Modell | ||||
DCM C | DCM S | DCM U | ||
Messbereich | X-Achse | 100 mm–300 mm | ||
Auflösung der X-Achse | 0,1 μm | 0,01 μm | 1 nm | |
Z1-Achse | ±10 mm / ±20 mm / ±30 mm | |||
Z1-Achsen-Auflösung | 0,02 μm | 0,01 μm | 1 nm | |
Z-Achse (Spalte) | 450 mm / 550 mm / 650 mm | |||
Konturgenauigkeit | Lineare Genauigkeit X | ≤±(1,6+0,05L)μm | ≤±(1,4+0,02L)μm | ≤±(1,2+0,02L)μm |
Lineare Genauigkeit Z1 | ≤±(0,8+0,05H)μm | ≤±(0,6+0,02H)μm | ≤±(0,5+0,02H)μm | |
Winkel | ≤1' | |||
Bogen | ±(0,8+R/12)μm | ±(1,5+R/12)μm | ±(0,5+R/12)μm | |
Geradheit | 0,8 μm/100 mm | 0,5 μm/100 mm | 0,1 μm/100 mm | |
Surface profile measurement
Geometric tolerances: straightness, convexity, and contour
Auxiliary functions: auxiliary points, lines, and circles
Angle and arc processing
Automatic measurement and annotation
Anwendungen
Automotive manufacturing industry
Inspects the contour accuracy of key components such as engine parts, transmission gears, pistons, and crankshafts to ensure assembly fit.
Aerospace industry
Used for detecting the contour and form of aero-engine blades, landing gear structural parts, and aerospace precision components to meet high reliability requirements.
Precision machinery processing industry
Tests contour parameters such as tooth profiles, threads, and grooves of precision components like cutting tools, molds, bearings, and lead screws to ensure processing accuracy.
Mold & die industry
Inspects the cavity and core contours of injection molds and stamping dies to guarantee mold processing quality and consistency of finished products.
Anwendungsfälle
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Highlights
1
Stylus Contact Coordinate Measurement
Rectangular coordinate measurement method, stylus contact
2
Air-Bearing Guides X-axis Reference
Precision air-bearing linear guides are used as the X-coordinate measurement reference, ensuring measurement accuracy
3
Electrical System High-Frequency Data Collection
The electrical system consists of an industrial control computer, precision grating sensors, and precision grating displacement sensors, synchronously collecting and outputting high-frequency, high-volume data to ensure accurate and highly reliable measurement data.
4
Self-Developed Windows Profilometer Software
The measurement software utilizes independently developed profilometer processing software based on the Windows operating system.
5
Precision Parts Contour Measurement
The measurement software offers extensive contour processing capabilities, enabling measurement of the contours of various precision mechanical parts.
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