Fluorescence Microscope LX1305FMS

Description

Fluorescence microscope LX1305FMS is developed with epi-fluorescence system, equipped with trinocular head, reversed quadruple ball bearings revolving nosepiece. This fluorescence microscope offers high quality performance. It gives detailed fluorescent images of the specimen studied. Build in S-LED illumination system with brightness adjustment.

Specifications

Optical system
Infinity corrected optical system
Viewing head
Seidentopf trinocular viewing head inclined at 30°, interpupillary 47-75m, 360° rotation
Eyepiece
A pair of WF10X/22mm eyepiece
Nosepiece
Reversed quadruple ball bearings revolving nosepiece
Objective
All with anti-fungus treatment
Infinite plan achromatic objective 4x/0.10
Infinite plan achromatic objective 10x/0.25
Infinite plan achromatic objective 40x/0.65, spring loaded
Infinite plan achromatic objective 100x/1.25, spring loaded, oil
Stage
Double layer mechanical stage, with size: 185x150mm, 75x50mm X-Y movement range. Vernier scale on the two axes, accuracy: 0.1mm
Focusing
Integrated design, coaxial focus system with upper limited and tension adjustment, coarse stroke 37.7mm per rotation, fine precision: 0.002mm fine stroke 0.2mm per rotation, moving range: 25mm, provided with an adjustable tightness device to prevent slipping and a mechanical upper limit device
Condenser
Sliding-in centerable abbe condenser 1.25 NA with objective position scales
Illumination
High brightness energy-saving S-LED illumination for long life, brightness adjustable
Fluorscent
LED Epi-Fluorescent Attachment
Power supply
100-240V; 50/60Hz
Packing dimension
550 x 500 x 500 mm
Gross weight
14 Kg
Features
  • A pair of WF10X/22mm eyepiece 
  • Coaxial coarse & fine adjustment knobs 
  • Sliding- in centerable abbe condenser 1.25 NA with objective position scales 
  • Double layer mechanical stage with removable slide holder 
  • Reversed quadruple ball bearings revolving nosepiece 
  • High brightness energy- saving S-LED illumination
Applications
  • Fluorescence microscopes are widely used for advance research in pathology, cytology, genetics, environmental science, biotechnology etc.