3DM-A200 Automatic Rotary 3D Digital Microscope
This Automatic Rotary 3D Digital Microscope can be widely used in the areas of micro-electronics, precision electronic inspection, PCB solder testing industries, hardware & precision parts, criminal investigation and life sciences, as well as plant morphology, etc.
Basic Parameters:
1. Working distance: 60mm
2. lens parfocality guarantee
3. Central position remains unchanged when zoom in or zoom out
4. Observation angle: 35 degree
5. Magnification: 3X~200X(if with 17" display)
6. High reliable automatic rotary lens(with Switzerland motor), including speed governing controller of motor( with direction and speed adjustable) suits 12V input power
7. Inside LED with high brightness and long lifetime which contains a controller to adjust lighting region and brightness.
8. Options:
1).Manual 2D/3D observing lens which resolution, central position and working distance of 95mm remain unchanged
when change 2D into 3D image.
2).VGA HD digital camera with resolution of 1280X1024 and high speed of 35fps which can connect to display directly
3).HDC130 HD USB micro digital camera with resolution of 1280X1024 and USB2.0 output, speed of 30fps and VMS3.2
dynamic measurement software(including a piece of optical calibration ruler)
4).High resolution camera: 5.0MP, 9.0MP with measurement process software
5).Four-in-one multi-functions camera:10.0MP ,VGA/SD card/USB2.0/100M Network Ports,1.3MP dynamic output,speed of
30fps, 10.0MP static shooting,double cross line display(New product in development)
6).HA-TS50 which track stand
7). High-rigidity stand with platform and coarse/fine tuning institutions which precision is 2um, High-precision
rotary stage with scale, with option of XY manual movable stage
8).Cantilever support which is suitable for large regional observation of sample
Optical Parameter List
|
Optical Parameters |
Automatic Rotary Lens |
|
N.A. |
0.0093−0.065 |
|
Res.(lp/mm) |
27.7−194 |
|
MAG. |
0.26X−1.81X |
|
D.O.F.(mm) |
6.4−0.13 |
|
W.D.(mm) |
60 |
|
F.O.V.(mm)
1/2" |
30.8−4.4 |
|
