About Travelling Microscope
Traveling Microscope
Backed by our rich experience in this domain, we are able to manufacture, supply and export of Traveling Microscope. This microscope is reckoned for showing accurate readings and results as per the variegated requirements of clients. Our offered microscope is manufactured using quality-approved cast iron and screws that are obtained from authorized vendors of the market. Owing to high strength, corrosion resistance and sturdy construction, this microscope is highly demanded in the market. Traveling Microscope is extensively used to measure diameters of wool and nylon.
Products Specifications
- Travel horizontally up to 22 cm and vertically up to 15 cm owing to slides
- Eyepiece 10 xs with objective of 15 mm or 75 mm
- Slow motion knobs
Unmatched Measurement PrecisionWith a least count of 10 microns, this travelling microscope allows users to obtain highly accurate readings for small dimensions, making it critical for experiments requiring meticulous measurement, such as material thickness or the diameter of thin wires.
Rigid Construction and Corrosion ProtectionCrafted from heavy-duty cast iron, powder coated, and chrome-plated, all parts ensure a long operational life. This robust design resists corrosion, providing stability and reliability, even during long-term laboratory use.
Versatile Laboratory ApplicationsFrom educational setups to advanced research, this microscope accommodates varied measurement needswhether analyzing refractive indices, verifying manufacturing tolerances, or conducting physical science demonstrations.
FAQs of Travelling Microscope:
Q: How is the travelling microscope properly set up for precise measurements?
A: Begin by placing the microscope on a stable laboratory bench. Adjust the stage horizontally or vertically along the graduated metal scales to position your sample, then use the coarse and fine rack and pinion focus controls for sharp imaging and accurate reading.
Q: What laboratory tasks can this microscope be used for?
A: It is perfect for measuring the diameter of wires, thickness of materials, small distances, and evaluating refractive indices. Its precision makes it suitable for physics, engineering, and material science research, as well as educational demonstrations.
Q: When should I use the fine adjustment mechanism instead of the coarse adjustment?
A: Use the coarse adjustment to bring the object into general focus and the fine adjustment to achieve crisp clarity and precise alignment with the vernier scale divisions, particularly when micrometer-level accuracy is necessary.
Q: Where is the best environment to operate this microscope?
A: Conduct operations in a clean, vibration-free laboratory setting with good lighting. The plano-concave mirror can be used to focus ambient or artificial light onto the working stage for optimal visibility.
Q: What process should I follow to measure the thickness or diameter of a sample?
A: Place the sample securely on the glass stage, align the microscope above the measurement axis, and carefully slide the stage until the vernier and main scales are properly positioned. Note the readings before and after moving the sample to calculate precise dimensions.
Q: How does the powder-coated and chrome-plated finish benefit laboratory users?
A: These finishes significantly enhance the instruments resistance to corrosion and wear, ensuring reliable performance, even in humid or challenging laboratory conditions. This prolongs the service life and maintains consistent measurement accuracy.
Q: What are the advantages of the monocular, straight optical path design?
A: The straight-through, monocular optical tube delivers bright, undistorted images, facilitating precise alignments and easy measurements, while reducing optical errors compared to complex pathways.
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