PELENG MC-4 Comparison Microscope

Forensic pathology and criminalistic studies.

provides acquisition, processing, inspection, and storage of video images;
illuminator and stage movement can be performed from microscope panel and from connected PC workstation.

split (side-by-side) and superimosed image comparison for objects on left and right microscope stages;
document inspection using inclined incident light, transmitted light, IR light, and incident UV light;
direct object studying through binocular head, or viewing the image of the object on PC workstation monitor
using integrated colour TV camera;
image capture using digital photo camera;
smooth travel of dividing line along whole FOV area in split-image mode;
synchronized magnification change and illumination control in both channels;
linear dimensions measurement for elements of a studied object;
independent control of illumination source and intensity for each channel.

Magnification for direct-view optics, power, with max error of 5%	5; 10; 20; 40; 80
Field of view, mm, min	40; 20; 10; 6; 2,5
Integrated USB 2.0 colour TV camera, MP	5,0
Digital photo camera, MP	12,0
Focussing range, mm, min	15
Objective to object distance, mm	115 ± 10
Stage movement: - in XY plane from central position, mm - Z axis rotation, º - along Z axis, mm - motorized shift of both stages along Y axis (left-right from central position), mm	± 20 360 200 ± 10 50 ± 5
Eyepiece diopter adjustment range, dpt	+5...-5
Pupil distance adjustment range, mm	56+1,0...75-1,0
Sleeves and bullets diameter, mm	3 ÷ 25
Sleeves and bullets length, mm	4 ÷ 70
Distance and element measurement range, mm	0 ÷ 60
Scale division value, mm	0,05
Linear dimension measurement error, mm	0,05
Power supply voltage (50 Hz), V	230 ± 23
Power consumption, W, max	650
Motorized stage movement speed, mm/s , max	5
Eypiece height (from floor), mm	1160
Overall dimensions, mm	680×600×1210
Weight, кg	130

Functions

1. Studying of bullets, sleeves etc. in superiposed and split-image view modes:

2. Split-image and superimosed image comparison for objects on left and right microscope stages:

3. Studying of documents::

4. Study of biological objects:

5. Document inspection using inclined incident light, transmitted light, IR light, and incident UV light: