Cutting edge measurement of an insert
The purpose of this case study is to measure the cutting-edge radius of an insert with a 3D optical profiler and also extract the roughness parameters along the edge of the cutting tool.
TOOLING
The designing and manufacturing of tools directly affects the production quality of the end-user industry. Sensofar’s 3D optical profilers enable fast, non-invasive and accurate control of the manufacturing process, as well as the prediction of function performance of a wide range of tools.
Roughness measurements at the valleys, flanks and peaks of threads.
Cutting edge radius measurements of inserts and other cutting tools.
Quantification of droplets for improved coating processes.
GD&T measurements.
Reverse engineering through CAD comparisons.
The designing and manufacturing of tools directly affects the production quality of the end-user industry. Sensofar’s 3D optical profilers enable fast, non-invasive and accurate control of the manufacturing process, as well as the prediction of function performance of a wide range of tools.
Roughness measurements at the valleys, flanks and peaks of threads.
Cutting edge radius measurements of inserts and other cutting tools.
Quantification of droplets for improved coating processes.
GD&T measurements.
Reverse engineering through CAD comparisons.
Applications
CUTTING TOOL
INSERTS
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a direct contact near you.
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Case studies
Webinar
Metrology requirements in the tooling market are becoming more challenging every day and the need to measure thinner tools and smaller cutting-edge radius are more common.
General advice with real examples to find the best solutions for your day-to-day in the field of tooling surface measurement as a key topic of this webinar.
Metrology requirements in the tooling market are becoming more challenging every day and the need to measure thinner tools and smaller cutting-edge radius are more common.
General advice with real examples to find the best solutions for your day-to-day in the field of tooling surface measurement as a key topic of this webinar.
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Related publications Show all >
M. Armendia, A. Garay, L. -M. Iriarte, P. -J. Arrazola - Journal of Materials Processing Technology Volume 210, Issue 2, 19 January 2010, Pages 197-203
Pierre RabasoFabrice DassenoyFabrice VilleMoussa DiabyB?©atrice VacherThierry Le MogneMichel BelinJ?©r?¥me Cavoret - Tribology Letters 55, pages503-516
S. Sartori, L. Moro, A. Ghiotti, S. Bruschi - Tribology International Volume 105, January 2017, Pages 264-273
M. Benedetti, V. Fontanari, M. Bandini, E. Savio - International Journal of Fatigue Volume 70, January 2015, Pages 451-462
E. Huttunen-Saarivirta, V. Heino, A. Vaajoki, T. J. Hakala, H. Ronkainen - Wear Volume 308, Issues 1-2, 30 November 2013, Pages 193-198
Navneet Khanna, Ainhara Garay, Luis M. Iriarte, Daniel Soler, Pedro J. Arrazola - Procedia CIRP Volume 1, 2012, Pages 477-482
