Precision Inductive Range
The Form Talysurf Inductive range of products is the market leading reference instrument for surface finish, form and contour measurement.
The original Form Talysurf, launched in 1984, was the first instrument ever to measure texture, form and contour simultaneously. Now, our newly developed range of Form Talysurf measurement systems has reinforced Taylor Hobson's leadership position and created a new global standard for the assessment of surface finish and form. With a full millimetre of range, a wide selection of interchangeable styli and a patented calibration routine, the inductive systems are ideal for almost all high precision applications.
Form Talysurf Inductive
Based on industry proven inductive gauge technology, these instruments provide the benchmark for accuracy and reliability.
Supported by a vast array of analytical tools and accessories, we are able tomatch each product to your exact requirement; saving you money by supplying only the tools that you need.
Whether this is for the analysis of: roughness, waviness, radius, 3D-contour,material ratio or even Gothic Arch, our custom software can optimise thesuite of available functions to suit your everyday need.
1mm vertical range / 16nm resolution
Delivers form (contour) as well as surface finish measurement capability for precision metal forming and other applications
200mm horizontal traverse
Available for the first time on Inductive systems, to deliver an increased measurement envelope. Standard 60mm and 120mm version can also be specified. The 60mm version allows 7x8mm cut offs to be measured in line with ISO 4288
0.50um / 120mm straightness error
For high accuracy contour measurement, even on extra large components. Optional Datum Correction Pack available for the most demanding applications
0.125um horizontal data spacing
Small components and features can be measured more effectively than ever before. Reduced run-up and run-down length
further improve usability
450mm motorized column
Motorized tilt version available for even greater application flexibility when measuring inaccessible component features
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