Optical Binocular Biological Educational Microscope with LCD Screen

Student Biological Microscope, Plan, Binocular
Wide Field Eyepiece WF10x/18mm, High Contrast Plan Achromatic Objective 4x,10x,40x,100x
Double Layers Mechanical Stage 115x125mm Moving Range 70x35mm
Full Metal Body High Rigid Construction For Long Working Life Time
3W LED Illumination With Cordless Rechargeable Function Optional
Powered By Safety Low Voltage Charger, Input Wide Voltage 100V-240V, Output 5V1A
Support Power Bank Supply For Outdoor Use

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Student Biological Microscope, Plan, Binocular
Wide Field Eyepiece WF10x/18mm, High Contrast Plan Achromatic Objective 4x,10x,40x,100x
Double Layers Mechanical Stage 115x125mm Moving Range 70x35mm
Full Metal Body High Rigid Construction For Long Working Life Time
3W LED Illumination With Cordless Rechargeable Function Optional
Powered By Safety Low Voltage Charger, Input Wide Voltage 100V-240V, Output 5V1A
Support Power Bank Supply For Outdoor Use

Head

WF10x-18mm, Eyepiece Is Anti-fungal, Anti-fungal System Built In Head

Objective

Achromatic Objective: 4x, 10x, 40x(s), 100x/1.25(oil)(s), Objective Is Anti-fungal

Working Stage

Mechanical Stage, Stage Size:125mm×115mm,Travel: 35mm×75mm

Abbe Condenser

N.A. 1.25, Adjustable Aperture, Aperture Center Is Adjustable, Built In Blue Filer, ф38.5mm

Focus

Coaxial Coarse & Fine Focus, Stage Moving Knob Can Move Stage Turn Left Or Right

Light Source

LED Illumination Systems (Non-rechargeable), Rotation Potentiometer With Power Switch

Powered By Safety Low Voltage Charger

Input Wide Voltage 100V-240V, Output 5V1A, Support Power Bank Supply For Outdoor Use

Other display

A biological microscope is an optical microscope used for observing biological samples, and it has a wide range of applications in multiple fields such as biology, medicine, and agriculture.In biological teaching demonstrations, teachers use biological microscopes to show students the structures and phenomena of the microscopic world, such as cells and microorganisms. This helps students understand biological knowledge and improves their learning interest and effectiveness. Students personally operate biological microscopes to conduct experiments, cultivating their observation ability and experimental skills. For example, by observing onion epidermal cells, human oral epithelial cells, etc., they can enhance their perceptual understanding of biological knowledge.

Student Biological Microscope, Plan, Binocular

Finity-corrected Optical System
Wide Field Eyepiece WF10x/18mm, High Contrast Achromatic Objective 4x,10x,40x,100x
Double Layers Mechanical Stage 115x125mm Moving Range 70x35mm
Full Metal Body High Rigid Construction For Long Working Life Time
3W LED Illumination With Cordless Rechargeable Function Optional
Powered By Safety Low Voltage Charger, Input Wide Voltage 100V-240V, Output 5V1A
Support Power Bank Supply For Outdoor Use

Laboratory Biological Microscope BK6000 Specification

Optical System		Infinity-Corrected Optical System
Magification		40x-1600x
Optical System	1	Infinity-Corrected Optical System
Optical System	2	Infinity-Corrected Optical System
Eyepiece		WF10x/22mm(High eyepiont)
Revolving Nosepiece		Quintuple,Backward
Infinity Objective Lens	Plan	2x/N.A.0.06,W.D.=7.2 2x/N.A.0.06,W.D.=7.2 2x/N.A.0.06,W.D.=7.2 2x/N.A.0.06,W.D.=7.2 2x/N.A.0.06,W.D.=7.2 2x/N.A.0.06,W.D.=7.2 2x/N.A.0.06,W.D.=7.2
Infinity Semi-apochromatic Flu Objective	Semi-apochromatic Fluorescence	UplanFLN 4x N.A.0.16, W.D.=17.15mm 10x N.A.0.30, W.D.=7.68mm UplanFLN 4x N.A.0.16, W.D.=17.15mm 10x N.A.0.30, W.D.=7.68mm UplanFLN 4x N.A.0.16, W.D.=17.15mm 10x N.A.0.30, W.D.=7.68mm
Mechanical Stage	Rockless	Size:182x140mm Size:182x140mm
Condenser	Swing-out	N.A.0.9/0.13
Focusing		Coaxial Coarse and Fine Focusing Knobs, Travel Range:22mm, Scale:2μm
Illumination		5W LED/6V/30W Wide Voltage Input:AC100V-240V 50/60HZ

Aplication

Spores within the cell

Observing spores can help us understand their reproductive methods, dissemination routes, and roles in the biological life - cycle. Understanding the characteristics of spores is crucial for studying their life histories.

The cell walls on the leaves

Observing structures such as pits on the cell wall is closely related to the exchange of water and small - molecule substances between cells. This is of crucial importance for studying the water balance and nutrient absorption in plants.

The effect picture of red blood cells

By observing the number, shape, size of red blood cells and the content of hemoglobin, etc., it is possible to determine whether anemia exists and what type of anemia it is.