Vernier Travelling Microscope

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Vernier Travelling Microscope Specification

Accuracy
Up to 0.01 mm

Glass Type
Optical glass lenses

Display Type
Vernier scale reading

Temperature Resistance
Ambient laboratory temperature

Shape
Rectangular base

Control Type
Manual knob adjustments

Power Supply
Not Required

Speed Range
Manual traverse

Features
High precision, sturdy cast iron base, smooth sliding mechanism, adjustable telescope

Type
Vernier Travelling Microscope

Dimension (L*W*H)
Approx. 50 cm x 30 cm x 25 cm

Equipment Type
Measuring Instrument

Equipment Materials
Metal body with brass & glass components

Power
Manual operation (no electrical requirement)

Material
Cast iron base, brass vernier scale, glass scale

Application
lab

Warranty
1

Vernier Travelling Microscope Trade Information

Minimum Order Quantity
1 Pieces

FOB Port
exw

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
500 Per Month

Delivery Time
15 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Standard Packing

Main Export Market(s)
Asia

Main Domestic Market
All India

Certifications
ISO CE

About Vernier Travelling Microscope

Laboratory Travelling Microscope
The microscope consists of a heavy cast iron base fitted with three leveling screws with the top machined over which slides a gun metal carriage. The slide can be clamped at any position by means of a clamping screw. Fine Adjustments for final reading is done with a micrometer screw. A vertical slide operating in a similar way is fitted on the horizontal carriage. The microscope with rack and pinion is fitted on the vertical or horizontal position of microscope. Microscope tube is fitted with 10x Ramsden Eye Piece with cross line graticule & an Achromatic 2"or 3" focal length objective of high quality. Travels 17 cms horizontally and 14 cms vertically. Guaranteed accurate vernier reading 0.02 or 0.01 mm. With swing out magnifier for reading vernier. Packed in a sturdy wooden box.

High Precision & Robust Construction

Engineered for accuracy, the Vernier Travelling Microscope offers measurement precision up to 0.01 mm through its finely crafted vernier scale. The stable, heavy cast iron base and smooth sliding mechanisms ensure reliable results, while the brass and glass components contribute to lasting durability in active laboratory environments.

Simple, Manual Operation

Working without electrical requirements, this microscope employs manual knob adjustments for both horizontal and vertical movement. Laboratory personnel can finely adjust the carriage and read measurements directly from the vernier scale, making operation intuitive and dependable even for beginners.

Versatile Laboratory Applications

Suitable for physics and chemistry labs, the Vernier Travelling Microscope is widely used for academic experiments involving precision measurement. Its portability and resistance to ambient laboratory temperatures make it an ideal choice for educators, distributors, manufacturers, and research facilities.

FAQs of Vernier Travelling Microscope:

Q: How does the Vernier Travelling Microscope provide accurate measurements?

A: It uses a main scale with 1 mm graduations and a vernier scale with 0.01 mm precision, ensuring fine and direct linear measurements observed through high-quality optical lenses.

Q: What is the typical process for measuring with this microscope in a laboratory setting?

A: Users position the sample on the stable base, adjust the carriage horizontally or vertically via manual knobs, focus the telescope, then read the measurement directly from the vernier scale after aligning the reference points.

Q: Where is this microscope most suitable for use?

A: This instrument is ideal for physics and chemistry laboratories, particularly in educational institutions and research facilities conducting academic experiments that demand precision.

Q: When is it beneficial to use a Vernier Travelling Microscope over other measuring tools?

A: It is best for tasks requiring highly accurate linear measurementssuch as tracking small object movements or measuring diffraction patternswhere finer resolution than typical rulers or standard microscopes is needed.

Q: What are the usage advantages of its manual adjustment and non-electrical operation?

A: Manual controls allow for precise movement and adjustment without reliance on power supplies, offering flexibility for fieldwork and laboratory settings with limited electrical access.

Q: How does the microscopes sturdy construction contribute to its performance?

A: Its powder-coated cast iron base and metal body provide stability and resistance to vibrations, ensuring measurement accuracy and prolonged instrument lifespan even in busy lab environments.

Q: What maintenance is recommended to retain its measurement accuracy and condition?

A: Regularly clean the glass lenses with a soft cloth, avoid exposure to moisture, and ensure the sliding and screw mechanisms are free of dust to preserve optimal performance.

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