Alicona Imaging GmbH
EdgeMasterAutomatic Cutting Tool Measurement System

High-resolution, fully automatic measurement of tool cutting edges in production

The EdgeMaster series includes the Edge Master, EdgeMasterX and EdgeMasterHOB cutting tool measuring systems. The measuring systems are used for high-resolution, fully automatic measurement of tool cutting edges in production. Whether you use an EdgeMaster in the measuring room or on the shop floor does not change the result: The measurements are high-resolution and robust—even in the presence of vibrations, extraneous light and temperature fluctuations.

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Cutting Tool Measurement System EdgeMaster

Highlights of the EdgeMaster Series

5 axes metrologyAutomatic wear measurement on cutting toolsAutomatically measure & evaluate
Precise, fast and flexible
Precise, fast and flexible
5 axes metrology

The expansion from 3 to 5 axes allows measurements of geometries that are otherwise difficult or impossible to access. High-precision tilting and rotating axes enable the measurement of GD&T and roughness parameters on the entire measured object.

WEAR MEASUREMENT
WEAR MEASUREMENT
Automatic wear measurement on cutting tools

Users automatically measure differential parameters and wear parameters according to ISO 8688 (Tool Life Testing in Milling), such as flank wear.

one-button solution in production
one-button solution in production
Automatically measure & evaluate

Even the teach-in of the measuring programs is designed for maximum user-friendliness and can be implemented in just a few steps without any programming knowledge. 

What Else is Possible With the EdgeMaster

OSG uses Bruker Alicona measurement technology to precisely measure edge radii, profile roughness, and surface roughness to ensure reliable tool performance.

Download the measurement report to see the inspection methods and results in detail.

Cutting Tool Measurement Report

Technical specifications

Measurement principlenon-contact, optical, three-dimensional, based on Focus-Variation
Positioning volume (X x Y xZ)RL objectives: man.: 25 mm x 25 mm x 155 mm (Z: 25 mm mot., 130 mm man.) = 96875 mm3
SXRL/AXRL objectives: man.: 25 mm x 25 mm x 120 mm (Z: 25 mm mot., 95 mm man.) = 75000mm³
Objective magnification10x20x50x2xSX4xAX10xAX20xAX50xSX
Working distancemm17.51610.1343033.52013
Lateral measurement range (X,Y) mm 210.4105210.4
(X x Y)mm²410.1610025410.16
Vertical resolutionnm100502035004301307045
Min. measurable roughness (Ra)µm0.30.150.08n.a.n.a.0.450.250.15
Min. measurable roughness (Sa)µm0.150.0750.05n.a.n.a.0.250.10.08
Min. measurable radiusµm5322012532

More Measurement Systems of the EdgeMaster Series

EdgeMasterX

Verify Multiple Edges in One Measurement Run

The EdgeMasterX is part of the Bruker Alicona product range for optical, high-resolution cutting tool measurement in production and an extension of the EdgeMaster. The EdgeMasterX allows users to verify multiple edges in just one measurement run.

Additional functions of the EdgeMasterX:

  • Measurement of different edge parameters on different positions of a tool.
  • Measurement of user-defined parameters on tools of a batch.
  • In combination with a rotation unit, chamfered cutting edges of a tool are also detected in only one measurement run.
;easurement system to verify multiple edges in one measurement run

EdgeMasterHOB

Optical Cutting Edge Measurement Device for Hobs

The EdgeMasterHOB is one of Bruker Alicona´s optical cutting tool measurement systems and a market-specific adaption of the EdgeMaster. Like all Bruker Alicona cutting tool measurement systems, the EdgeMasterHOB is used for automated quality assurance. The hob measurement device is particularly applied in e.g. regrinding centers. A working distance of 33 mm allows effortless measurement of cutting edges—even in areas that are hard to access. 

Users measure, amongst other features:

  • Chipping and edge defects
  • Chamfer as well as edge roundness at the tooth flank, tooth root and tooth tip
Cutting edge measuring device for hobs

Let´s Discuss Your Application Virtually!

Optical 3D Measurement of Cutting Tools Explained 

Lecture: Boost Efficiency in Smoothing, Polishing, Rounding, and Deburring

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