NUMERICAL APERTURE FOR PHYSICS EXPERIMENT SETUP

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NUMERICAL APERTURE FOR PHYSICS EXPERIMENT SETUP Specification

Type
Optical Lab Instrument

Material
Aluminum Alloy and Glass Optics

Size
Standard Lab Size

Color
Black & Metallic

Dimension (L*W*H)
Approx. 15 cm x 8 cm x 8 cm

Capacity
Single Slit and Lens Arrangement

Noise Level
Silent Operation

Packaging
Supplied in Protective Foam-Lined Box

Accessories Included
Lens Holder, Adjustable Slit, Instruction Manual

Optical Alignment
High Accuracy for Classroom Demonstration

Mounting
Stable Heavy Metal Base with Anti-Slip Pads

Lens Type
Plano-Convex Glass Lens Included

Application
Educational, Laboratory, Instruction, and Demonstration

Aperture Measurement
Calibrated Scale Engraved

Usage
For Demonstrating and Measuring Numerical Aperture in Physics Experiments

Objective Holder
Adjustable, Precision Machined

About NUMERICAL APERTURE FOR PHYSICS EXPERIMENT SETUP

Order today and put your physics lab in the spotlight with the Numerical Aperture for Physics Experiment Setup. This sublime optical instrument is expertly crafted using valuable aluminum alloy and eminent glass optics to deliver high accuracy measurements and crystal-clear demonstrations. Featuring an adjustable precision-machined objective holder, plano-convex glass lens, and a calibrated aperture scale, it's ideal for educational, laboratory, and demonstration applications. Housed in a protective, foam-lined box, the setup promises silent operation, stability with a heavy base, and valuable accessories-making every experiment seamless.

Versatile Usage and Application

The Numerical Aperture for Physics Experiment Setup is designed for eminent use across diverse environments, including classrooms, educational institutions, and laboratories. Its primary function lies in demonstrating and measuring numerical aperture with unmatched accuracy, making it valuable for both instructional and laboratory settings. Whether used for teaching optics, research, or laboratory instruction, its stable and precise design ensures sublime performance across numerous application places within the educational and scientific domain.

Sample Availability, Packaging & Supply Details

Samples of the Numerical Aperture Setup are available upon request for interested distributors, exporters, manufacturers, suppliers, and traders throughout the domestic market. Order processing is streamlined to guarantee prompt delivery, and each setup is shipped in a protective, foam-lined box ensuring safe transit of goods. With steady supply ability, bulk orders and individual requests alike are managed efficiently, meeting the ever-evolving needs of academic and research sectors across India.

FAQ's of NUMERICAL APERTURE FOR PHYSICS EXPERIMENT SETUP:

Q: How is the numerical aperture measured with this experiment setup?

A: The setup includes a precision-machined objective holder and a calibrated scale engraved on the apparatus, allowing for accurate numerical aperture measurement during physics experiments.

Q: What accessories are provided with the Numerical Aperture Experiment Setup?

A: The package comes with a plano-convex glass lens, adjustable slit, lens holder, and a detailed instruction manual to facilitate easy and effective demonstrations.

Q: Where can this experiment setup be used?

A: It is ideal for classroom demonstrations, educational laboratories, and instructional purposes in schools, colleges, and academic research institutions.

Q: What makes the mounting structure of the setup stable?

A: The device features a heavy metal base with anti-slip pads, ensuring stability and accurate alignment during practical use.

Q: How are products packaged and delivered?

A: Each setup is supplied in a protective foam-lined box and shipped promptly to ensure goods arrive in pristine condition, whether for domestic or international destinations.

Q: What benefit does the adjustable holder provide?

A: The adjustable objective holder allows precise alignment of the lens and slit for high accuracy in experiments and flexible demonstration arrangements.

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