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Trinocular inverted Tissue Culture Microscope Model ITC-20
SPECIFICATIONS:
Observation Head: Binocular Observation Head inclined at 45°.
Nosepiece: Quadruple revolving turret nosepiece with positive accurate click stops.
Eyepieces: WF 10x (paired) with eye guards. Stage: Oversize plain stage 140 x 145 mm.
Objectives: Achromatic 5x, 10x, LWD-20x & LWD-40XSL.
Focusing: Coaxial Coarse & fine Movement slides smoothly on Ball Bearing Guide Ways which provides the highest Degree of sensitive.
Illumination: The microscope is provided by a post-mounted high intensity of 6 volts 20 watts or 12 volts 50 watts Halogen illuminator.
Packing: Microscope complete with duster, cover, Necessary cords & cables & instruction manual in Thermocol Box.
Description
Description
The Trinocular Inverted Tissue Culture Microscope Model ITC-20 is a cutting-edge tool designed to meet the exacting requirements of biomedical and biological research labs. This microscope offers remarkable clarity and adaptability in seeing living tissues and cell cultures with unmatched detail because of its sturdy frame and precision optics.
Its trinocular design enables simultaneous picture capturing via a dedicated camera port and pleasant visual viewing through binocular eyepieces. This function, which enables users to take high-resolution pictures and movies of cellular processes and structures, is very helpful for documentation and collaborative study.
The ITC-20 can handle huge, heavy samples that are usually difficult to mount on conventional upright microscopes because of its inverted orientation. Additionally, this form makes it simpler to manipulate specimens, which makes it ideal for sensitive jobs requiring exact sample location, like microinjection and cell microdissection.
With its dual-mode illumination technology, the ITC-20 may be used for both incident and transmitted light sources. With the use of this feature, researchers can improve the visibility and detail of biological specimens by using a variety of contrast techniques, such as phase contrast, brightfield, and darkfield microscopy. The versatility of the microscope renders it appropriate for an extensive array of uses in the fields of developmental biology, microbiology, cell biology, and allied sciences that demand close inspection of living cells and tissues.
