The technology of
LE.AM fluorescence microscope

We focused the light intensity on

the difference between expensive microscopes and inexpensive ones.

We found a solution to enhance the light intensity.

The comparison of images after enhancing the light
Intensity

Inexpensive Microscope

LEAM/현미경수리/현미경AS/현미경출장AS/현미경개조/현미경 조립제작 /현미경카메라/Fluorescence Microscope| Radiuscope|monochrometer|mask alginer|광학설계/리암솔루션

Expensive Microscope

LE.AM Microscope

LS40
Inverted fluorescence Microscope

Eyepiece: WF10×／22mm
Objective: Plan Fluorescent 4X,10X,20X,40X

Microscope head: Trinocular Head
Nosepiece : Quintuple Nosepiece
Mechanical Stage:

Stage size: X×Y: 210×241mm, Round slide size：Φ118mm,
Moving range X×Y:128×80mm, Culture dish holder: 54mm

Condenser : Long working distance N.A.0.3,
Koehler Illumination : 6V/30W (input voltage：100V～240V)

Epi Fluorescence LED Illumination path by LEAM
L-ch4 LED Illuminator: 365nm, 470nm, 550nm, 620nm LEDs
Fluorescence filter: DAPI,TRITC,FITC,TexasRED,Cy5

Imaging system: USB3.0, 12M pixel CMOS, 0.5× C-Mount

LS30
Upright fluorescence Microscope

Eyepiece: WF10×／22mm
Objective: Plan Fluorescent 4X,10X,20X,40X,100X

Microscope head: Trinocular Head Inclined at 30°
Nosepiece : Backward Quintuple Nosepiece
Mechanical Stage: Double Layers Stage 185×142/ 75×55 mm

Condenser : Swing Condenser NA 0.9/ 0.25
Koehler Illumination : 6V/30W (input voltage：100V～240V)

Epi Fluorescence LED Illumination path by LEAM
L-ch4 LED Illuminator: 365nm, 470nm, 550nm, 620nm LEDs
Fluorescence filter: DAPI,TRITC,FITC,TexasRED,Cy5

Imaging system: USB3.0, 12M pixel CMOS, 0.5× C-Mount