Products > IF-EdgeMaster > IF-EdgeMaster
Der EdgeMaster ist ein optisches
Messsystem zur Schneidkanten-
messung in der Produktion. Anwender
messen Form, Schartigkeit und
Verrundung.
Alle Infos auf einen Blick

Wendeschneidplatte
Gemessen werden Frei-, Keil- und
Spanwinkel, Korbbogenform,
Stütz- und Negativfase
 
Mehr zur Kantengeometriemessung
Advanced Insert Grip
Verschiedene Probenadapter
ermöglichen verschiedene
Einsatzmöglichkeiten

Automatic cutting edge measurement with IF-EdgeMaster

Form, chipping and roughness measurement also in production

IF-EdgeMaster at a glance


  • The system: cutting edge measurement also in production
  • The function: measurement of form, chipping and roughness
  • The benefits: high resolution with high measurement speed
  • The applications: cutting edge measurement of indexable inserts and hob measurement
  • The technology: Focus-Variation for area based 3D surface measurement




IF-EdgeMaster: System, function, benefits, applications and technology at a glance

The system: cutting edge measurement also in production

IF-EdgeMaster is an optical 3D measurement system for automatic cutting edge measurement. The cutting edge measurement device is used in research and in production. Users measure form, radii and chipping of cutting edges. Small radii and angles are measured regardless of type, size, material and surface finish. In addition IF-EdgeMaster enables traceable roughness measurement of cutting edges.

The function: measurement of form, chipping and roughness

IF-EdgeMaster measures clearance, wedge, and chip angles, the basket arch form (“waterfall” or “trumpet”) as well as positive and negative bevel of cutting edges. Results achieve a high vertical resolution, even in a production environment with temperature fluctuations and vibrations. In addition to chipping users also achieve traceable roughness measurement results.

The benefits: high resolution with high measurement speed

IF-EdgeMaster measures radii from approximately 1µm. Results are traceable, repeatable and provided within about 20 seconds. Minimized user influence via fully automated measurements, robust and stable results, automatically compiled measurement reports as well as intuitive user guidance enhance efficiency in production. Components are measured without pre-treatment.

The applications: cutting edge measurement of indexable inserts and hob measurement

IF-EdgeMaster is mainly used for measuring indexable inserts. Wear analysis, measurement of form deviations as well as the automatic actual/target comparison of the actual geometry and CAD dataset are typical applications. Various adapters allow the measurement of drills, milling cutters and other tap tools.
Hob measurement with the IF-EdgeMaster

The technology: Focus-Variation for area based 3D surface measurement

IF-EdgeMaster is based on Focus-Variation. The technology‘s high measurement point density enables form and roughness measurement of surfaces across large measurement areas and volumes. Every measurement value automatically includes information for estimating the measurement uncertainty. As an area based technology, Focus-Variation is already included to the most recent EN ISO 25178.
Further details on the Focus-Variation technology

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Roughness and form measurement devices of the InfiniteFocus line

The IF-EdgeMaster is an optical measurement device of the InfiniteFocus product group. The measurement systems of the InfiniteFocus line are roughness and form measurement devices for quality assurance in the lab and in production. All measurement systems work within the area based technique Focus-Variation. The InfiniteFocus product group comprises the standard measurement system InfiniteFocus and a series of industry specific variants:

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3d micro-coordinate measurement technique for roughness and form measurement

Alicona offers optical 3d surface measurement systems for quality assurance in research and production. Core competence is the measurement of roughness and form also across large measurement areas and volumes. The cutting edge measurement and the measurement of small radii and angles are typical applications. Focus-Variation, the core technique of the InfiniteFocus line, combines the traditional surface metrology and the micro coordinate measurement technology. This technology achieves traceable and repeatable results in highest resolution even in production.