Internet of Things) and AI (Artificial Intelligence) enables the development of customized solutions that increase customers' competitiveness.
Innovations in special machine construction
The rapid development of technologies has had a significant impact on mechanical and special-purpose machinery in recent years. One significant innovation is the integration of Industry 4.0 principles, which enables the networking of machines and systems. This opens up the possibility of real-time monitoring, diagnostics, and optimization of production processes.
3D printing technologies are also having a major impact on mechanical engineering. They enable rapid prototyping and the production of complex components with high precision. This accelerates development time and opens up scope for creative design.
Conclusion
Mechanical engineering and special-purpose machinery are cornerstones of the modern manufacturing industry. They are responsible for the development of machines and solutions used in virtually every sector. Continuous innovation in these fields drives productivity and competitiveness and contributes to technological advances throughout industry. From high-precision CNC machines to customized production systems, mechanical engineering and special-purpose machinery remain crucial to shaping our industrial future.
