In micro-assembly, precision is everything. Whether handling fragile medical components, assembling semiconductor devices, or producing high-performance optical systems, even the slightest deviation can compromise product quality and functionality. Engineers demand automation solutions that deliver sub-micrometer accuracy, ensuring consistent gripping, adhesive application, measurement and positioning in high-tech manufacturing.

Our automation expertise is built for these exacting requirements. We provide:

  • Precise Gripping of Miniature Components – Advanced robotic handling ensures delicate parts are securely grasped and placed without damage, improving yield and consistency,
  • Precision Adhesive Application – Automated dispensing systems apply micro-doses of adhesive with controlled accuracy, reducing waste and ensuring strong, reliable bonds,
  • High-Accuracy Measuring & Positioning – Integrated metrology and motion control technologies align and position components within micron tolerances, guaranteeing repeatability and compliance with strict industry standards,
  • etc.

From medical devices and semiconductors to optics, photonics and electronics, our scalable automation solutions empower engineers to increase efficiency, reduce defects, and accelerate production. With our expertise, you can take your micro-assembly processes to the next level—ensuring quality, reliability, and speed without compromise.

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Competencies and Skills

Precision in Every Grip - Handling Technologies for Microassembly

Based on experience and extensive technical know-how, we develop the ideal gripping solution for every challenge. Whether your application calls for parallel grippers, three-jaw grippers, micro grippers, or vacuum-based solutions – we select the most suitable gripping principle and tailor it precisely to your components.

Our engineers conduct a detailed analysis of your requirements and design a customized handling solution that combines efficiency, precision, and process reliability. We offer a broad portfolio of gripping technologies:

  • Parallel Grippers: Versatile use for various component geometries; gripping force can be adjusted.

  • Three-Jaw Grippers: Ideal for round or complex-shaped parts.

  • Micro Grippers: Accurate handling of ultra-small parts and delicate structures.

  • Vacuum Grippers: Flexible solution for sensitive components, including integrated status monitoring.

Thanks to our quick-change interface, different gripping solutions can be used flexibly with our handling modules. For maximum precision, we apply advanced, automated calibration routines that ensure consistent and reliable operation.

Watch our video to see how flexibly and precisely our gripping systems perform in real-world applications. Let’s find the perfect solution for your specific requirements – together.

Automatic recalibration of effectors

To enable coordinate transfer between the cameras, the Top View Camera (TVC) must be aligned with the Bottom View Camera (BVC). This is done by positioning the TVC over the BVC. An optical mark is already integrated into the BVC as an aid for this calibration.

This optical marker is mounted on a bracket and automatically swivels into the field of view of the cameras. Image recognition software can be used to determine the position of the marker in both images and thus calibrate the viewing axes of the two cameras in relation to each other. This procedure can be automatically integrated into the process to continuously compensate for thermal and other effects.

With the described coordinate transfer it is now possible to calibrate end effectors such as e.g gripping tools and dispenser needles.