Periscope Manufacturer,Supplier and Exporter in India
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Product Code : SCL-PLE-11478
Scientifc Equipment Periscope is an educational optics teaching apparatus designed to demonstrate reflection of light, plane mirror arrangement, image viewing, light path direction, and practical applications of mirrors. It is suitable for school science laboratories, STEM classrooms, physics practicals, optics lessons, and teacher-led demonstrations.
This periscope helps students understand how light can be reflected using two plane mirrors placed at suitable angles, generally 45 degrees. It allows the observer to view objects that are not in direct line of sight, making it useful for explaining optical instruments, mirror reflection, submarines, observation devices, and real-life applications of light reflection.
Product Description
The Periscope by Scientifc Equipment is a practical science model used to demonstrate how plane mirrors reflect light to change the direction of vision. A typical periscope consists of a tubular or box-type body with two mirrors fixed at opposite ends and arranged parallel to each other at an angle.
When light from an object enters the top opening of the periscope, it reflects from the upper mirror and travels downward to the lower mirror. The lower mirror then reflects the light toward the observer’s eye, allowing the object to be seen from a hidden or lower position.
Scientifc Equipment Periscope is useful for teaching laws of reflection, plane mirror image formation, light travel path, optical instruments, STEM model learning, and classroom demonstration of practical optics.
Key Features
- Brand: Scientifc Equipment
- Educational Optics Model: Designed for demonstrating reflection of light using plane mirrors.
- Two-Mirror System: Helps show how light changes direction through repeated reflection.
- Classroom Demonstration Tool: Suitable for physics, general science, optics, and STEM activities.
- Simple Viewing Principle: Allows students to understand how objects can be seen from an indirect line of sight.
- Real-Life Application Learning: Useful for explaining submarines, observation devices, and mirror-based instruments.
- Hands-On STEM Support: Helps students connect textbook optics with practical model observation.
- Reusable Teaching Aid: Suitable for repeated supervised classroom and laboratory use.
Product Specifications
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Product Name |
Periscope |
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Brand |
Scientifc Equipment |
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Product Type |
Educational optics and reflection demonstration model |
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Primary Use |
Demonstrating reflection of light, mirror arrangement, and indirect object viewing |
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Working Principle |
Light from an object is reflected by two plane mirrors arranged at suitable angles, allowing the observer to see objects outside the direct line of sight |
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Optical Component |
Two plane mirrors or reflective surfaces as per supplied model configuration |
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Mirror Arrangement |
Mirrors generally placed parallel to each other at approximately 45 degrees inside the periscope body |
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Body Material |
Plastic, cardboard, wood, metal, or suitable educational-grade material as per supplied configuration |
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Observation Type |
Indirect viewing through reflected light path |
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Subject Use |
Physics, optics, light, reflection, general science, and STEM education |
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Demonstration Topics |
Reflection of light, plane mirrors, laws of reflection, image viewing, light path, mirror angle, and optical instruments |
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Application |
Classroom demonstrations, school practicals, STEM projects, optics lessons, science fair models, and educational activities |
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Suitable For |
Schools, colleges, science laboratories, physics labs, STEM classrooms, science clubs, and educational institutions |
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Usage Mode |
Teacher-led demonstration and supervised student practical use |
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Packaging |
Standard educational laboratory supply packaging as per supplied configuration |
How to Use Periscope
- Place or hold the periscope carefully in a vertical position.
- Make sure the top opening is directed toward the object to be observed.
- Look through the lower viewing opening of the periscope.
- Adjust the position slightly until the object becomes visible through the reflected light path.
- Observe how light from the object reflects from the top mirror to the bottom mirror.
- Discuss how the two mirrors change the direction of light and allow indirect viewing.
- Use the model to demonstrate the laws of reflection by tracing the incident and reflected rays.
- Compare the periscope’s working with real-life applications such as submarine periscopes and observation devices.
- Record observations, ray path diagrams, mirror positions, and conclusions in the practical notebook.
- After use, clean the viewing openings and store the periscope safely in a dry place.
Educational Applications
- Demonstrating reflection of light
- Teaching laws of reflection using plane mirrors
- Explaining how a periscope changes the direction of light
- Studying mirror arrangement and reflected image viewing
- Understanding indirect line-of-sight observation
- Explaining real-life use of periscopes in submarines and observation devices
- Supporting ray diagram practice in optics lessons
- Encouraging STEM model-based learning and science project work
- Helping students connect optics theory with practical applications
Why Choose Scientifc Equipment Periscope?
