Inspection d'Engrenage

Engrenage droit

• Measurement of straight (cylindrical gears)
• Single points & scanning
• Internal and external gears
• With and without eccentricity
• Profile and helix and also pitch, runout and topography
• Graphical evaluation and report
• Reverse engineering: Generation of the CAD

Engrenage hélicoïdal

• Measurement of helical gear
• Single points & scanning
• Internal and external gears
• With and without eccentricity
• Profile and helix and also pitch, runout and topography
• Graphical evaluation and report
• Reverse engineering: Generation of the CAD

Engrenage conique droit

• Internal and external gear
• Gear geometry parameter definition via input or measurement
• Single points & Scanning
• Master grid generation (calculated, measured or CAD master)
• Best fit of the topography
• Graphical evaluation and report
• Reverse engineering: Generation of the CAD model based on the parameter set

Engrenage à chevrons

• Measurement and evaluation of the relative axial and radial position of two helical gears (internal and external gearings)
• Z-position of the apex

Engrenage conique à dentures spirales

• Measurement of involute spiral bevel gears and crown gears
• Gear geometry parameter definition via input or measurement
• Single point & scanning
• Measurement of the master flank
• Measurement and evaluation of topography incl. best fit, pitch and runout
• Pitch point definition based on the master grid or based on the radius & Z coordinate
• Evaluations of the runout: with eccentricity and/or eccentricity eliminated
• Special measurements like tip cone, root cone, tooth height and root scan
• Definition of the master flank (import or CAD based)
• Graphical evaluation and report

Crémaillère à rapport constant

• Measurement and evaluation of straight/helical racks with constant pitch incl. alignment
• Measurement and evaluation of pin holes
• The following evaluations are supported: width and height of the gear rack, Pitch, Tooth thickness and height, Size over ball, Helix line and angle, Profile line and angle
• Measurement in scanning mode
• Graphical evaluation and report

Crémaillère à rapport variable

• Graphical evaluation of peripheral speed and the path deviation depending on the angle of rotation of the pinion.

Roue à chaîne

• Measurement and evaluation of sprockets according to DIN 606
• Continuous contact scanning
• With & without rotary table
• Gap types:
• Max/Min Profile with Radius and Angle (Typ A)
• Profile according to DIN 8186-1 (Typ B)
• Flank Angle Gamma (Typ C)
• Measurement and evaluation of the axial and flank profile, pitch and topography
• Evaluation of the tip, root and pitch circle and the ball size over balls
• CAD model generation
• Graphical evaluation and 3D-evaluation of the topography deviations with the CAD model

Hob cutter

• For single and multi-thread hobs with parallel or helical flutes
• All evaluations as required by DIN 3968:1960
• Radial/axial run-out upper & lower test collar and chucking face
• Shape/position cutting face
• Pitch of flutes-Form deviation of the cutting edge
• Tooth thickness-Hob lead over cutting edge etc
• Radial run-out at tooth tip
• Shape/position cutting face
• Pitch of flutes-Form deviation of the cutting edge
• Tooth thickness-Hob lead over cutting edge etc
• In addition to DIN:
• Axial pitch
• Tooth height for topping cutter

Shaving gear

• Measurement and evaluation of: Helix, Profile, Pitch, Runout
• Corrections adjustment parameters for shaper cutter
• The evaluations of shaving gears are similar to those of the cylindrical gears
• Single points and scan mode

• Inspection of straight and helical, external and internal gears or gear segments with unknown parameters
• All standard parameters are evaluated, i.e. module, pressure and helix angle, addendum modification, crowning of profile and helix, tip/root circle diameter etc.
• Reverse engineering: Generation of the CAD model based on the parameter set