Sextant, Brass Manufacturer,Supplier and Exporter in India

Product Code : SCL-PLE-11435

Scientifc Equipment Sextant, Brass is an educational navigation and measurement instrument designed to demonstrate angular measurement, celestial navigation, altitude observation, horizon sighting, and basic surveying principles. It is suitable for school science laboratories, geography classrooms, physics labs, astronomy lessons, marine education, STEM classrooms, and teacher-led demonstrations.

A sextant is traditionally used to measure the angle between two visible objects, such as the Sun and the horizon, or between stars and the horizon. The brass construction gives the instrument a classic educational appearance and makes it useful for explaining historical navigation, astronomy, angle measurement, and practical observation techniques.

Product Description

The Sextant, Brass by Scientifc Equipment is a classroom-friendly educational instrument used to study angular measurement and navigation principles. It generally consists of a brass frame, graduated arc, index arm, horizon mirror, index mirror, telescope or sighting tube, adjustment screw, filters, and handle as per supplied model configuration.

During demonstration, students can sight the horizon through the telescope or sighting tube and adjust the index arm to align the reflected image of a celestial object or target with the horizon. The angle is then read from the graduated scale. This helps students understand how navigators estimate position using angular measurements.

Scientifc Equipment Sextant, Brass is useful for teaching angle measurement, celestial navigation, latitude estimation, reflection of light, observational astronomy, horizon reference, marine navigation history, and STEM-based practical learning.

Key Features

• Brand: Scientifc Equipment
• Brass Construction: Provides a classic, durable, and educational navigation instrument appearance.
• Angular Measurement Tool: Designed to measure angles between two visible objects.
• Navigation Demonstration: Useful for explaining celestial navigation and horizon-based observation.
• Physics and Geography Suitable: Ideal for optics, astronomy, geography, navigation, and STEM lessons.
• Graduated Arc: Helps students read angular measurements as per supplied model configuration.
• Mirror-Based Observation: Demonstrates reflection principles using index and horizon mirrors.
• Reusable Teaching Instrument: Suitable for repeated supervised classroom demonstrations and educational activities.

Product Specifications

How to Use Sextant, Brass

1. Hold the sextant firmly by the handle and keep the instrument steady.
2. Look through the telescope or sighting tube toward the horizon or selected reference point.
3. Move the index arm slowly to bring the reflected image of the second object into view.
4. Align the reflected object with the horizon or fixed reference line.
5. Once both images appear aligned, read the angle from the graduated arc and vernier or scale, if provided.
6. Record the angular measurement in the observation notebook or worksheet.
7. Repeat the observation to improve accuracy and compare readings.
8. Use the result to explain angular measurement, navigation, and reflection of light.
9. After use, clean the mirrors and brass body gently with a soft cloth.
10. Store the sextant safely in its case or laboratory cabinet.

Educational Applications

• Demonstrating angular measurement using a graduated arc
• Teaching celestial navigation and horizon-based observation
• Explaining reflection of light using mirrors
• Introducing marine navigation and historical navigation methods
• Supporting geography and astronomy lessons
• Helping students understand latitude estimation concepts
• Demonstrating practical use of optics in measurement instruments
• Supporting STEM activities, science projects, and observational learning
• Useful as an educational display model for navigation and astronomy topics

Why Choose Scientifc Equipment Sextant, Brass?

Scientifc Equipment provides practical educational instruments for schools, colleges, science laboratories, geography classrooms, and STEM learning environments. The Brass Sextant helps students understand angle measurement, optics, astronomy, and navigation through direct observation and demonstration.

