Tel : +(39) 039 66 84 23
Email : crasesrl@crase.com
Orari : Lunedì − Venerdì
08:30 − 12:30 / 14:00 − 18:00

VMA manual video measuring systems

VMA video measuring system, manual, Crase

• Powerful measuring software with auto tracing-edge function, multioutput report.

• Sub-pixel segmentation technology improves the ability of image boundary resolution.

• The surface cold light source can be used to measure the complex workpieces.

• With laser pointer, easy to find the specific location of the measured workpiece.

• Stable granite workbench with “00” Grade.

• German made high precision polish rod and bearing.

• High resolution video system.

• Renishaw measuring probe is optional for simple 3D purpose.

Technical features

 

2.5D model VMA-2010 VMA-3020 VMA-4030 VMA-5040
3D model VMA-2010P VMA-3020P VMA-4030P VMA-5040P
X – Y axes travel distance 200×100 mm 300×200 mm 400×300 mm 500×400 mm
Z axis travel distance 200 mm
Dimensions 600x500x920 mm 750x520x980 mm 1000x620x990 mm 1100x950x1660 mm
Net weight 120 kg 150 kg 180 kg 360 kg
X – Y axes accuracy 2.5+L/100 µm
Loading weight of working stage 25 kg
Image sensor TEO 1/3” colorful CCD camera
Objective lens Manual position zoom lens
Video total magnification Optic zoom lens: 0.7 ~ 4.5x; Objective lens: 20 ~ 148x
Resolution 0.5 µm
Working distance (standard) 92 mm
Object view 8.1 mm ~ 1.3 mm
Movement system X – Y axes: polish rod; Z axis: T-type screw rod
Data processor RS-100
Illumination Surface: 8-division LED cold light; Contour: adjustable 256-grades LED cold illumination
Measuring software Mikrosize
Working environment Temperature: 20°C ± 2°C; Temperature variation < 2°C/hr; Humidity: 30 – 80%
Vibration < 0.002 g, 15 Hz
Power source AC 100 ~ 220 V; 50/60 Hz; 10 A

Packing list

 

Mainframe / Dell PC system Zoom lens 0.7 – 4.5x LED light source
RS-100 data processor 1/3” CCD camera Mikrosize measuring software
Linear scale Calibration block / Capture card Instruction manual / Anti-dust cover
Z axis high precision linear guide rail 100 mm length block (3D) Renihshaw probe (3D)