Ken-A-Vision T-19541C & T-19641C Digital Microscopes
The Digital Comprehensive Scope
2 is a very professional instrument, which will produce digital images
for instant display of a specimen to a computer screen, or audio/visual
projector. These same high resolution images can be incorporated into
papers, reports, or tests. The unit is both PC and Macintosh compatible,
and comes with Applied Vision Software™ (PC), which allows the capture
of single images, time lapse sequences and movies, or digital movies for
recording. This microscope has a modern, modular design on a very stable
base. The arm of the microscope includes a built in handle for ease of
carrying, and an integrated storage system for retaining items with the
unit.
FEATURES
1.3 Megapixel CMOS Camera: Microscope and Camera one unit
Resolution: Full Screen imaging – 1280 X 1024
USB 2.0 Connection: Utilizes high speed connection
USB 1.1 Compatible: Back compatibility standard
Applied Vision™ Software: Windows and Macintosh Compatible
Abbé Condenser: Includes iris diaphragm
Stage: Mechanical X - Y; substage knobs
Achromat Objectives: 4x, 10x, 40xR, 100xR DIN
Dimmer (Rheostat) Switch: Easy adjustment of transmitted light
Reverse Nosepiece: Ease of slide insertion and manipulation
Coaxial Focusing Knob: Separate coarse and fine adjusting
Carrying Handle: Convenience
Storage Door: Retaining items with unit
Ken-A-Vision Cool Lighting: Patented LED bright white light, long bulb
life
SPECIFICATIONS
Weight 10.4lbs/ 4.7kgs
Size 10" x 7.13" x 14"
25.4cm x 18cm x 35.6cm
Head Type 45° angle Monocular with
built-in USB 1.3MP camera
Eyepiece 10x Widefield with Pointer
Objective Lens 4x, 10x, 40xR, 100xR DIN
100xR - Oil Immersion
Focus Separate Coaxial Coarse and Fine
Mechanical Stage Coaxial Low Position
Mechanical X - Y
Light Source Ken-A-Vision® Cool Lighting
Variable Light Control Yes - Rheostat
Light Control Abbé NA 1.25 Condenser
Connection USB 2.0
Resolution 1280 X 1024
Frame Rate Up to 30 Frames Per Second
Software Applied Vision for Windows®
MSRP $899
Warranty Ten Years on Microscope
One Year on Camera