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【Reture】

 
Nano-scale super-resolution microsphere magnifying lens (SMAL) enables users to extend the range of white light optical microscopy to the diffraction limit (200 nm) and super-resolution of light. Our dedicated spherical lens enlarges the power of light, allowing our white-light nanotelescope to solve the transverse characteristics of 50 nm. With SMAL, users can use all the advantages of optical microscopy to access super-resolution imaging - it is fast, easy, non-destructive in the laboratory, and is the real color. Our goal is to make super-resolution imaging available to all without expensive environmental equipment or large sample preparation - it's just made up of light, glass and cameras.
 
2. specifications

Camera:
8.8MP CMOS camera
Resolution: 4096*2160
Frame rate: 21 frames
 
Lens + knife rest:
 
SMAL X400 immersion objective
 
Lens (up to 4 supports)
 
Goals at any time
 
Super-resolution microsphere amplification
 
Resolution Limit of 50-90 nm Lens
 
Sample dependency
 
Working distance is 1 micron M
 
XYZ scan level
 
Nanometer Precision 200-200 um Travel XYZ
 
Controller + Software Stitching Phase
 
Distortion correction:
 
Axis: X, Y, Z
 
Integrated sensor
 
Capacitance range (micron): 200 x 200 x 200 x 200
 
Resolution (nm): <1
 
Maximum load (kg): 0.5
 
Interface: USB
 
Manual sample exploration stage:
 
Range of travel (mm): 13
 
3. application
 
Graphene imaging
 
50 nm lateral resolution
 
Semiconductor imaging
 
Origin: Germany