Email: [email protected]
Phone: +44 (0) 116 246 3016
Web:
www.taylor-hobson.com
Surface - Form Talysurf ® PGI & i-Series PRO
Advanced systems for precise surface finish, contour, 3D and diameter
measurement
• One measurement, multiple results, instant feedback
• Metrology 4.0 Smart Software - Powerful, intuitive and easy-to-use
• Complete trust in your measurements and results
Surface - Form Talysurf ® PGI & LUPHOScan
Contact and non-contact measurement capability of optics with a
diameter of up to 600 mm
• Ultimate flexibility, measure any surface form in true 3D
• Up to 90° object slopes - ideal for measuring steep, small and large aspheres
• Full 3D form measurement of aspheres, spheres, flats and freeforms
Roundness - Talyrond ®
A revolutionary concept in automated roundness inspection
• Automated high precision roundness, surface finish, contour
• Five measurements in one
• Powerful software tools help improve your process - harmonic analysis,
cylindrical mapping, ball and lead screw analysis
Roundness - TALYScan
Non-contact, optical 3D form measurement
• Ideal instrument for the inspection of roundness, straightness, parallelism, taper,
roughness and diameter, all from a single full 3D scan
• Robust, automated and easy to use
• Designed for fast measurement on the production line
Bench top /Handheld - Surtronic ® range
A range of roundness, surface finish and roughness products robust
enough for the shop floor and accurate enough for any inspection room
• Bench top roundness - High speed roundness measurement systems
• Handheld - A range of portable roughness testers ideal for floor safety
• Bench top surface - Precision shop floor solutions for surface finish and contour
Alignment & level - Autocollimator, MAT & Talyvel ®
A range of instruments for measuring angle, straightness, flatness,
squareness and parallelism
• Accurate measurement of small angular deviations from a datum angle
• Main applications include checking straightness of machine tool slideways
• Most accurate and stable level in the world with a resolution of 0.1 seconds
For a demonstration,
please contact:
Graeme Foulds