EMUS — engineering quality control

Application · Cutting-Tool & Cutting-Edge Measurement

Cutting-Tool & Cutting-Edge Measurement

Quantify cutting-edge preparation, wear and coating with repeatable optical 3D metrology.

The inspection problem

Cutting-edge microgeometry — radius, chamfer, K-factor, wear land — has a direct effect on tool life and part quality, but is impossible to characterise with a caliper or comparator.

Why it matters

Tool suppliers and workshops need traceable data to prove edge preparation, and process engineers need it to understand wear evolution.

Method comparison

Which method fits your part?

Every method has a sweet spot and a limitation. Choose based on defect, geometry, throughput and access — not on habit.

Optical 3D metrology (Focus-Variation)

When it fits: Cutting inserts, drills, taps, milling cutters, coated tools.

Limitations: Very dark coatings can require special settings.

What EMUS provides

Engineering support behind the equipment

  • Application review from your tool drawings and wear criteria.
  • Demonstration on your samples where equipment allows.
  • Integration with your existing tool room workflow.

Request a Demonstration

Share your part, defect type and throughput target — we'll match the right method for cutting-tool & cutting-edge measurement.