Additive manufacturing processes at our facility serve as a strategic pillar for rapid prototyping, precision fixture development, and design validation. By utilizing this technology, complex geometries required for both development and production support are manufactured with high efficiency. This approach significantly reduces development lead times and enables rapid engineering iterations without the constraints of dedicated tooling.

As part of our innovation roadmap and the IRASME project, we integrate additive manufacturing directly into our advanced production ecosystem. We actively deploy these technologies to develop customized components for collaborative robots (cobots), specialized laser safety hardware, and various critical production tools. This integration enhances our operational agility and reinforces our commitment to digital transformation in manufacturing.

Key Features and Capabilities:

• Rapid Prototyping & Validation: Accelerates the physical verification of designs, minimizing potential errors before mass production.

• Complex Geometry Manufacturing: Overcomes the limitations of traditional machining to deliver optimized, functional parts.

• Robotic Integration: Enables the rapid production of custom end-effectors and mounting brackets for cobot systems, ensuring flexible automation.

• EHS & Safety Solutions: Custom-manufactured safety enclosures and specialized hardware for laser systems and high-risk production areas.

• Cost-Effective Iteration: Allows for immediate design adjustments without the need for expensive mold or tooling investments.

• Advanced R&D Competence: Demonstrates international-level technology implementation and application capabilities through the IRASME project.