The CNC Video Measuring System “NEXIV VMZ-R4540” is capable of accurately measuring the dimensions and shapes of high density and multi-layered electronic components.
Type 1, 2, and 3 zoom systems provide a clear and low distortion image and high NA. The Type A zoom system is designed for a wide field of view and long working distance.
Magnification vs. Field of view (mm)
| Type 1 | Optical magnification Total magnification Field of View (mm) | 0.5× 18× 9.33×7 | 1× 36× 4.67×3.5 | 2× 72× 2.33×1.75 | 4× 144× 1.165×0.875 | 7.5× 270× 0.622×0.467 |
|---|---|---|---|---|---|---|
| Type 2 | Optical magnification Total magnification Field of View (mm) | 1× 36× 4.67×3.5 | 2× 72× 2.33×1.75 | 4× 144× 1.165×0.875 | 8× 288× 0.582×0.437 | 15× 540× 0.311×0.233 |
| Type 3 | Optical magnification Total magnification Field of View (mm) | 2× 72× 2.33×1.75 | 4× 144× 1.165×0.875 | 8× 288× 0.582×0.437 | 16× 576× 0.291×0.218 | 30× 1080× 0.155×0.117 |
| Type A | Optical magnification Total magnification Field of View (mm) | 0.35× 14× 13.3×10 | 0.6× 24× 7.8×5.8 | 1× 40× 4.7×3.5 | 1.8× 73× 2.6×1.9 | 3.5× 141× 1.33×1 |
* Total magnification specifications listed above are for a 20″ monitor is set to the UXGA (1600 x 1200 pixels) mode.
| Designed to detect the surfaces of thin transparent materials, the new Laser AF works with the same high speed and high accuracy as the VMR series Laser AF. *Except for Type A | |
| New Laser AF The new sensor detects both the top and back of surfaces. |
Episcopic, diascopic and ring illuminations employ white LEDs and provide stability and long life. The new ring light system has three incident angles designed for correct edge capture.
*Except for Type A

Redesigned user interface with Wizard makes it easy for beginners to operate the system and create automated measurement programs.
[Standard]
[Option]
Measuring accuracy is further improved with high resolution linear encoder ‘ModuRay’ developed by Nikon.

450 x 400 x 200mm stroke is suitable for a large range of applications with enough room for fixture.
High rate of data transfer combined with fast illumination control provides faster throughput.