Home > Product:Spectrometry > Three-Dimensional Optical Wave Field Microscope MINUK

Three-Dimensional Optical Wave Field Microscope MINUK NEW

MINUK is capable of evaluating transparent foreign substances and defects in the nano-order, obtaining height direction information in a single shot, and making non-destructive, non-contact and non-invasive measurements.
MINUK also allows the rough position around the target to be scanned at high speed, without focusing, to find the required location.

Product

  • Evaluating transparent foreign substances and defects in the nano-order.
  • Obtaining instant depth direction information in single shot.
  • High-speed measurement without focus.
  • Non-destructive, non-contact and non-invasive measurement.    
  • Easy to find the required location by scanning rough position around the target at high-speed, without focus.


Movie
 

 

 

Specification

Specification   

Resolution x,y  691 nm(one shot),488 nm(composition)
Field of view x,y  700×700 μm
Resolution z  10 nm(Retardation)
Digital refocusing range z  ±700 μm
Sample size  100×80×t20 mm
 (when versatile sample holder attached)
Sample stage  Automatic XY stage for fine adjustment
 X:±10 mm Y:±10 mm
 Stage for rough adjustment
 X:129 mm Y:85 mm
Laser  Wavelength 638 nm
 Output 0.39 mW or less, Class1
  (Irradiation strength to the sample)
Demention
(Width×Depth×Height) mm
 Main unit:505(W)×630(D)×439(H)
Weight  41 kg
Power consumption  Main unit:290 VA
 *PC and Accessory not included.

Applications

Visualization and quantification of transparent film surfaces invisible to the naked eye

The nm-order shape information can be obtained in a non-contact, non-destructive and non-invasive manner. Acquiring depth-direction information in a single shot allows to visualize and quantify scratches on the surface of transparent films and the cross-sectional shape of defects that are invisible to the naked eye.


 

 

Observing filler inside transparent film

Fillers inside transparent films can be observed in a single shot, which are invisible to the naked eye. Also, by changing the focus in the depth direction after measurement allows to identify the filler at each depth.

Related Information

Page Top

X LinkdIn Youtube

Connect with us on social media