ZEISS Launches TALOS Metrology Robot for Inspection
The automated system pairs a 3.30-meter-reach robot with a blue-light sensor to inspect parts at high volume.
Updated on Nov. 6, 2026 in Robotics
ZEISS introduced ZEISS TALOS, a metrology robot for automated high-volume inspection. The system combines the ZEISS TALOS MR robot with the ZEISS TALOS AX blue-light sensor and positions the sensor without external tracking systems or reference markers.
Why it matters
Automated, high-volume dimensional inspection reduces reliance on manual measurement and tracking hardware in production environments. The integrated sensor and robot approach aims to streamline measurement workflows across industrial settings.
The ZEISS TALOS AX sensor uses two 24-megapixel cameras to capture images at 100 Hz, or up to 200 Hz with fast scan, across a 500 mm wide measurement volume. Measurement uncertainty is stated as below 100 µm over the robot's 3.30-meter reach.
The players
ZEISS
ZEISS is a German optics and optoelectronics company known for its precision measurement and metrology products.
The details
The system includes the ZEISS TALOS RT rotation table and the ZEISS TALOS Safeguard safety concept, and the robot and system concept are designed to withstand temperature variations, vibration, and dust. ZEISS INSPECT calculates the required measurement positions and robot paths from the CAD model, allowing measurement tasks to be prepared offline.
Timeline
November 6, 2026: ZEISS introduced ZEISS TALOS.
The Tech Race
The TALOS system extends ZEISS INSPECT's CAD-driven measurement planning by pairing it with a robot and an integrated optical sensor for automated acquisition. It positions ZEISS within the industrial metrology segment where robotic inspection competes with fixed coordinate measuring machines.
For manufacturers, the system offers automated inspection that may reduce manual measurement time on production lines. Its offline task preparation from CAD models could shorten setup before inspection runs begin.
The takeaway
Manufacturers evaluating automated inspection should weigh stated measurement uncertainty and sensor throughput against their own part sizes and tolerances. Offline CAD-based programming can reduce how much line time is spent on setup.
Further reading
Explore more on Robotics to see how automated inspection systems like this fit into industrial automation.
