Newton Ring Apparatus

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Newton Ring Apparatus Specification

Input
Monochromatic Light Source (Not Included)

Output
Optical Interference Pattern (Newtons Rings)

Product Type
Newton Ring Apparatus

Usage
For Physics Laboratory Experiments related to Interference and Wavelength Measurement

Efficiency
High accuracy optical interference observation

Standard
Laboratory Grade

Power
Manual Operation, No External Power Required

Control Type
Mechanical Adjustment (Screw Fine Control)

Accuracy
Up to 0.01 mm (micrometer scale pitch)

Size
Standard Laboratory Size

Color
Black/Silver (As shown in image)

Dimension (L*W*H)
Approx. 30 cm x 20 cm x 25 cm

Weight
Approx. 3.5 kg

Mount Type
Stable Rigid Mount, Vibration Resistant

Material of Construction
Heavy Duty Metal Base, High Quality Optical Glass Plate and Lens

Optical Lens Diameter
60 mm (Plano-Convex Lens)

Lens Quality
Optically True and Polished

Movement Mechanism
Anti-backlash Micrometer Screw Adjustment

Microscope Magnification
Up to 30X

Focus Adjustment
Fine Focusing Screw Provided

Surface Finish
Corrosion Resistant Powder Coated Base

Field of View
Wide, Clear Visual Field for Rings Observation

Viewing Method
Inbuilt Traveling Microscope

Light Source Accommodation
Provision for Sodium Lamp/Monochromatic Light

Included Accessories
Glass Plate, Plano-Convex Lens, Adjustable Microscope, Instruction Manual

Newton Ring Apparatus Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Main Domestic Market
All India

Certifications
ISO 9001:2015

About Newton Ring Apparatus

Experience a best-seller in laboratory precision with our exclusive Newton Ring Apparatus-an ending soon opportunity for discerning educators and researchers. Crafted with a heavy-duty metal base and optically true, praiseworthy glass components, this apparatus features a potent plano-convex lens (60 mm diameter) and up to 30X microscope magnification for lavish, clear observations of Newton's Rings. The anti-backlash micrometer screw and fine focus offer meticulous control, while corrosion-resistant finish and vibration resistance ensure durability. High accuracy (0.01 mm) and laboratory-grade quality make it a top choice for interference and wavelength studies. Secure yours from India's leading exporter, manufacturer, and supplier today!

Specialized Laboratory Use & Robust Surface Application

The Newton Ring Apparatus is designed exclusively for sophisticated physics laboratory experiments. Ideal for examining optical interference and precise wavelength measurements, it accommodates a stable, vibration-resistant setup on various laboratory surfaces. The use type is strictly for academic and research environments, ensuring reliable performance and high accuracy in all measurements. Its high-grade materials and construction make it suitable for repeated use on flat laboratory benches, maintaining stability and observational precision.

FOB Port, Payment, and Secure Delivery for Newton Ring Apparatus

We supply the Newton Ring Apparatus via major FOB ports across India, ensuring efficient international and domestic drop-off. Flexible payment terms, including advance remittance and letter of credit, allow seamless transactions for institutions and individual educators. Each unit is carefully packaged for charge-free, damage-resistant shipping, utilizing reinforced cartons and cushioning to maintain integrity during transit. Rely on us for prompt supply and secure delivery, supporting every step from purchase to laboratory deployment.

FAQ's of Newton Ring Apparatus:

Q: How does the anti-backlash micrometer screw enhance measurement accuracy in the Newton Ring Apparatus?

A: The anti-backlash micrometer screw minimizes mechanical play, ensuring that each adjustment translates directly to precise movement. This significantly enhances the accuracy and repeatability of ring diameter measurements, which is crucial for reliable optical interference studies.

Q: What optical lens specifications are provided with the apparatus?

A: The apparatus features a high-quality plano-convex lens with a 60 mm diameter. The optical glass plate and lens are both optically true and polished, ensuring a wide, clear field of view and optimal ring visibility under the inbuilt microscope.

Q: When should I use this apparatus in a laboratory setting?

A: Use the Newton Ring Apparatus during experiments involving the study of light interference patterns, measuring wavelengths of monochromatic light sources, or whenever precise optical measurements are required as part of advanced physics education or research.

Q: Where is the Newton Ring Apparatus suitable for installation or use?

A: The device is best suited for placement on stable and flat laboratory tables, benefiting from its rigid mount and anti-vibration features, maximizing both stability and accuracy in a controlled academic or research environment.

Q: What is the process for focusing and observing Newton's Rings with this apparatus?

A: To observe Newton's Rings, place the optical glass plate and plano-convex lens in position, adjust the fine focusing screw to sharpen the view through the inbuilt traveling microscope, and introduce a monochromatic light source (such as a sodium lamp) for optimal ring visibility.

Q: How does the powder-coated base contribute to the apparatus's longevity?

A: The corrosion-resistant powder-coated finish protects the base from environmental damage and wear, ensuring long-term durability and a reliable, clean surface for repeated laboratory use.

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