• Suitable for school and college educational demonstrations
• Useful for physics, geography, astronomy, and marine navigation lessons
• Brass body gives a classic and durable educational appearance
• Helps explain mirror reflection and angular measurement practically
• Supports visual learning of celestial navigation concepts
• Reusable instrument suitable for supervised classroom activities
• Suitable for institutional procurement and science lab setup

E-E-A-T Product Trust Notes

• Educational Experience: Designed for repeated classroom use in navigation, astronomy, optics, and angular measurement demonstrations.
• Practical Expertise: Supports standard learning concepts such as horizon sighting, reflection, celestial observation, and angle reading.
• Authoritative Classroom Use: Suitable for schools, colleges, geography labs, science labs, STEM classrooms, and astronomy education.
• Trustworthy Learning: Encourages safe, supervised, observation-based activities with clear measurement and demonstration methods.

Care and Safety Instructions

• Use the Sextant, Brass only under teacher or instructor supervision in educational settings.
• Handle the instrument carefully to avoid damage to mirrors, scale, and optical parts.
• Do not drop, strike, or bend the sextant frame or index arm.
• Do not look directly at the Sun without proper filters and expert supervision.
• Keep the mirrors and sighting tube clean and free from dust or fingerprints.
• Use a soft dry cloth for cleaning the brass body and optical parts.
• Keep the sextant away from moisture, corrosive chemicals, and excessive heat.
• Store the instrument safely in its case or a dry laboratory cabinet after use.

SEO Title

Brass Sextant for School Geography and Physics Lab – Scientifc Equipment

Meta Description

Buy Scientifc Equipment Sextant, Brass for school labs, geography classrooms, astronomy lessons, angular measurement, celestial navigation demonstrations, optics experiments, and STEM education.

SEO Keywords

Sextant Brass, Scientifc Equipment Sextant, Brass Sextant for School Lab, Educational Sextant, Navigation Instrument, Celestial Navigation Apparatus, Angular Measurement Instrument, Geography Lab Sextant, Astronomy Teaching Tool, STEM Navigation Equipment.

FAQ – Sextant, Brass

1. What is a Sextant, Brass used for?

A Sextant, Brass is used to measure angles between two visible objects, such as a celestial body and the horizon, and to demonstrate navigation and angular measurement principles.

2. Is this sextant suitable for school laboratories?

Yes, Scientifc Equipment Sextant, Brass is suitable for school science labs, geography classrooms, astronomy lessons, physics demonstrations, and supervised STEM activities.

3. Which subjects can use this instrument?

It can be used in physics, geography, astronomy, marine navigation studies, optics, surveying basics, and STEM education.

4. How does a sextant work?

A sextant uses mirrors to bring two objects into visual alignment. The angle between them is then read from the graduated arc.

5. Can students use the Brass Sextant directly?

Students can use the instrument under teacher supervision after learning proper handling, sighting, reading, and safety methods.

6. Can this sextant be used for celestial navigation demonstrations?

Yes, it can be used to explain basic celestial navigation concepts, including measuring the altitude of celestial objects relative to the horizon.

7. Does the sextant require electricity?

No, the Sextant, Brass is a manual optical measuring instrument and does not require electricity.

8. Why is brass used in the sextant?

Brass provides a classic appearance, good strength, and educational value, making the instrument suitable for demonstration and display purposes.

9. Can this instrument teach reflection of light?

Yes, the mirrors used in a sextant help demonstrate reflection of light and image alignment in optical instruments.

10. What safety precautions should be followed?

Handle the sextant carefully, protect mirrors from damage, do not look directly at the Sun without proper filters and expert supervision, and store it safely after use.

11. How should the Brass Sextant be maintained?

Keep the instrument clean and dry, wipe it with a soft cloth, protect optical parts from scratches, avoid moisture and chemicals, and store it in a case or cabinet.

12. Is this product useful for STEM education?

Yes, it supports STEM education by helping students observe angular measurement, optics, navigation, astronomy, and practical measurement techniques through hands-on demonstration.

Conclusion

Scientifc Equipment Sextant, Brass is a valuable educational navigation and angular measurement instrument for teaching optics, astronomy, geography, celestial navigation, and historical measurement methods. Its brass construction, mirror-based working principle, and classroom-friendly demonstration value make it suitable for school laboratories, geography labs, STEM classrooms, science projects, astronomy activities, and institutional educational setups.