UMAP: Ultrasonic Micro and Accurate Probe

a) Normal amplitude b) Vibration damped

t

a) Without workpiece b) With workpiece contact contact

The UMAP measuring head offers the following advantages compared with image processing measuring

systems for the following examples of measuring tasks:

Chamfered bore Tapered component Radius Upset edge

a) Normal amplitudea) Normal amplitude Auto joint connection a) Normal amplitudea) Normal amplitudea) Normal amplitude a) Normal amplitude b) Vibration dampedb) Vibration damped

b) Vibration dampedtb) Vibration dampedtb) Vibration dampedb) Vibration damped

t t CCD camerat t

Tilt mecha- nism Coordinate Measuring Machines Vision Measuring Systems

Probe unit Form Measurement Objective lens White LED lighting Optical Measuring Probe Sensor Systems

Version 1: Version 2: Test Equipment and

Standard Incl. observation system with on-board camera system with Seismometers

LED lighting (factory option) Digital Scale and DRO Systems Small Tool Instruments and Data Management

UMAP 110 UMAP 130

Diameter100 μm300 μm
Shaft diameter80 μm200 μm
Mitutoyo Europe GmbH
Effective length10 mm16 mmBorsigstr. 8-10
Measuring speed1 - 50 μm/s41469 Neuss
Contact force1 μN10 μNT +49 (0)2137-102-0
F +49 (0)2137-102-351
Ambient temperature20°C +/-1°; gradient < 1K/8h
info@mitutoyo.eu
Humidity55% +/-5%; gradient < 2%/8hwww.mitutoyo.eu

Note: All information about our products in this printed material, particularly the illustrations, drawings, measurement and performance specifications, as well as other technical specifications are to be interpreted as approximate average values. In this respect, changes in construction, technical specification, measures and weights remain reserved. Our specified standards, similar technical regulations as well as the technical specifications, descriptions and illustrations of products are accurate on the date of printing. Furthermore, our general terms of business in the currently applicable

revision are binding. Only the offers we make are definitive.

PRE1346_NPI_UMAP_CMM.indd 2 31.08.11 15:10