Hexagon Software Enhances Measurement of Complex Geometries

Why It Matters

By tightening measurement automation and simplifying robotic machining, the two solutions boost factory productivity, reduce downtime, and help manufacturers meet tighter tolerances while cutting engineering costs.

Key Takeaways

• Quindos 2026.1 adds full CMM Check 3.0 compliance.
• Variable high‑speed scanning cuts programming time.
• New rotary‑table workflow streamlines multiaxis measurement.
• RoboDK CAM automates robot code generation from CAD.
• Deployment testing time drops up to 40 % with RoboDK CAM.

Pulse Analysis

The latest iteration of Hexagon’s Quindos software reflects a broader industry shift toward tighter integration of metrology and digital design. By supporting the CMM Check 3.0 standard, Quindos 2026.1 ensures that coordinate‑measuring machines operate within a validated, traceable framework, a prerequisite for high‑mix, low‑volume production where precision is non‑negotiable. Variable high‑speed scanning and simplified rotary‑table programming reduce the manual effort traditionally required to set up complex inspection plans, translating into faster turnaround for parts such as aerospace gearboxes and automotive drivetrains. Enhanced gear‑tooth‑thickness visualization and Hirth serration run‑out analysis give engineers deeper insight into component health, supporting predictive maintenance strategies.

RoboDK’s CAM solution tackles a different bottleneck: the programming gap between CAD designers and robot operators. By automatically generating robot code from 3D models and offering seamless add‑ins for Fusion 360, SolidWorks, and Mastercam, RoboDK CAM eliminates the need for specialized robot‑programming expertise. This democratization of robotic machining accelerates deployment cycles, with early adopters reporting up to a 40 % cut in testing time and a shift from days‑long commissioning to minute‑scale simulations. The ability to simulate five‑axis machining, detect collisions, and manage stock in a single environment also reduces scrap and re‑work, directly impacting the bottom line.

Together, these tools underscore a converging trend: manufacturers are building a tighter digital thread from design through inspection to production. Integrated metrology data feeds back into CAD, while automated robot programming closes the loop, enabling rapid iteration and continuous improvement. Companies that adopt such end‑to‑end automation can expect higher throughput, lower labor costs, and stronger compliance with quality standards—key differentiators in an increasingly competitive global market.