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NEWTON'S RING

Price 200 INR/ Piece

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MOQ : 10 Pieces

NEWTON'S RING Specification

Glass Type
Optical Glass

Temperature Resistance
Room Temperature Use

Features
Stable heavy base; Fitted with optically ground glass plate; Plano-convex lens mounted in holder; Measuring scale along with micrometer screw for accurate ring measurement; Durable construction

Accuracy
High precision

Control Type
Manual

Shape
Rectangular base; Circular lens and plate

Usage
For Laboratory

Type
Optical Physics Instrument

Dimension (L*W*H)
260 x 180 x 130 mm (approx.)

Product Type
Ring

Weight
2-3 Kilograms (kg)

Equipment Type
Interference Apparatus

Equipment Materials
Metal base, fine screw, glass plate, plano-convex lens

Power
Not required (manual operation)

Material
Stailness Steel

Application
Physics experiments, Interference pattern observation, Educational laboratory demonstration

Micrometer Least Count
0.01 mm

Micrometer Range
Up to 10 mm travel

Assembly
Pre-assembled; simple setup required

Optical Quality
Scratch-resistant, optically polished surfaces

Lens Diameter
50 mm (standard)

Base Material Finish
Powder coated

Weight
Approx. 2.2 kg

Usage Level
College, University, Research Lab

Suitable Light Source
Sodium Lamp (optional, not included)

Plate Diameter
100 mm glass plate

Accessories Included
Plano-convex lens, glass plate, adjustable base

Operation
Simple manual adjustment for interference visibility

NEWTON'S RING Trade Information

Minimum Order Quantity
10 Pieces

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

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Week

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

Main Domestic Market
All India

About NEWTON'S RING

Experience supreme accuracy with the NEWTONS RING apparatus, the finest choice for optical physics experiments in colleges, universities, and research labs. This immaculate instrument features a 50 mm plano-convex lens, top-drawer glass plate (100 mm diameter), and a powder-coated, stainless steel, stable base. With a micrometer least count of 0.01 mm and up to 10 mm travel, you'll measure interference patterns with remarkable precision. Assembled for your ease - just a simple setup required. Highlighted features include scratch-resistant, optically polished surfaces, durable construction, and essential accessories. Pick Yours now or Add to Cart for precise, reliable laboratory results.

Primary Advantages & Features of NEWTONS RING

NEWTONS RING delivers high-precision results, making it a standout optical instrument in the market. Its stable heavy base, optically ground glass plate, and immaculate plano-convex lens guarantee reliable and accurate measurements. The finely calibrated micrometer screw and comprehensive measuring scale offer top-drawer performance. Suitable for college, university, and research laboratories, it requires no power, ensuring effortless operation. Robust stainless steel construction ensures durability and long-lasting use, while the pre-assembled unit streamlines setup.

Sample Policy & Domestic Market Details

Sample requests for NEWTONS RING are promptly addressed, aiming at swift arrival and maximum client satisfaction. The equipment enjoys substantial market value throughout India, with our main domestic market spanning educational and research institutions nationwide. Clients receive clear proposal amounts tailored to their specific needs. Shipments depart efficiently from our designated FOB Port in India, ensuring seamless, reliable delivery to your location. Partner with us for a hassle-free procurement and superior product experience.

FAQ's of NEWTON'S RING:

Q: How is the NEWTONS RING apparatus used in a laboratory setting?

A: The NEWTONS RING apparatus is used primarily to observe and measure interference patterns for educational demonstrations and physics experiments, particularly focusing on concepts like wavelength and optical interference.

Q: What benefits does the powder-coated stainless steel base offer?

A: The powder-coated stainless steel base provides enhanced durability, resistance to scratching and corrosion, and ensures the instrument remains stable and robust during precise measurements.

Q: Where should the NEWTONS RING be installed for optimal results?

A: Install the apparatus on a level, vibration-free laboratory bench under controlled lighting conditions. For best visibility, use an optional sodium lamp as a suitable light source.

Q: What process should I follow to set up the apparatus?

A: Since the equipment comes pre-assembled, setup involves positioning the lens and glass plate, securing the instrument on a stable surface, and making simple manual adjustments for clear interference visibility.

Q: Which organizations typically use this optical physics instrument?

A: The NEWTONS RING apparatus is widely used in colleges, universities, and research labs for educational and demonstration purposes in optical physics.

Q: When should I request a sample, and how is the market value determined?

A: Request a sample at the proposal stage to evaluate product quality. Market value is determined by the features, construction quality, and accuracy the apparatus offers, ensuring you receive exceptional value for your investment.

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