Product Description
We have been relentlessly catering the varied requirements of clients by manufacturing and supplying a quality range of Travelling Microscope. In research centers these Microscopes are used to meet the requirements of digital imaging observation. The base of microscope is fitted with two leveling screws and coated with epoxy powder for protection from rust. The clients can avail our Travelling Microscope in different specifications as per their requirements.
Features:
Further Details:
Travelling Microscope With horizontal and vertical scales, the bed is of cast iron and accurately machined. The horizontal carriage is machined and inter ground on the guide ways of the horizontal bed. The carriage is fitted with vertical brass pillar carrying a microscopic tube on around fitted vertical carriage. The base isfitted with two leveling screws horizontal scale and vertical are provided with slow motion which travels app. 3 cms in one traverse. Microscope tube is provided with rack and pinion. A milky white perspex platform is provided on the horizontal bed. Vernier constant 0.001 cms. Complete in well polished wooden case, having stainless steel scale.
High-Precision Measurement Made SimpleDesigned with a vernier scale delivering 0.01 mm least count, the Travelling Microscope guarantees exceptional measurement accuracy for lab investigations. The combination of smooth stage travel, precision-ground screws, and micrometric fine adjustment allows users to perform meticulous linear and angular analyses in both horizontal and vertical axes.
Engineered for Laboratory ResilienceBuilt from corrosion-resistant stainless steel, the Travelling Microscope features a heavy, vibration-free base, ensuring stability during sensitive measurements. Its robust stage and rigid frame make it suitable for repeated laboratory use, while its universal compatibility means it integrates seamlessly with standard laboratory settings.
Versatility in Observation and IlluminationEquipped with a monocular, straight drawtube, adjustable focusing system, and an achromatic objective for crisp viewing, this microscope adapts to various specimen heights and sample types. The plane/concave adjustable mirror allows optimal reflected lighting, adapting easily to any ambient light conditions for clear optical observations.
FAQ's of Travelling Microscope:
Q: How does the Travelling Microscope achieve precise measurements in laboratory settings?
A: The Travelling Microscope utilizes a vernier scale with a least count of 0.01 mm and micrometric stage movement along both X and Y axes, enabling users to measure small distances and diameters of objects with high accuracy. The fine and coarse adjustment knobs further ensure optimal focus for precise readings.
Q: What laboratory applications is the Travelling Microscope suitable for?
A: This microscope is commonly used in physics and engineering laboratories for tasks such as calibrating scales, measuring the diameter of wires or capillaries, and determining refractive indices. Its accuracy and reliability make it ideal for experiments that require detailed dimensional analysis.
Q: When should the adjustable mirror on the microscope be used?
A: The adjustable mirror (plane and concave) should be used whenever reflected light is necessary for clear optical observation. It is especially helpful under ambient or external light sources to properly illuminate the sample without an in-built light source.
Q: Where can the Travelling Microscope be integrated within laboratory setups?
A: With its universally compatible design, the Travelling Microscope can be incorporated into any standard laboratory bench or experimental setup requiring precision measurement. Its robust base ensures stable placement on all standard lab surfaces.
Q: What is the process for adjusting the stage and obtaining fine measurements?
A: First, position the sample on the glass plate. Use the coarse adjustment knob for quick focusing. For delicate measurements, employ the micrometric screw for fine adjustments, aligning the scale precisely using the vernier. Take readings from the vernier scale to achieve 0.01 mm resolution in either axis.
Q: How does the Travelling Microscope benefit laboratory users compared to digital alternatives?
A: This optical instrument provides direct, real-time measurements without the need for electrical components, making it highly reliable, maintenance-friendly, and immune to digital malfunctions. Its corrosion-resistant construction further extends its longevity in laboratory environments.