SuperView WX100 White Light Interferometry Probe – CHOTEST

Origin: China

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The SuperView WX100 is a high-precision white light interferometry probe developed by Chotest Technology Inc., designed for non-contact 3D surface profiling and roughness measurements at the micro- and nano-scale. This compact and versatile instrument is well-suited for applications in semiconductor manufacturing, electronics, optics, and precision engineering.

  1. Measurement function: it can realize high precision Z scanning of sample surface and obtain 3D image.
  2. Analysis function: It can obtain 2D and 3D data such as surface roughness, micro-nano-level contour size, etc.
  3. Programming function: Support pre-configured data processing and analysis tool steps, one-click to complete the whole process from measurement to analysis.
  4. Batch analysis: Data processing and analysis templates can be customized according to the customer demands, and one-click batch analysis can be realized for the same type of parameter data

 

 

Details

 Application 

Semiconductor, polished silicon wafer, thin silicon wafer, wafer IC

3C electronics, sapphire glass roughness, metal shell mold defects, glass screen height difference

Parameters

Model No. SuperView WX100
Light Source White LED
Video System 1024×1024
Objective Lens 10X(2.5X,5X,20X,100X optional)
F.O.V 0.98×0.98mm(10X)
Lens Turret Single hole / 3 holes manual
Size 230×200×380mm
Tilt ±2° Motorized
Z Travel Range 30mm
Z Scanning Range 10mm(Depend on Lens)
Z Resolution 0.1nm
Roughness RMS Repeatability*1 0.01nm
Step Height
Measurement
Accuracy*2 0.5%
Repeatability*2 0.1% 1σ
Note:
*1 Measure Sa 0.2nm silicon wafer in a laboratory environment according to the ISO 25178.
*2 Measure standard 5μm steps height block in a laboratory environment according to the ISO 10610-1:2009

PRODUCT VIEWED

The SuperView WX100 is a high-precision white light interferometry probe developed by Chotest Technology Inc., designed for non-contact 3D surface profiling and roughness measurements at the micro- and nano-scale. This compact and versatile instrument is well-suited for applications in semiconductor manufacturing, electronics, optics, and precision engineering.