FEM and BEM calculations enable the highly accurate solution of complex engineering problems. We offer comprehensive expertise in mechanics and multiphysics, including the coupling of thermal and structural mechanics. For determining material properties and verifying calculation results, we provide comprehensive material and component testing services.

Static, dynamic and fatigue analyses using the finite element method and the boundary element method for isotropic and anisotropic materials such as fiber-reinforced plastic composites. Development and implementation of damage and failure criteria in FEM and BEM. In-house developed program codes for FEM and BEM. Method development for the analysis of complex component behavior. Material and component testing (static and cyclic tests up to 200 kN, temperatures from -40 to -120 °C).

Successfully and quickly transforming a design into a first prototype presents a challenge in all areas of work. Our in-house manufacturing capabilities, utilizing both conventional and CNC machines, allow us to integrate machining and quality assurance into your project.

CNC programming from CAD directly to Heidenhain and Siemens controls

Development of in-house CNC post-processors and CNC-software

Manufacturing capacities:

Conventional and CNC turning up to 5 axes, max. 1000 mm component length, max. 600 mm turning diameter

Conventional and CNC milling up to 4 axes, max. 1000 mm x 700 mm component area

Component measurement (tactile and optical) up to 1000 mm x 700 mm component area

Object recognition in real-world environments presents a significant challenge, especially when prior training of the system with photographs of real objects is not feasible. This necessitates innovative approaches to minimize implementation time and costs while ensuring high recognition accuracy across diverse scenarios. Furthermore, real-time processing is required to seamlessly integrate results into existing workflows. Zero-shot learning offers a solution to this challenge.

Zero-shot learning: The system recognizes objects using synthetic photos, without prior training on photos of real objects, significantly accelerating implementation.

High accuracy: Outstanding recognition accuracy even under varying lighting conditions and in diverse scenarios, supported by advanced image processing technologies.

Real-time processing: Immediate results for seamless integration into workflows.

Application areas:

Flexible manufacturing: Component recognition and inspection of complex geometric features in small batch and single-part production.

Internal logistics: Automated inventory tracking to reduce errors and increase efficiency.

Quality control: Automatic monitoring of product flow and quality standards along the production line.

Technological advantages:

Rapid deployment of the image recognition system with minimal effort.

Customizable object recognition to meet your specific requirements.

Real-time processing on-site, independent of cloud systems.

Our focus is on welding materials with special requirements, such as high-strength, hardenable, or stainless steels. We offer comprehensive consulting services from an international welding engineer, welding of special materials, FEM analysis of welded components, and testing of materials and welds.

Welding of special materials

International welding engineer

FEM calculation of welded joints and welding process optimization

Material and dimensional testing