Biological Microscope FM-BM-D101
Biological Microscope FM-BM-D101 is a phase contrast biological microscope with Infinite optical system. It has Compensation trinocular head, 45° inclined, interpupillary distance 48 to75 mm viewing head. Designed with Infinite phase contrast condenser dial insert, with 10X, 40X, 100X phase contrast ring, light and dark field condenser. Equipped with LED lamp 3W, compound eye illumination, not chargeable and brightness adjustable. It offers coarse & fine coaxial focusing knob, with the hand wheel elastic regulation and random limit locking mechanism.
Specifications
| Optical system | Infinite optical system |
| Viewing head | Compensation trinocular head, 45° inclined, interpupillary distance 48 to75 mm |
| Nosepiece | 4 Holes revolving nosepiece, inward |
| Objective | Infinity Plan Phase Contrast Objectives E Plan 10XPh/0.25 E Plan 20XPh/0.40 E Plan 40XPh/0.65(Spring) E Plan 100XPh/1.25(Spring, oil) |
| Magnification | 100X to 1000X |
| Eyepiece | Wide Field WF10X/20 mm Centering telescope WF 10X |
| Phase contrast condenser | Infinite phase contrast condenser dial insert, with 10X, 40X, 100X phase contrast ring, light and dark field condenser |
| Focusing system | Coarse & fine coaxial focusing knob, with the hand wheel elastic regulation and random limit locking mechanism 0.002 mm coarse focusing range 22 mm,fine focusing graduation 0.002mm |
| Stage | Double layer mechanical stage 160 × 142 mm, moving range 76 × 52 mm, can hold 2 slides |
| Lamp | LED 3W, compound eye illumination, not chargeable, brightness adjustable |
| Power | External voltage stabilized power supply adapter DC 6V/2A |
| Dimension | 380 × 260 × 530 mm |
| Weight | 12 kg |
Features
- Infinite optical system
- Infinite plan phase contrast objective
- 4 Holes revolving nosepiece
- Magnification range from 100X to 1000X
- Double layer mechanical stage and LED lamp
- Wide Field WF10X/20 mm eyepiece
Applications
- Biological Microscope is used in microbiology, cytobiology, cell and tissue culture, cell engineering and hybridoma technique and other modern biological research also used for dynamic observation of the crystal surface growth and micro topography.