Travelling Microscope Precision Vernier Instrument for Physics & Engineering Labs

Price 3800 INR/ Piece

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MOQ : 10 Pieces, Piece

Travelling Microscope Precision Vernier Instrument for Physics & Engineering Labs Specification

Automation Grade
Manual

Frequency
Manual (Non-Electrical)

Feature
Precision Vernier Instrument with Fine and Coarse Adjustment, Rotatable Telescope, Heavy Stable Base

Accuracy
Up to 0.01 mm

Power Source
Manual (No Power Required)

Temperature Range
Room Temperature (Operational within Standard Laboratory Conditions)

Model No
TMI-100/4215011

Weight
9 Kilograms (kg)

Material
Cast Iron

Product Type
MICROSCOPE

Core Components
Vernier Scale, Microscope, Precision Lead Screw, Cast Iron Base, Glass Scale

Usage
For Physics Lab Purpose

Measurement Range
Typically 0200 mm (Horizontal & Vertical)

Equipment Materials
Cast Iron

Type
Travelling Microscope

Display Type
Vernier Scale with Micrometer Drum

Dimension (L*W*H)
Approx. 38 x 22 x 30 cm

Travelling Microscope Precision Vernier Instrument for Physics & Engineering Labs Trade Information

Minimum Order Quantity
10 Pieces, Piece

Supply Ability
Piece

Delivery Time
1 Days

Sample Available
Yes

Main Domestic Market
All India

Certifications
ISO 9001:2015

About Travelling Microscope Precision Vernier Instrument for Physics & Engineering Labs

Travelling Microscope is a high-precision linear measurement instrument widely used in physics, engineering, and research laboratories. Designed for accurate measurement of small displacements, refractive index experiments, and optical bench setups, this vernier-type travelling microscope offers superior stability, precision, and durability.

Constructed on a rigid cast iron base with fine ground guideways, the microscope features horizontal and vertical sliding carriages, both equipped with fine adjustment slow-motion controls. The achromatic optical system ensures a clear and sharp image at 10X magnification, while the crossline eyepiece allows precise alignment during measurement.

A milk-white Perspex platform is provided for object placement, and the vertical brass pillar supports the rack-and-pinion microscope tube for fine focusing. The setup is complete with a least count of 0.01 mm (10 microns), suitable for experiments demanding high accuracy.

Technical Specifications:

Type: Vernier Travelling Microscope
Horizontal Movement: 150 mm 200 mm
Vertical Movement: 100 mm 150 mm
Vernier Scale Accuracy: 0.01 mm (10 microns)
Material: Cast iron base, stainless steel scale
Optics: Achromatic objective with 10X eyepiece
Focusing Mechanism: Rack and pinion fine adjustment
Platform: Milk-white Perspex or glass platform
Mounting: Smooth-sliding brass carriage with locking screws
Finish: Powder-coated or enamel paint for corrosion resistance
Accessories: Eyepiece with crosshair, scale, dust cover, manual
Usage: Refractive index studies, optical experiments, precision measurements

Key Features:

Precision-engineered for lab accuracy
Durable cast iron construction with stable tripod base
Stainless steel scale for corrosion resistance
Dual-axis movement with fine adjustments
Ideal for school, college, and research laboratories
Supplied in polished wooden storage case

Precision Engineering for Diverse Applications

This travelling microscope is designed to meet the needs of researchers, educators, and professionals. With its manual vernier scale interface and sturdy cast iron construction, it supports high-accuracy measurements in physics, engineering, and metrology, making it equally valuable in academic labs and industrial settings alike.

Chemical Coating & Durable Construction

Constructed from cast iron and finished with a chemical coating and paint, the microscope resists corrosion, prolonging its operational life. The heavy rectangular base ensures stability even during detailed experiments, so users experience consistent and reproducible results.

Advanced Measurement & Focusing Features

Featuring a 10X standard lens, cross-wire reticle, and finely graduated vernier (0.01 mm interval), it allows precision measurement and clear visual reference points. The rack-and-pinion drive combined with micrometer screw mechanisms allows for both fine and coarse focusing adjustments, suited to diverse experimental needs.

FAQs of Travelling Microscope Precision Vernier Instrument for Physics & Engineering Labs:

Q: How do you use the Travelling Microscope for laboratory measurements?

A: To use the Travelling Microscope, position your sample on the base and adjust the microscope using the rack and pinion for coarse focus, and the micrometer screw for fine focusing. Read distances directly from the vernier scale which offers a least count of 0.01 mm. Measurements can be taken both horizontally and vertically up to 200 mm and 150 mm, respectively.

Q: What benefits does the chemically coated and painted finish provide?

A: The chemically coated and painted finish offers superior resistance to corrosion, which maintains the microscopes precision and appearance over extended periods, especially in laboratory environments where exposure to chemicals and humidity is common.

Q: When and where is this Travelling Microscope most commonly used?

A: This instrument is typically used during scientific experiments, engineering research, quality control in manufacturing, and educational settings in physics and engineering labs. Its design is optimized for precise linear measurements, making it invaluable for tasks requiring high accuracy.

Q: What is the process for calibration and what is the microscopes accuracy?

A: Before taking measurements, ensure the vernier scale and main scale are properly aligned and zeroed. The built-in micrometer screw mechanism ensures fine adjustment. The instrument delivers measurement accuracy up to 0.01 mm within its travel range, supporting meticulous calibration and repeatable results.

Q: What materials are used in the construction and why are they chosen?

A: The Travelling Microscope is mainly constructed from cast iron for its stability and durability. The glass scale ensures precise graduations, while the chemically-coated finish enhances corrosion resistance. These materials are chosen to guarantee longevity and consistent accuracy.

Q: What is the benefit of having a cross-wire reticle in the eyepiece?

A: The cross-wire reticle embedded in the standard eyepiece serves as a precise reference point, enabling highly accurate alignment and measurement of sample features. This ensures readings are not only exact, but also easily reproducible in student or research applications.

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