RVP vision probe for REVO-2

Non-contact measurement Surface finish 5-axis scanning and touch 2D scanning and 3D touch 3D scanning and touch The REVO-2 multi-sensor family Slide 2 H A

High-speed head communication Increased power on probe interface Negative A-axis travel for improved calibration Head file stored in head REVO-2 head details Slide 3 H A

Added part inspection capability Value adding multi-sensor system High speed data collection 5-axis motion and infinite positioning Automatically interchangeable sensors Common co-ordinate frame RVP system benefits Slide 4 H A

RVP applications Slide 5 H A Thin sheet metal parts Small holes (0.5 mm and larger) Parts with many features Delicate material Components too big for vision machines

RVP component overview Slide 6 H A 1REVO-2 head 2RVP probe body 3VM10 vision module 4VM11 vision module 5VPCP probe change port 6VMCP module change port 7VA10 calibration artefact

RVP vision module options Slide 7 H A VM10 moduleVM11 module

RVP module specification Slide 8 H A VM10VM11 Feature size1 mm or larger0.5 mm or larger Field of view50 mm × 50 mm12.5 mm × 10 mm Stand-off80 mm120 mm Depth of field±2.5 mm Integrated illumination2 rings ( LEDs)1 ring (10 LEDs)

RVP specification Slide 9 H A RVP Weight551 g Dimensions158 mm × 131 mm × 134 mm Rack port compatibilityVPCP (heated) Sensor type1/1.18” CMOS sensor Head compatibilityREVO-2 Operating temperature+10 °C to +40 °C Software compatibility UCCsuite 5.0 onwards MODUS 1.7 onwards IntegrationI++ DME protocol

Slide 10 H A White spot to align optical and mechanical axis and to provide lens compensation Focus patch to set the module stand-off and automated focal positioning VA10 calibration artefact

MODUS RVP viewer and settings Slide 11 H A Additional viewer plug-in for MODUS metrology software Image review window Live video streaming Parameter settings interface

RVP terminology: stand-off Slide 12 H A 120 mm 80 mm VM10 module VM11 module

RVP terminology: field of view Slide 13 H A 12.5 mm × 10 mm VM10 VM11 50 mm × 40 mm

RVP terminology: depth of field ±2.5 mm depth of field Focal plane Maximum / minimum deviation Slide 14 H A

RVP terminology: perspective lens benefits Slide 15 H A Traditional telecentric vision system Part Trajectory of view Telecentric lens RVP system with perspective lens Part Trajectory of view RVP / VM10

RVP vision probe for REVO-2 Thank you for your attention…