Scientifc Equipment provides practical educational science apparatus for schools, colleges, laboratories, and STEM learning environments. The Periscope is a simple, effective, and visually clear teaching model for explaining reflection of light and mirror-based viewing systems.
- Suitable for school and college science laboratories
- Useful for optics, reflection, mirror, and light path demonstrations
- Helps students understand real-world applications of plane mirrors
- Supports hands-on learning and classroom participation
- Easy to use for teacher-led demonstrations and student activities
- Reusable model suitable for repeated supervised practical work
- Suitable for institutional procurement and science lab setup
E-E-A-T Product Trust Notes
- Educational Experience: Designed for repeated classroom use in optics, reflection, and mirror demonstration activities.
- Practical Expertise: Supports standard science concepts such as laws of reflection, plane mirrors, image viewing, and light path change.
- Authoritative Lab Use: Suitable for school, college, STEM, physics, and general science laboratory practicals.
- Trustworthy Learning: Encourages supervised, observation-based learning with clear visual demonstration outcomes.
Care and Safety Instructions
- Use the Periscope under teacher or laboratory instructor supervision when handled by young students.
- Do not look directly at the Sun or strong light through the periscope.
- Handle mirrors or reflective surfaces carefully to avoid scratches or breakage.
- Do not drop, bend, or apply excessive force to the periscope body.
- Keep the viewing openings clean and free from dust.
- Do not use the periscope if mirrors are cracked, loose, or damaged.
- Keep the model away from water, moisture, corrosive chemicals, and excessive heat.
- Clean external surfaces gently with a soft dry cloth.
- Store the periscope safely after use to prevent damage to mirrors and body structure.
SEO Title
Periscope for School Physics Optics Lab – Scientifc Equipment
Meta Description
Buy Scientifc Equipment Periscope for school physics labs, STEM classrooms, reflection of light demonstrations, plane mirror experiments, optics lessons, ray diagrams, and science model learning.
SEO Keywords
Periscope, Scientifc Equipment Periscope, School Lab Periscope, Physics Lab Periscope, Educational Periscope Model, Reflection of Light Model, Plane Mirror Apparatus, Optics Demonstration Model, STEM Science Periscope, Light Reflection Teaching Aid.
FAQ – Periscope
- What is a Periscope used for?
A Periscope is used to demonstrate reflection of light and to show how objects can be viewed from an indirect line of sight using plane mirrors.
- Is this Periscope suitable for school laboratories?
Yes, Scientifc Equipment Periscope is suitable for school science labs, physics labs, STEM classrooms, optics lessons, and supervised student activities.
- How does a Periscope work?
A Periscope works by using two plane mirrors arranged at suitable angles. Light reflects from the top mirror to the lower mirror and then reaches the observer’s eye.
- Which physics principle does this product demonstrate?
It demonstrates reflection of light, laws of reflection, plane mirror image formation, and change in direction of light.
- Why are mirrors placed at 45 degrees in a Periscope?
Mirrors are commonly placed at about 45 degrees so that light can be reflected downward and then toward the observer’s eye in a clear viewing path.
- Can students use the Periscope directly?
Yes, students can use the Periscope under teacher supervision after learning correct handling and optical safety instructions.
- Does the Periscope require electricity?
No, the Periscope is a manual optical model and does not require electricity.
- What real-life applications can be explained using this model?
It can help explain submarine periscopes, observation devices, safety viewing instruments, and mirror-based optical systems.
- Can this product be used for STEM projects?
Yes, it is useful for STEM projects, science fair models, optics activities, and classroom demonstrations on light reflection.
- What accessories are useful with this Periscope?
Useful accessories include ray diagrams, plane mirror sets, light source, graph sheet, protractor, optics worksheet, and classroom demonstration charts.
- What safety precautions should be followed?
Do not look at the Sun through the Periscope, handle mirrors carefully, avoid dropping the model, and do not use it if the mirrors are damaged.
- How should the Periscope be maintained?
Keep it clean and dry, protect mirrors from scratches, avoid moisture and rough handling, and store it safely after classroom use.
- Is this product useful for STEM education?
Yes, it supports STEM education by helping students observe, understand, and apply the reflection of light through a practical optical model.
Conclusion
Scientifc Equipment Periscope is a useful educational optics model for teaching reflection of light, plane mirror arrangement, image viewing, and real-life optical applications. Its simple working principle, practical demonstration value, and hands-on learning support make it suitable for school laboratories, STEM classrooms, optics practicals, science projects, and institutional science lab setups.
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