Product Description
Details
| Body | Rugged, ergonomic design, touch point treated |
| Optical system | Universal infinite optical system (IOS), Color corrected (CCIS), anti-fungal, anti-bacterial coated (multi-layered hard coated) |
| Illumination | Koheler`s Halogen/LED, intensity adjustable, battery backup, auto cut-off |
| Viewing Head | Ergonomic Sidentopf Binocular/Trinocular Head |
| Mechanical Stage | Fixed stage with 3 point support, hard coated surface, multiple stage insert, micromanipulator, detachable travelling stage with right/left hand control, low position coaxial movement |
| Objectives | LWD infinity Semi Plan/Plan/Flotar/S-APO/APO objectives |
| Condenser | LWD with iris diaphragm & filter slot. brightfiled, phase contrast |
| Nosepiece | Quadruple/Quintuple with ball-bearing, rubber/metal grip & click stop |
| Eyepiece | Extra wide field, high point with diopter adjustment |
| Focusing | Feather Touch Ultra Precise Coaxial (low position), both side, Coarse & Fine with tension control & upper limit stopper |
| Motorized | Z-axis motorized focussing, motorized LED fluorescence |
| Power Supply | 90V-240V/50Hz AC (SMPS) |
| Microscopy Techniques | Brightfield, fluorescence, phase contrast |
| Certification | CE,ISO |
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Optimal Design for Tissue Culture StudiesThis inverted microscope features a robust steel construction to withstand intensive laboratory environments. Its manual operation facilitates precise control required for delicate tissue culture studies, making it a trusted instrument for researchers.
Versatility Across LaboratoriesIntended for laboratory use, this microscope adapts seamlessly to universities, hospitals, and research institutions. Its non-wall-mounted design provides portability and flexibility for various laboratory setups and experiments.
FAQ's of Advanced Research Inverted Tissue Culture Microscope:
Q: How is the Advanced Research Inverted Tissue Culture Microscope used in laboratories?
A: This microscope is primarily utilized for observing living cells and tissues in culture dishes or flasks. Its inverted design allows researchers to efficiently monitor cell growth and conduct experiments that require easy access to samples from below.
Q: What are the main benefits of using this manual tissue culture microscope?
A: The manual operation allows for precise adjustments and manipulation of specimens, while its steel construction ensures durability. The advanced design supports high-resolution imaging, facilitating accurate and repeatable research results.
Q: When should you choose this microscope over upright models?
A: An inverted tissue culture microscope is best chosen when the examination of live cell cultures in larger containers is required. It is ideal for applications where specimens are grown at the bottom of petri dishes or culture flasks, making access and visualization easier.
Q: Where is this microscope manufactured and distributed?
A: This microscope is manufactured, supplied, distributed, exported, and traded by reputable organizations in India, catering to both domestic and international laboratory demands.
Q: What is the process for setting up and operating this equipment?
A: Place the microscope on a stable laboratory bench, connect to the required power (if needed for lighting), and calibrate it according to sample requirements. Manual focusing and stage adjustments are performed to precisely observe tissue or cell cultures.
Q: What types of laboratories are best suited for this equipment?
A: Academic research labs, hospital laboratories, biotech firms, and industrial research centers focused on tissue culture studies and advanced cell imaging will benefit most from this microscope's capabilities.