Research Grade Polarising Microscope Model-RPM-200

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Research Grade Polarising Microscope Model-RPM-200

Name: Research Grade Polarising Microscope Model-RPM-200
Brand: B L SCIENTIFIC INSTRUMENTS CO.
Price: 600000 INR
Availability: InStock

Price 600000 INR/ Piece

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MOQ : 10 Pieces

Research Grade Polarising Microscope Model-RPM-200 Specification

Features
Rotatable stage, graduated vernier, polarizer and analyzer, Bertrand lens, analyzer rotatable & removable.

Spare Parts
Supplied with dust cover, spare bulb, immersion oil, fuse.

View Head
Monocular or Trinocular (as ordered), 45 inclined.

Focus System
Coarse & fine coaxial adjustment with tension control.

Theory
Designed for advanced polarised light microscopy research and analysis.

Drawtube
Monocular/Trinocular with 360 rotatable head.

Sensor
Compatible with standard camera adapters, not built-in.

Resolution
Depends on eyepieces & camera used, typically supports high-definition imaging.

Interface
Camera adapter port for digital imaging (camera not included).

Frame Rate
Dependent on camera used (not built-in).

Focal Distance
Standard Parfocal Distance 45mm.

Magnification
40X to 600X (with optional up to 1000X).

Dimensions
Approx. 370mm x 250mm x 420mm.

Focus Range
Coarse & fine focusing, range up to 70mm.

Eyepieces
Widefield 10X and 15X (paired).

Eyepiece Tube
Inclined at 45, 360 rotatable.

Illumination
Built-in halogen lamp 6V/20W with brightness control, Khler illumination system.

Coarse Adjustment Range
Up to 30mm.

Fine Adjustment Range
Graduated to 0.002mm per division.

Working Stage
Circular rotatable stage, 135mm diameter, graduated 360, vernier reading 0.1.

Still Image Capture Resolution
Depends on attached digital camera.

Video Capture Resolution
Depends on attached digital camera.

Image Format
Dependent on attached camera; typically supports JPEG, BMP via digital imaging.

Interpupillary Distance
Adjustable, 55-75mm.

Objective Achromatic
Polarizing objectives 4X, 10X, 40X (SL), 60X (SL), spring loaded.

Condenser
Polarising condenser, swing-out type.

Light Source
Halogen lamp or optional LED. Built-in lamp house.

Body Material
Metal robust construction with anti-rust finish.

Bertrand Lens
Built-in swing-out Bertrand lens for conoscopic observation.

Nosepiece
Revolving quadruple nosepiece, ball bearing movement.

Polarizing Attachments
Analyzer, polarizer, compensator slot for optional wave plates (quarter/half lambda).

Field Diaphragm
Adjustable field diaphragm for Köhler illumination.

Stage Rotation
360° rotatable with click stops every 45°.

Color
Standard white/black professional finish.

Accessories Included
Polarizing filter, analyzer, eyepiece micrometer, stage clips.

Power Supply
AC 220V/110V ±10%, 50/60Hz.

About Research Grade Polarising Microscope Model-RPM-200

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Advanced Polarised Light Microscopy Performance

The RPM-200 delivers superior imaging for research needs, thanks to its polarizing objectives, built-in Bertrand lens for conoscopic methods, and an adjustable field diaphragm for precise Kohler illumination. The microscope supports magnification from 40X up to 600X (expandable to 1000X), making it suitable for wide-ranging polarised light studies. Its rotatable stage and high-quality optics facilitate in-depth analysis of crystalline structures and minerals.

Seamless Digital Imaging Integration

This model offers a dedicated camera adapter port, supporting the attachment of standard digital cameras (not included), allowing for high-definition image and video capture. Researchers benefit from the flexibility of selecting their preferred camera and resolution, producing JPEG or BMP files. The microscope's mechanical and optical precision ensures that digital imaging integrates conveniently into modern laboratory workflows.

Robust Design and Flexible Configuration

Built with a durable metal body and anti-rust finish, the RPM-200 is suited for rigorous laboratory environments. The microscope's monocular or trinocular view head adapts to various observation needs, while its ergonomic features, such as 45 inclined viewing and coaxial coarse and fine focusing, enhance user comfort during extended analysis sessions. Multiple power supply options and interchangeable illumination ensure reliability across different settings.

FAQ's of Research Grade Polarising Microscope Model-RPM-200:

Q: How does the rotatable stage of the RPM-200 benefit polarised light microscopy?

A: The 360 rotatable, graduated stage with vernier reading (to 0.1) allows precise sample orientation. Click stops every 45 enable systematic examination of anisotropic materials, crucial for identifying optical properties in mineral and material studies.

Q: What are the primary uses of the polarizing attachments included with this microscope?

A: The polarizer, analyzer, and compensator slot facilitate advanced optical phenomena studies, such as birefringence and interference figures. These attachments are essential for qualitative and quantitative analysis in geology, mineralogy, and material science research.

Q: Which digital imaging options are compatible, and how are images captured?

A: The RPM-200 features a camera adapter port compatible with standard digital cameras (not included). Image and video resolution depend on the camera used. Common formats like JPEG and BMP are supported, allowing researchers to document and share findings efficiently.

Q: When is it beneficial to use the built-in Bertrand lens?

A: The swing-out Bertrand lens is used during conoscopic observation, particularly when viewing interference patterns and analyzing optical path differences in samples. It is essential for advanced crystal structure studies in petrography and metallurgy.

Q: What steps are involved in setting up Kohler illumination on this microscope?

A: To achieve Kohler illumination, adjust the field diaphragm, position the condenser, and focus the objective. Adjust the lamp's brightness and center the image for uniform and high-contrast illumination, enhancing observation of fine structural details.

Q: Where can this polarising microscope model typically be used?

A: This microscope is ideal for research institutions, academic laboratories, industrial quality control, geology, and metallurgy centers. Its robust construction and precise features make it suitable for both routine analysis and specialized research work.

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