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Travelling Microscope ISI

Price 8500 INR/ Piece

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MOQ : 1 Piece

Travelling Microscope ISI Specification

Focus System
Manual, with coaxial coarse and fine adjustment screws.

View Head
Monocular, straight tube.

Features
ISI Marked, non-corrosive metal body, finely finished, precise graduation on scale, horizontal and vertical motion, rigid cast iron base with leveling screws.

Spare Parts
Replacement eyepiece, objective lens, glass scale plate, adjustment screws.

Theory
Used for precise measurement of small lengths by means of a scale and vernier moving horizontally and vertically. Common in laboratories for measuring specimen dimensions or calibrating instruments.

Drawtube
Metallic, solid construction for stability and precision.

Sensor
Not applicable (manual optical device).

Resolution
Up to 0.01 mm (10 microns), dependent on vernier scale division.

Interface
Manual adjustment; no digital interface.

Frame Rate
Not applicable.

Focal Distance
Adjustable with fine and coarse screws; typically suited for close specimen observation.

Magnification
Standard objective-lens eyepiece combination provides up to 10x magnification.

Dimensions
Approx. 340 x 110 x 400 mm (L x W x H).

Focus Range
Fine and coarse adjustment screws allow for precise focusing over a small vertical range.

Eyepieces
Huygens-type, 10x magnification.

Eyepiece Tube
Rotatable, standard diameter for standard eyepieces.

Illumination
Ambient illumination; no inbuilt light source.

Coarse Adjustment Range
Approximately 0-20 mm (vertical movement).

Fine Adjustment Range
Sub-millimeter precision via micrometer screw.

Working Stage
Brass or steel platform, fitted with glass plate and graduated scale.

Still Image Capture Resolution
Not applicable.

Video Capture Resolution
Not applicable.

Image Format
Visual observation only; does not support image format.

Interpupillary Distance
Not applicable (single eyepiece).

Objective Achromatic
Achromatic lens, typically 2x or 3x, provides color correction and sharp image.

Condenser
Not applicable; not present.

Light Source
None; uses natural or ambient light.

Travelling Microscope ISI Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cheque, Cash Advance (CA)

Delivery Time
1 Months

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Australia, North America, Eastern Europe, Middle East, South America, Western Europe, Central America, Asia, Africa

Main Domestic Market
All India

Certifications
ISO 9001 2015

About Travelling Microscope ISI

With rich industry knowledge and experience, we are able to offer a wide range of Travelling Microscope ISI. In line with defined quality standards, the offered microscope is manufactured by our experienced professionals using premium quality basic materials with the help of modern techniques. This microscope is widely used by field researcher going in environment for conducting various experiments and need to observe various particles at microscopic level. Further, we are offering this Travelling Microscope ISI in plethora of technical specifications at cost effective prices to our clients.

Features:

Elevated durability
Portable and light weight
Excellent performance
Easy to use and maintain

Precision and Durability in One Instrument

Crafted with a heavy-duty cast iron base and corrosion-resistant finish, this Travelling Microscope is built for lasting performance in laboratory environments. The finely graduated vernier scale delivers up to 0.01 mm resolution for the most exact measurements, while linear guideways ensure reliable horizontal and vertical stage movement.

Versatile Laboratory Applications

Ideal for use in physics, metrology, and engineering labs, the microscope enables precise measurement of small dimensions, calibration of instruments, and detailed specimen observation. Its practical design and ISI marking assure consistent, high-quality results across diverse experimental settings.

Manual Operation, Maximum Control

With a straightforward, optical-only interface, this microscope provides manual adjustment through coaxial coarse and fine switches, allowing exceptional control over focus and movement. The absence of electronic components ensures reliability and ease of maintenance, supported by readily available spare parts.

FAQs of Travelling Microscope ISI:

Q: How do I operate the Travelling Microscope for precise measurements?

A: To achieve precise measurements, place your specimen on the glass stage and use the coarse and fine adjustment screws to bring the object into sharp focus. Move the microscope horizontally or vertically using the linear guides. The vernier scale, accurate to 0.01 mm, lets you read the exact displacement after alignment of the scales zero mark with the reference point.

Q: What are the primary laboratory applications of this microscope?

A: This microscope is commonly used for precise length measurements in physics, metrology, and engineering labs. Applications include measuring small specimens, calibrating standard instruments, and verifying the dimensions of scientific components. Its high accuracy and versatility make it an essential tool for educational and research settings.

Q: When should the adjustable plane mirror be used?

A: The adjustable plane mirror should be utilized when additional illumination is needed for better visibility of the specimen. By reflecting ambient light onto the working stage, the mirror enhances the contrast and clarity of the object under observation, especially in environments lacking direct light sources.

Q: Where can the Travelling Microscope be installed for optimal performance?

A: For best results, set up the microscope on a stable laboratory table with adequate ambient lighting. Ensure the surface is level by adjusting the bases leveling screws. Its sturdy cast iron base and compact dimensions make it suitable for both school and professional laboratory benches.

Q: What is the process for reading measurements using the vernier scale?

A: Align the vernier scale with the reference point of your specimen. Observe where the verniers zero mark coincides with the scale, and read the main scale first. Next, identify the line on the vernier scale that exactly aligns with a mark on the main scale. Add both readings together for the precise measurement, accurate to 0.01 mm.

Q: How does the microscope benefit laboratory work compared to digital instruments?

A: Being fully manual, this microscope offers high durability, freedom from electronic failure, and a clear, unmediated view through the achromatic lens. The maintenance is straightforward, and spare parts are easily sourced. Its precise, ISI-marked graduations make it ideal for demanding laboratory measurements where digital equipment may be unnecessary or unavailable.

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