INTRODUCTION:
DCM is a digital camera especially designed for microscope. It works perfectly with any kind of optical microscopes, including biological microscope, metallurgical microscope
and stereomicroscope. The images of the observed specimen or samples can be genuinely displayed on the computer screen. The powerful advanced software ScopePhoto
included ensures simple and convenient operation on the images captured.  
SPECIFICATIONS:
Model  DCM35  DCM130  DCM310  DCM510  DCM800  DCM900
Image Sensor:  1/3” CMOS  1/2" CMOS  1/2" CMOS  1/2.2" CMOS   1/2.5" CMOS  1/2.3" CMOS
Sensitivity(v/lux-sec
@550nm):
2.0  1.8  1.5  1.2  1.3  0.44
Max  Resolution
(Hardware):
640 X 480 
0.3M pixels
1280 X 1024
1.3M pixels
2048 X 1536
3M pixels
2592 X 1944 
5M pixels
3264 X 2448 
8M pixels
3488 X 2616 
9.1M pixels
Speed  (Depend  on
the PC):
30frames/sec @ 640 X
480
20frames/sec @ 1280
X 1024
<11frames/sec @ 2048 X
1536
<7 frames/sec@ 2592
X 1944
<1 frames/sec@ 3264
X 2448
<1 frames/sec@ 3488
X 2616
Dynamic Range:  62dB  65dB  75dB  67dB  75dB  75dB
Wave Length(nm):  400-650nm (IR-Cut added)
Image Output:  USB2.0, 480Mb/s
White Balance:  Automatic / Manual

Auto-exposure:  Automatic / Manual
Working
Temperature:
  -30°C ~ 70°C
USB Cable:  USB cable, length 2.5m
Camera Body:  Anodized metal body of cylinder shape, Ф60mm
Power Supply:  USB2.0
Operating System:  Windows 2000/XP(SP2)/ 2003/ Vista/2008
Programmable
Control:
Image size, brightness, gain, exposure time
Software:
Advanced Image-processing software: ScopePhoto. 
Driver, which supports DShow & TWAIN interface, output data RGB24
 
FEATURES:
HardWare
·  A Digital Camera for Microscope (DCM) with 0.35M, 1.3M, 3.0M, 5.0M,8.0M,9.1M pixel resolution, with high quality, true color and easy USB2.0 interface 
·  Built-in reduction lens for possible largest field of view 
·  Fits all kinds of microscopes including biological, stereo, and metallurgical microscope with monocular, binocular, trinocular observation head 
·  Parfocal with all microscopes 
·  Calibrating kit for defining tolerances and obtaining meaningful measurements(optional)