Fluorescence microscope LX1301FMS is an advanced microscopes that uses single band LED excitation. This fluorescence microscope with wide voltage range uses 3W LED as a light source for transmitted illumination. It has comfortable 30° inclined gemel trinocular head and correction free interpupillary adjustment. The microscope has integrated all metal high pressure die casting (HPDC) body with rack and pinion mechanism for coarse and fine focus adjustment.
| Optical system | Infinity corrected achromatic optical system |
|---|---|
| Viewing head | 30° gemel trinocular viewing head with 360° rotable eyepiece tube Interpupillary distance (IPD) 50-75 mm Fixed spectroscopical ratio R:T=80%:20% |
| Eyepiece | PL10X/22 High eye-point wild field plane eyepiece Field of view 20 mm Effective exit pupil distance: 19mm Diopter ± 5 adjustable |
| Nosepiece | Backward quadruple nosepiece |
| Objective | Infinity plan achromatic objectives: 4x, 10x, 40x(s), 100x (s,oil) |
| Stage | Mechanical stage with underhand: 150×140 mm Moving range: 76 × 50 mm |
| Precision | 0.1 mm, with damping clips |
| Focusing | Integrated all metal high pressure die casting (HPDC) body Precision transmission mechanism with rack and pinion Coarse focusing scope 30mm with tightness adjustment and place limit set Fine adjustable precision 0.002 mm |
| Condenser | Kohler N.A. 1.25 condenser (with socket for phase contrast & dark field sliders) |
| Illumination | 100 to 240 V, AC50/60 Hz wide range voltage 3 W LED (predetermine filament center) |
| LED fluorescence reflected illumination | B1band-pass type fluorescence module with intensity adjusting knob & switch knob for bright field and fluorescence module, central wavelength 470nm |
Infinity corrected achromatic optical system
30º gemel trinocular viewing head with 360° rotable eyepiece tube
High eye-point wild field plane eyepiece PL10X/22
B1band-pass type fluorescence module
Intensity adjusting knob & switch knob for bright field & fluorescence
HPDC body with rack and pinion mechanism
Fluorescence microscopes are widely used for advance research in pathology, cytology, genetics, environmental science, biotechnology etc.
