TRAVELLING MICROSCOPE

Get a Price/Quote

TRAVELLING MICROSCOPE Specification

Core Components
Precision Microscope, Vernier Scale, Fine Adjustment Screws, Base Plate, Levelling Screws

Power Source
Manual (Non-electric)

Capacity
150 mm X 125 mm

Feature
Highly Efficient

Voltage
Not Required

Model No
TMI-01

Automation Grade
Manual

Measurement Range
150 mm (X) x 125 mm (Y)

Accuracy
100 %

Equipment Materials
Cast Iron Base, Brass Scale, Stainless Steel Sliding Components, Optically Ground Glass

Type
Travelling Microscope

Usage
Laboratory

Display Type
Vernier Scale

Dimension (L*W*H)
340 mm x 150 mm x 300 mm (Approx)

Weight
5-6 kg (Approx)

Microscope Magnification
10X

Application
Used for Precision Linear Measurements, Calibration, and Scientific Research

Travel Mechanism
Linear Vernier with Fine Motion Screw

Packing Type
Sturdy Cardboard/ Wooden Box

Material Finish
Powder Coated and Chrome Plated

Focusing
Rack and Pinion Coarse Adjustment

Resolution (Least Count)
0.01 mm

Level Adjustment
3 Levelling Screws

Eyepiece
Ramsden Type, 10X Standard

Slide Movement
Horizontal and Vertical

Microscope Tube Length
175 mm

Additional product specifications

Base Type
Heavy Cast Iron

About TRAVELLING MICROSCOPE

Mounted on a carriage that slides up and down a vertical pillar. Vertical scale on pillar is graduated 0-15cm x 0.5mm, with a vernier scale on carriage of LC .01mm. The vertical pillar is mounted on a horizontal carriage, which can slide in V-grooves between two parallel, brass guides. Horizontal scale is graduated 0-16cm x 0.5mm with a vernier scale of carriage of LC .01mm. Magnifier can be mounted along either horizontal of vertical vernier scales for ease in reading. The complete assembly is mounted on a strudy, cast-metal base, with leveling screws and a plastic stage in white for good background contrast. Telescope tube can be set vertically or horizontally and has a Ramsden eyepiece with a cross line graticule and rack and pinion arrangement for focusing of image. Both carriages have slow motion lead screws for fine adjustment and lock screws to secure the carriage at the desired position.

High-Precision Linear Measurements

Engineered for demanding laboratory and research applications, the Travelling Microscope offers fine resolution and exceptional accuracy. The linear vernier mechanism, combined with its reliable fine motion screw, allows users to measure objects with a resolution of 0.01 mm, making it ideal for calibration and scientific experimentation.

Robust Build and Functional Design

Manufactured using cast iron, brass, and stainless steel, the microscope ensures longevity and stability. Its powder-coated and chrome-plated finish protects against corrosion, while the heavy base minimizes vibrations during measurements, maintaining consistent performance over extended usage.

User-Friendly Operation and Versatile Application

This manual, non-electric microscope features easy rack-and-pinion coarse adjustment and three leveling screws for accurate setup. Horizontal and vertical slides facilitate precise movement, supporting versatile usage in labs, academic institutions, and research centers across India.

FAQs of TRAVELLING MICROSCOPE:

Q: How does the Travelling Microscope achieve precise linear measurements?

A: The Travelling Microscope is equipped with a linear vernier travel mechanism and a fine motion screw, allowing users to measure distances with a least count of 0.01 mm. This setup ensures high precision for calibration and scientific research tasks.

Q: What are the core components of the Travelling Microscope?

A: The microscope features a precision lens system, vernier scale, fine adjustment screws, a sturdy cast iron base plate, leveling screws, and an optically ground glass stage, all contributing to its performance and durability.

Q: When should the Travelling Microscope be used in laboratory settings?

A: It is best utilized when high-accuracy linear measurements are required, such as in calibration, academic studies, or detailed scientific research, where exact data is crucial.

Q: Where is the Travelling Microscope commonly implemented?

A: This device is widely used in laboratory environments, calibration facilities, academic institutions, and scientific research centers throughout India.

Q: What is the process for focusing and adjusting the microscope?

A: Users can perform coarse focusing through the rack and pinion adjustment, followed by fine tuning using the vernier and fine motion screw. Slide movement is provided horizontally and vertically to ensure accurate positioning.

Q: Why is the microscopes base made of heavy cast iron and other robust materials?

A: A cast iron base offers enhanced stability and minimizes vibration during measurements. The use of brass, stainless steel, and powder-coated finishes further extends the lifespan and maintains precise operation.

Q: What are the benefits of using this Travelling Microscope in laboratory analysis?

A: Its 10X magnification, accurate vernier scale, manual fine adjustments, and sturdy construction lead to highly efficient and 100%% accurate results, essential for scientific experimentation and measurement tasks.

Tell us about your requirement