3D Laser Scanning Confocal Microscope
VK-X series
Recommended Replaceable Products: 3D Surface Profiler - VK-X3000 series
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Shape Measurement Laser Microscope VK-X105
*Please note that accessories depicted in the image are for illustrative purposes only and may not be included with the product.
Specifications
Model | VK-X105 | |||
Type | Measurement unit | |||
Objective lens magnification | Magnification on a 15” monitor 100x | 5x | ||
Magnification on a 15” monitor 200x | 10x | |||
Magnification on a 15” monitor 400x | 20x | |||
Magnification on a 15” monitor 1000x | 50x | |||
Observation/ | Horizontal (H): μm Mil | Magnification on a 15” monitor 100x | 2700 | |
Magnification on a 15” monitor 200x | 1350 | |||
Magnification on a 15” monitor 400x | 675 | |||
Magnification on a 15” monitor 1000x | 270 | |||
Vertical (V): μm Mil | Magnification on a 15” monitor 100x | 2025 | ||
Magnification on a 15” monitor 200x | 1012 | |||
Magnification on a 15” monitor 400x | 506 | |||
Magnification on a 15” monitor 1000x | 202 | |||
Working distance: mm inch | Magnification on a 15” monitor 100x | 22.5 | ||
Magnification on a 15” monitor 200x | 16.5 | |||
Magnification on a 15” monitor 400x | 3.1 | |||
Magnification on a 15” monitor 1000x | 0.54 | |||
Numerical Aperture (N.A.) | Magnification on a 15” monitor 100x | 0.13 | ||
Magnification on a 15” monitor 200x | 0.3 | |||
Magnification on a 15” monitor 400x | 0.46 | |||
Magnification on a 15” monitor 1000x | 0.8 | |||
Optical zoom | 1x to 8x | |||
Total magnification | 100x to 8000x | |||
Optical system for observation/measurement | Pinhole confocal optical system | |||
Height measurement | Measuring range | 7 mm 0.28" | ||
Display resolution | 0.005 µm | |||
Repeatability σ | 0.02 µm *1 | |||
Width measurement | Display resolution | 0.01 µm | ||
Repeatability 3σ | 0.05 µm *2 | |||
Frame memory | Pixel count | 2048 x 1536, 1024 x 768, 1024 x 64 | ||
For monochrome image | 16 bit | |||
For color image | 8-bit for RGB each | |||
For height measurement | 21-bit | |||
Frame rate | Surface scan | 4 Hz to 120 Hz | ||
Line scan | 7900 Hz | |||
Auto function | AAG (Auto gain), Auto focus, Auto upper/lower limit setting, Double Scan brightness settings | |||
Measurement laser light source | Wavelength | Red semiconductor laser, 658 nm | ||
Maximum output | 0.95 mW | |||
Laser Class | Class 2 Laser Product (IEC 60825-1, FDA (CDRH) Part1040.10 *3) | |||
Laser light-receiving element | PMT (Photoelectron Multiplier Tube) | |||
Light source for | Lamp | 100 W halogen lamp | ||
Color camera for | Imaging element | 1/3" Color CCD image sensor | ||
Recording resolution | Super high resolution (3072×2304) | |||
Auto adjustment | Gain, Shutter speed | |||
Data processing unit | Dedicated PC, supplied by KEYENCE with the VK-X (OS: Windows 7 Professional Edition) *4 | |||
Software | Auto-focus software | This is software that automatically focuses the image during observation. | ||
Pixel shift software | This is software that increases the number of pixels recorded by shifting pixels during image recording. | |||
HDR function software | This is software that obtains 16-bit data to optimize the image appearance. | |||
RPD function software | This is an algorithm that detects the measurement result quickly and accurately. | |||
AAG function software | This is software that automatically adjusts the laser light-receiving sensitivity within the setting range. | |||
Auto upper/lower limit setting software | This is software that automatically recognizes the upper and lower limits of the target and sets the measurement range. | |||
Beginner mode function software | This is software that can be used to easily perform measurements as flow charts. | |||
Comment function software | This is software that displays comments on the observation screen. | |||
Measurement and scale display software | This is software that displays a scale on the dimension measurement and observation screen. | |||
Rating | Power voltage | 100 to 240 VAC ±10 %, 50/60 Hz | ||
Power consumption | 450 VA max. | |||
Weight | Approx. 25 kg | |||
*1 When a standard height difference of 2 µm is measured with the 50x objective lens. |