COORDINATE MEASURING MACHINE Zeiss-Prismo

CMM PRODUCERS ZEISS Prismo,Spectrum, UMM550, Contura, Vista, Eclipse MITUTOYO Legex, Beyond Crsyta BROWN & SHARPE Global, Scirocco WENZEL MAHR Zeiss-Vista

CMM Producers Mitutoyo-Legex Brown & Sharpe

WHY CMM High Accuracy Universal and Flexible Versatile in any Workpiece Dimensions Reverse Engineering Reduce Measuring and Setting-up Time Allow Dimensional and Geometrical Simultaneously Zeiss - Vista

BASIC PRINCIPLE OF MEASUREMENT Measurements are made in a traversing frame with 3 orthogonal axis (X,Y,Z) Displacement along the axes are read by length measuring system (Phocosin) and transferred to an electronic control cabinet Function (Phocosin) to take measurement point determined by the probe head & represent it in a Cartesian coordinate system

Length-measuring systems (Phocosin) These systems consist of incremental encoders using a grating scale as a measurement standard.

DESIGN OF CMM BRIDGE HORIZONTAL ARM GANTRY ARTICULATING ARM Gantry CMM Inspects Huge Auto Stamping Dies

DESIGN OF CMM- Bridge Moving Bridge architecture schematic

DESIGN OF CMM- Bridge Fixed Bridge architecture schematic

DESIGN OF CMM- Gantry Bridge architecture schematic Zeiss – MTC (Gantry)

DESIGN OF CMM- HORIZONTAL ARM Horizontal arm architecture schematic

DESIGN OF CMM- ARTICULATING ARM

CMM-UMM550

STRUCTURE OF CMM-UMM550 Probe Head Compressed air unit Min requirement 5 bar X,Y,Z Measuring System (Phocosin) CMM Table – Granite X,Y,Z Motor Air Bearing - 6µm high air slit

Principle of forming the measured value The travel movements of CMM in all axes are recorded by incremental path measuring systems and store in a counter as position. When a probing is made the measured value of each axis is formed from the position stored and the remaining deflection of the probe system

Principle of forming the measured value The probe head does not have to be in the zero position during probing, as the deflection in a probe head axis is exactly copied in the length measuring system of the corresponding CMM axis The probe head output and the CMM length measurement values are added in all 3 measuring axis. Correlation between probe head output, length measuring data, and resulting measurement value ( MC ) : MC = machine coordinate, PH = probe head output

SOFTWARE SOFTWARE UNIX WINDOWS NT DOS UMESS-UX CALYPSO – SAM-UX-STAT KUM-UX-2D/3D CURVES HOLOS-UX-FREEFORM DIGITISING & MEASURE GEAR-UX-SPUR & HELICAL G-BEVEL-UX-BEVEL GEAR CALYPSO – GEOMETRY CC CURVE HOLOS - NT DOS

MEASURING SOFTWARE UMESS UX Measurement of 2D 2. KUM UX Measurement of 3D Curves Digitizing/Scanning HOLOS CALYPSO

TO ACTIVATE UMESS SOFTWARE FUNCTION Pull down menu Pictograms/Icons Direct Input No.

UMESS SOFTWARE FUNCTION

Pull Down Menu-PROBE CALIBRATION Master Probe (MODE) Measuring Probe (CLAMPED/UNCLAMPED) CLAMPED One axis only free, depending on the probe direction UNCLAMPED All axis are free to move (for 3D profile)

Pull Down Menu-COORD ALIGNMENT Rotate Space Rotate Plane ZERO POINT

Pull Down Menu-ELEMENTS FOR MEASUREMENT OR PROBING Geometric Element –Need to be defined SURFACE LINE CIRCLE CONE CYLINDER SPHERE TORUS ECLIPSE

Pull Down Menu-CMM (Reference Points travel- Eg.X30,Y-30,Z-30) TO TRAVEL AT DEFINED POSITION (Auto Movement) TO TRAVEL AT MACHINE ZERO POINT (Reference Points travel- Eg.X30,Y-30,Z-30)

Pull Down Menu-CNC & EVAL TO CREATE CNC PROGRAM EVAL LINKAGE FUNCTION FORM POSITION DISTANCE (Cartesian,Polar,Perpendicular)

Pull Down Menu-EVAL INTERSECTION 1. Line to Line 2. Line to Circle 4/27/2017 Pull Down Menu-EVAL INTERSECTION 1. Line to Line 2. Line to Circle 3. Circle to Circle SYMMETRY ELEMENT DISTANCE

Pull Down Menu-RECORD TO CREATE TEXT Customer Operation Inspector Product PRINTER MODE