Shanghai Heimu BM-4XCS / 4XCS / 4XCC / 4XCD Trinocular Digital Microscope

9650-14660 CNY (1405.07-2134.54USD)

Product parameters:

Type: Metallographic microscope
Brand: Shanghai Heimu
Model: 4XCS
Eyepiece magnification: 12.5
Magnification of objective lens:
Instrument magnification: 1250
Specifications: BM-4XCS, BM-4XCSS, BM-4XCSC, BM-4XCSD

First, use

BM-4XC inverted trinocular microscope is mainly used for the identification and analysis of the internal structure of the metal is an important instrument of metallurgical research, casting, smelting, heat treatment of quality research, testing of raw materials or material handling analysis and so on Can use the instrument, is scientific research, teaching, factories and other ideal instruments.

two, Technical specifications

1, eyepiece:

Category	gain	Field of view (mm)
Flat field eyepiece	10X	Φ18
Flat field eyepiece	12.5X	Φ15

2, the objective:

Objective Type	gain	The numerical aperture (NA)	Working distance (mm)
Flat - field achromatic objective	4X	0.10	37.0
	10X	0.25	7.31
	40X	0.65	0.50
	100X (oil)	1.25	0.18

3, the total magnification microscope

Objective	Eyepiece	Tube coefficient	Total magnification
4X	10X	1X	40X
10X			100X
40X			400X
100 (oil)			1000X

Objective	Eyepiece	Tube coefficient	Total magnification
4X	12.5X	1X	50X
10X			125X
40X			500X
100X (oil)			1250X

4, Trinocular tube: Trinocular inverted, hinged observation tube, 45 ° tilt, 360 ° rotation.

5, mechanical tube length: 160mm

6, IPD: 55mm-75mm

7, the stage: 172mm × 142mm

8, mobile range : 30 × 30 mm

9, the load plate diameter: Φ65 mm, diameter: Φ10 mm, Φ15 mm, Φ25 mm

10, color filter: flapper filter (green, blue, yellow)

11, the light source: with aperture variable iris and the scope of the diaphragm iris 12V / 20W halogen, brightness adjustable

12, focusing mechanism: Coaxial coarse focus with focusing focus limit, coarse focus tension with a locking device, fine-tune the grid: 0.002mm

13, polarizing device: analyzer can be rotated 360 degrees, polarizer, analyzer can be removed from the optical path.