Tactile Inspection
High-accuracy sub-micron continuous/tactile scanning and discreet point probing for mechanical components.
Physical Verification
Optical scanning is fast, but when mathematically rigorous sub-micron form evaluation is required on highly reflective, machined, or critical aerospace surfaces, active tactile probing remains the undisputed gold standard of metrology.
Our laboratories are equipped with an array of ultra-high accuracy Coordinate Measuring Machines utilizing active continuous scanning technologies (VAST XT, VAST Gold, and LSP-S2 analog heads). We specialize in capturing thousands of physical data points per second to construct complex 3D surface profiles, analyze custom gear splines, and resolve the tightest geometrical tolerances down to a single micron.
Beyond raw data capture, our engineers apply the structural principles of AUKOM-aligned metrology. We don't just report numbers; we provide deep-dive geometric deconstructions that identify exactly *why* a part is out of tolerance—whether it's due to machine-tool wear, thermal expansion during machining, or fixture-induced stress.
Whether inspecting tight engine block cylinders or validating the curvature of a medical implant, our tactile solutions eliminate optical noise and guarantee ISO 10360 verifiable accuracy on every single measurement.
- • VAST Active Scanning: Continuous dynamic point capture for true form evaluation (Roundness/Cylindricity).
- • Micro-Stylus Probing: Styli down to 0.1mm diameter for medical and tight aerospace radii.
- • AUKOM Certified Analysis: Vendor-neutral geometric validation adhering to the highest global training standards.