Tooling & Fixturing Design, Build & Integration

Tooling and fixturing play a critical role in achieving consistent performance in robotic manufacturing systems. IPG Genesis Systems, part of IPG Photonics, provides complete tooling and fixturing solutions including design, development, build, and integration for automated manufacturing systems.

Our engineering teams design and develop custom fixtures and workholding systems that precisely locate, clamp, and position parts during robotic processing operations. These tooling solutions are engineered specifically for robotic laser processing and robotic MIG welding applications to ensure stable part positioning and repeatable processing results.

Tooling systems are developed in parallel with the automation system and manufacturing process to ensure proper robot access, part stability, and process performance. By engineering the tooling together with the automation system, manufacturers achieve improved consistency and reliable production performance.

Key tooling and fixturing capabilities include:

• Custom fixture and tooling design for robotic automation
• Tooling development for laser welding, cleaning, and surface modification
• Robotic MIG welding fixture design and fabrication
• Precision part location and clamping systems
• Positioner tooling and part manipulation systems
• Integration of tooling with robotic automation systems

Fixtures and tooling are engineered to support a wide range of manufacturing applications including robotic laser welding, laser cleaning, laser surface modification, and robotic MIG welding.

These tooling solutions are widely used across industries including aerospace manufacturing, automotive and EV components, medical device component manufacturing, heavy equipment, and general industrial manufacturing.

By combining precision tooling design with robotic automation expertise, IPG Genesis Systems delivers integrated tooling solutions that improve process stability, reduce setup time, and ensure consistent manufacturing performance.