Inverted Fluorescent Microscope B G

Seidentopf Trinocular Head, Light Split Switch E100:P0 / E20:P80
LWD Infinity Plan Semi-APO Fluorescent Objectives Bright Field & Phase Contrast Observation Supported
LWD Condenser N.A.0.3 Working Distance 72mm, Up To 195mm Without Condenser
Standard Halogen 6V30W Koehler Illumination, 5W LED Optional For Choice
Fluorescence Attachment Can Be Added To Upgrade It As A16.2614 Fluorescent Microscope

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Seidentopf Trinocular Head, Light Split Switch E100:P0 / E20:P80
LWD Infinity Plan Semi-APO Fluorescent Objectives Bright Field & Phase Contrast Observation Supported
LWD Condenser N.A.0.3 Working Distance 72mm, Up To 195mm Without Condenser
Standard Halogen 6V30W Koehler Illumination, 5W LED Optional For Choice
Fluorescence Attachment Can Be Added To Upgrade It As A16.2614 Fluorescent Microscope

Head & Eyepiece

Seidentopf Trinocular Head, inclined at an angle of 45 degrees. Interpupillary distance ranges from 48 to 76 mm. Light Split Switch: E100: P0 / E20: P80. Eyepiece: WF10x/22 mm, with a diameter of 30 mm. It features a high eyepoint and is diopter adjustable.

Condenser & Light source

Condenser and Light Source with Filters: Blue, having a diameter of 34mm; Green, having a diameter of 34mm.
Koehler Illumination with a Halogen lamp of 6V/30W, suitable for A14.2603.
Koehler Illumination with a 5W LED, suitable for A14.2603-TR.

Long Working Distance

The working distance is 72 millimeters when the condenser is used, and 195 millimeters when the condenser is not used.

Mechanical Working Stage

Size 210x241mm,Round Slide Size Ф110mmCulture Dish Holder 54mm.

Detachable Mechanical Stage Suitable for 96-well Plate

LWD Infinity Plan PH+BFFL Semi-APO Objectives10x,20x,40x

Other display

Clinical microscopes are precision optical instruments widely used in medical clinical laboratories and other settings. They are used for microscopic observation and analysis of various biological samples from the human body, such as blood, urine, cells, and tissue sections. They provide important evidence for the diagnosis, treatment, and monitoring of diseases.

Laboratory Biological Microscope, Binocular, Achromatic
Entry Level Laboratory Microscope With Full Range Upgrade Extension
Support 40x LWD Infinity Plan Objective W.D.=3.0m
100x Water Objective Instead Of I00x Oil Objective For Easy Use Without Oil
High Rigidity Body Structure Design Supply High Steady & Easy Handle
Different Color Available To Customize Your Model

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

Imaging of the interior of cells

By observing the morphology, quantity, and distribution of mitochondria, we can study the energy metabolism process of cells; observing the behavioral changes of chromosomes within the nucleus can reveal the laws of cell proliferation and the transmission of genetic information.

Rendering of Crystal

A biological microscope can be used to observe the attachment and growth of microorganisms on the surface of crystals, and to study the interaction between microorganisms and minerals.

Cells under the microscope

The interior of a cell has a complex structure, including organelles such as the nucleus, mitochondria, endoplasmic reticulum, and Golgi apparatus. Under the microscope, we can observe the morphology, distribution, and interrelationships of these organelles.