umap vision system - mitutoyo...umap vision system ø30µm ball-tip stylus can reach to microscopic...
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UMAP Vision System
ø30µm ball-tip stylus can reach tomicroscopic features.Hybrid system adopting the vision andMEMS* technologies opens a new field ofminute measurement.*MEMS: Micro Electro Mechanical Systems
Catalog No. E4257-361
Vision Measuring System
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Measurement of Detailed Shape System
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2mm
Stylus tipø30µm
Features
Detailed shapes are contact-measured using an extra-small stylus with a tipball diameter of 30 µm and shaft length of 2 mmThe newly developed “UMAP103” micro-probe allows thecontact measurement of very narrow and deep holes usingan extra-small stylus with a tip ball diameter of 30 µm, shaftlength of 2 mm and aspect ratio of 66.7.
A vision probe enables the user to zoom in on a desired fine section orperform normal vision measurementWith a vision probe it is possible toaccurately position the probe tip on a finesection that is difficult to see with thenaked eye. The probe can also be used asa vision measuring instrument.
Compatible with the TP200 touch-signal probe for CMMThe use of a dedicated attachment lets the userinterchange the original probe with a TP200 high-precision touch-signal probe capable of generalcoordinate measurement.
The extra-small stylus can be removed/installed and replaced by the userThe UMAP-103’s extra-small stylus employs a mechanism that lets the user freelyremove, install and replace thestylus, thereby increasingserviceability.
Contour measurement by touch-trigger scanningIn addition to the measurement of dimensions using the regular touch probe, theUMAP103 allows point-to-point measurement via touch-trigger scanning. In touch-trigger scanning the machine scans automatically by determining the shape of thecurrent point from the measured data and then predicting the next measuringpoint.
Vision prove UMAP103
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Workpiece
Stylus
Amplitude Amplitude
Time
The stylus contacts with the workpiece.It will cause decay in the amplitude of vibration.
When the decrease in the amplitude exceeds the trigger level, the detection signal will be output.
When the stylus is released from the workpiece, the amplitued will be restored.
Workpiece
Stylus
Time
Principle
The UMAP103 achieves optimal contact measurement by micro-vibrating a verysmall stylus and sensing changes in the stylus’s amplitude.
1.As illustrated at left, the stylus maintains a micro-vibrating state while not contacting the workpiece.
2.In the event the stylus contacts the workpiece, the stylus vibration will be restrictedby the workpiece and the amplitude will decrease. A touch-trigger signal will bedetected when the amplitude drops to a certain level.
3.After the stylus separates from the workpiece, its amplitude will return to the level ina non-contact state and the stylus will be ready to perform another measurement.
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Measure Example
MICROPAK1100 MCOSMOS
In addition to measuring various detailed shapes, theUMAP103 can also plot geometrical deviations (i.e.straightness, circularity and flatness)at each measuring point.
Coordinate Measurement of Fine Dimensions (measuring sample: base plate of a wristwatch)
The extra-small probe facilitates the contact measurement of fine shapes notheretofore possible with any conventional measuring instrument. As for the operatingsoftware, the UMAP103 supports MCOSMOS and MICROPAK11000, the performanceof which has been demonstrated on many commercially available coordinate measuringmachines. Combined with a functional probe and proven software, the UMAP103offers wide-ranging functions andexcellent operation.
The UMAP103 also provides variousmeasuring functions not available withregular vision measuring instruments,such as the measurement of cylindrical ortapered shapes.
Measurement of Fine Holes (measuring sample: machined part)
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Specifications
The data measured by automatic scanning can be analyzed in various modes using FORMPAK-CMM (optional).The data can also be compared against the measured results of a master workpiece or against CAD data (DXF, IGES).
Measurement of Detailed Shape (measuring sample: linear motion bearing)
UMAP Vision System Hyper 302Measuring range Vision system 300x200x200mm (11.8”x7.8”x7.8”)
Vision system + UMAP103 245x200x200mm (9.6”x7.8”x7.8”)
UMAP103 probe Tip diameter 30µm
Stylus length 2mm
Aspect ratio 66.7
Accuracy** Vision system U1 (X, Y-axis) (0.8+2L/1000)µm
U1 (Z-axis) (3+2L/1000)µm
Touch probe* E (2.0+3L/1000)µm
UMAP103 Repeatability σ = less than 0.1µm
Measuring speed Touch probe* 3mm/sec
UMAP103 Less than 100µm/sex
Resolution 0.01µm, reflective linear encoder
Vision system Illumination system Coaxial and ring light (white LED)
Observation system Fixed magnification type optical systemwith high-resolution B/W CCD camera
Measuring table size (WxD) 399x271mm (15.7”x10.6”)
Maximum workpiece load 15kg (33 lbs.)
Mass Machine 260kg (572 lbs.)
Stand 123kg (271 lbs.)*using TP200 touch signal probe**20°C±0.2°C
7
600
784
800
1468
970
1535
565
958
Unit: mm
Touch probe system
LED Illumination Unit
Minute measuing probe
Observation unit
Software
Optional accessories
UMAP Vision System Hyper 302
UMAPmain unit
Software (optional)PC system (optional)
Micropak1100+Visionpak
COSMOS+Visionpak
CPU
Stylus unit
or
B/W CCD camera
Ring light Coaxialillumination
UMAP I/F UC320VAcontroller
Joystick box
Standardaccessories
PH6 probe head
Low-pressure stylus module
Stylus changer
Master ball
Observationmonitor
1x objective
2.5x objective
5x objective
Machine stand
Calibration chart
Mouse
Keyboard
Display
Printer
Centering microscope(for alignment adjustment)
Stylus unit
Calibration gage
Observationcamera
Dimensions
System Diagram
Coordinate Measuring Machines
Small Tool Instruments andData Management
Hardness Measuring
Sensor Systems
Optical Measuring
Digital Scale and DRO Systems
Surface-, Form- and Contour Measurement
Vision Measuring Systems
Note: All information regarding our products, and in particular the illustrations, drawings, dimensional and performance data containedin this pamphlet, as well as other technical data are to be regarded as approximate average values. We therefore reserve the right to makechanges to the corresponding designs, dimensions and weights. The stated standards, similar technical regulations, descriptions andillustrations of the products were valid at the time of printing. In addition, the latest applicable version of our General Trading Conditionswill apply. Only quotations submitted by ourselves may be regarded as definitive.
Mitutoyo Corporation20-1, Sakado 1-Chome,Takatsu-ku, Kawasaki-shi,Kanagawa 213-8533, JapanPhone (044) 813-8230Fax (044) 813-8231http://www.mitutoyo.co.jp
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