Small physics laboratory

Product Code : SCL-MH-12583

Bring the physics lab directly to your classroom, coaching center, or home-school setup with the Small Physics Laboratory Kit designed by Educational Instrument India. Understanding that space constraints and tight budgets often limit practical science exposure, we have engineered a highly portable, comprehensive "Lab-in-a-Box." This miniature yet fully functional laboratory kit bridges the gap between text-based formulas and actual experimental proof.

Don't let its compact footprint fool you. This all-in-one kit is precisely curated to execute over 50 fundamental physics experiments across mechanics, optics, magnetism, electricity, and thermodynamics. Every component is engineered from industrial-grade, non-toxic materials under rigorous inspection protocols to ensure high precision, safety, and long-lasting durability.

Perfectly mapped to national and global educational frameworks (including CBSE, ICSE, and STEM syllabi), this small physics laboratory empowers educators to provide tactile, experiential learning without the massive infrastructure cost of a traditional laboratory.

Why Choose Educational Instrument India? As a trusted name in educational manufacturing, our instruments undergo precise factory calibration, reducing error margins so students achieve clear, unambiguous results for their lab reports.

Key Features & Benefits

Space-Saving & Portable: Housed in a heavy-duty, reinforced case with dedicated foam slots, making it effortless to carry between classrooms or store away in small cabinets.

Multidisciplinary Coverage: Single-box architecture that seamlessly shifts from optical light-ray tracking to electrical circuit assembly and thermodynamic heat-transfer tracking.

Curriculum-Aligned Manual: Includes an exhaustive, step-by-step teacher and student guide complete with circuit diagrams, observation tables, and foundational theory.

Uncompromising Safety: Features low-voltage battery power supplies, insulated terminals, and shatterproof acrylic lenses to prevent classroom accidents.

Product Specifications

Included Core Components Breakdown:

Mechanics: Miniature friction blocks, graduated spring balances , slotted mass sets, mini pulleys, and a compact pendulum bob.

Optics: Mini optical track, high-intensity LED ray box, double concave/convex acrylic lenses, equilateral glass prism, and slit plates.

Electricity & Magnetism: Compact plug keys, multi-range analog ammeter/voltmeter, miniature rheostat, connection leads, Alnico bar magnets, and a clear-view magnetic compass.

Thermodynamics: Compact digital thermometer probe, insulated aluminum calorimeter cup, and an expansion rod assembly.

How to Use the Small Physics Laboratory Set

To maximize learning outcomes and maintain the structural integrity of your kit, follow these structural steps:

Inventory Check & Setup: Open the impact-resistant carrying case on a level surface. Reference the component index inside the lid to confirm all parts are present before commencing work.

Module Extraction: Gently extract only the components required for the specific experiment (e.g., take out the LED ray box, prism, and track for an optics demonstration). Leave irrelevant modules securely nestled in their foam cutouts.

Assembly & Circuit Logic: Build your experimental apparatus systematically. When conducting electrical experiments, always verify that your circuits are fully mapped out and the power switches are in the OFF position before finalizing connections.

Recording Data: Adjust knobs and dials with a soft touch. Utilize the pre-printed observation tables in the enclosed manual to log measurements like angle of incidence, voltage drops, or spring displacement.

Clean Up & Storage: Disconnect battery housings immediately upon completion. Wipe down mirrors or metal rods with a clean, dry cloth. Place each component back into its custom-molded slot to ensure the kit is complete for the next user.

Frequently Asked Questions (FAQs)

Q1: Is the Small Physics Laboratory kit sufficient for high school board exam preparations?

Yes. The kit is specifically compiled to address foundational experiments found in high school curricula. It provides excellent hands-on practice for verifying Ohm’s Law, focal length determinations, laws of reflection/refraction, and pulley mechanics, making it an indispensable resource for board exams and competitive coaching foundations.

Q2: Why does the kit use acrylic lenses instead of standard lab glass?

Safety and longevity are paramount in classroom environments. Educational Instrument India utilizes premium, high-grade optical acrylic because it provides identical refractive indices and structural performance to glass while remaining completely shatterproof and highly resistant to drops.

Q3: Can individual components be replaced if lost or damaged by students?

Absolutely. We recognize that smaller components like connecting wires, magnets, or weights can occasionally go missing in a busy school environment. As a direct manufacturer, Educational Instrument India supplies individual replacement parts for all our kits. Simply quote your model code to our service team.

Q4: Does the kit require a mains power outlet to operate electricity experiments?

No. To maximize safety and portability, the entire electricity and magnetism module runs strictly on low-voltage DC batteries (AA or 9V variants depending on configuration). This eliminates the hazards of high-voltage mains shocks, allowing students to experiment with total peace of mind.