| Models | Specifications |
Applications |
|---|
|
CFM-USB-1
|
Resolution:
640×480 pixels
Image Sensor Size: 6
µm × 6 µm
Standard Size to Fit:
23mm eyepiece tube
Eyepiece Tube Adaptor:
30mm
Frame Rate: 30fps
maximum
Communication: USB 1.1
Power Supply: 5V DC via
USB
Software: Image driver
and DIAS2.0
Detailed Specifications in PDF Format
|
|
 |
| You can adapt these cameras
to the eyepiece tube or photo port (if any) in
your any existing model microscopes so that you
can convert your conventional microscope to the
digital imaging microscope without need to stick
your eyes on microscope all the time. This is
cost effective solution to upgrade your lab
tools with an excellent imaging quality for
professional presentations. Optional advanced
image analysis software (DIAS2.0) provides
various tools for image and video capturing,
editing and measurements. |
 |
|
|
CFM-USB-2 |
Image Sensor Size: 5.2
µm × 5.2 µm
Resolution: 1280×1008
pixels
Standard Size to Fit:
23mm eyepiece tube
Eyepiece Tube Adaptor:
30mm
Frame Rate: 15fps @
640×480
Communication: USB 1.1
compatible with USB 2.0
Power Supply: 5V DC via
USB
Software: DIAS2.0
(Driver included)
Detailed Specifications in PDF Format
|
|
CFM-USB-3 |
Image Sensor Size: 8 µm
× 8 µm
Resolution: 640×480
pixels
Standard Size to Fit:
23mm eyepiece tube
Eyepiece Tube Adaptor:
30mm
Frame Rate: 30fps @
640×480
Communication: USB 2.0
compatible with USB 1.1
Power Supply: 5V DC via
USB
Software: DIAS2.0 (Driver
included)
Detailed Specifications in PDF Format
|
|
CFM-USB-4 |
Digital Camera Eyepiece
Image Sensor Size: 5.2 µm
× 5.2 µm
Resolution: 1280×1024
pixels
Standard Size to Fit:
23mm eyepiece tube
Eyepiece Tube Adaptor:
30mm
Frame Rate: 30fps @
1280×1024
Communication: USB 2.0
Power Supply: 5V DC via
USB
Software: DIAS2.0 (Driver
included)
Detailed Specifications in PDF Format
|
|
CFM-VM |
Resolution:
640×480 pixels
Standard Size to Fit:
23mm eyepiece tube
Eyepiece Tube Adaptor:
30mm
Video Mode: NTSC
Power Supply: 110V/60Hz
DC Power Supply: adaptor
included
|
You can
adapt this camera to the eyepiece tube or photo port (if
any) in your any existing model microscopes so that you
can convert your conventional microscope to the video
monitoring microscope without need to stick your eyes on
microscope all the time. This is cost effective solution
to upgrade your lab tools. |
