BIM640FL Inverted Epi-Fluorescnce Biological Microscope
- BIM640FL Inverted Fluorescence Microscope
- Extralarge widefield eyepeices 10x/23 (Unique)
- 4x, 10xPh, 20xPh, 40x lenses incldued plus tens of optional obj lenses.
- with GFP, RFP & optional UV, V or any custom Excitation filters.
- Trinocular head; Top video port.
- HBO illumination
IncuScope BX-200 Box Incubator Microscope with Autofocus Ph, 2 FL, 3 LED
SKU: incuscope BX200
- Box Microscope, fits inside an incubator or hood
- 10x Obj lens with optional from 2x to 150x
- Brightfield/Phase Contrast and 2-channel fluorescence imaging capability
- Great Autofocus Mechanism
- Time-Lapse Imaging
- Compact Size and light weight.
- Windows OS, USB 3.0 interface
BIM410RPC/FL Hoffman/Relief Phase Contrast & Fluorescence Inverted Biological Microscope
– Inverted Biological Microscope
– Brightfield, and optional Hoffman Modulation Contrast/Relief Contrast and/or Fluorescence
– 4x, 10x, 20x, 40x objective lenses
– 10x/22 eyepieces, 40x-400x total magnifications
– Optional C-Mount Adapters: 0.35x, 0.5x, 0.65x or 1xSKU: n/a
BUM950A Digital Microscopy Slide Scanning System
- Digital upright motorized biological microscope
- Super Fast Slide Scanning System
- 4k line scan camera, with 7 um pixel size
- Plan Apo and high N.A. 4x, 10x, 20x objective lenses
- Automated scanning of 4 slides at a time
- Scanning type: line scan
- Great Autofocus feature, with user set point array to focus at the desired points
- Autofitting focus map
- Scan area: whole size: 75x25mm / 1″ x 3″
- Travel speed: 25mm/s
- Scan Speed Example: 15mmx16mm coverslip, with 50 autofocus points (5×10), using 40x takes 151seocnds (2min, 31 seconds)
- Includes a joystick to control XY, Z and speed
Olympus CX23 Biological Microscope
- Infinity-corrected Plan Achromat objectives (4x, 10x, 40x, 100x oil)
- 10X F.N. 18 eyepieces
- Anti-fungus treatment helps protect optical parts even in high humidity work conditions
- Ultra-smooth, quadruple revolving nosepiece
- Fixed Abbe condenser N.A. 1.25, aperture stop position for each objective
- LED illumination. The built-in aspherical collector lens
- Compact design with ergonomic grip for easy portability and storage in a typical classroom cabinet
- Built-in right-hand stage with rackless design, low positioned X, Y controls
- Student proof – The eyepieces, objectives, and condenser are all factory attached to the microscope body
|A reliable microscope is an essence for effective diagnosis and health care. A microscope is required to visualize a living or dead organism in high magnification. A microscope allows to visualize a specimen, see the details of an object and determine the shape, size and even formation of that with a video time-lapse or a very high-speed mechanism. These specimen can be a cell, virus, bacteria, yeast, fungi, parasites, zebrafish, insects or part of tissue on a slide, either stained or unstained.|
The most common microscope for clinical labs, biological laboratory, veterinary colleges, biomedical research labs, microbiology teaching labs is a compound biological microscope.
|Both upright and inverted biological microscopes are commonly used for the biology or clinical labs. The only difference, which makes a benefit of using inverted microscope over upright is that when you deal with liquid samples (like cell cultures) or a product such as MEMS or microfluidics that you cannot flip over. The rest stays the same as it follows the same principle of the light path and optical design.|
A regular upright biological microscope has 4x, 10x, 40x and 100x objective lenses and 10x eyepieces. This means you can expect a total magnification of 40x and 1000x. It is technically possible to increase this magnification via eyepieces and/or camera to 1500x or 2000x. Bioimager is proud to announce offering biological microscopes with 2500x, 3000x, 4500x, 5000x and even 10,000x. Contact us for details.
|Beside brightfield imaging, in which the structure of organisms is seen in a bright background, we often need to use darkfield imaging in which the background is dark (or semi-dark) and the organism or micro-organism structures can be visualized. Very common applications in this regard are blood cells and bacteria. If you are in a hospital and need to determine if the observed bacterium is treponemes (causing syphilis) or leptospires (causing leptospirosis), darkfield imaging is a must to use. You need a microscope that has special condenser and objective lens for darkfield imaging.|
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Video Tutorial: How To Use a Compound Light Microscope
See Phase Contrast and Darkfield Video tutorials at their pages.