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Physics Lab Furniture & Turnkey Physics Lab Solutions

 9,450.00

Technical Specification Table – Physics Lab Furniture

Parameter Topnotch Physics Lab Furniture Specification
Material 0.8 mm CRCA Steel (TATA/JSW IS-513 “D” Grade)
Framework 30×30×1.6 mm ERW tube
Countertops 16–20 mm Black Granite / 25 mm Epoxy Resin
Surface Finish Epoxy Polyester Powder Coating (40–60 microns)
Anti-Rust Protection 8-Tank Process (Pickling, Phosphating, Passivation)
Hardware Ebco Hinges, Heavy Duty Handles, Secure Locks
Storage Base Cabinets, Overhead Cabinets, Ventilated Units
Electrical Modular Raceways, Sockets, Switches, Earth Leakage Protection
Safety Features Fire-resistant finish, Safety Switches, Anti-vibration tables
Ergonomics Adjustable stools, cable managers, modular layouts
Certifications SEFA, BIFMA, GREENGUARD, ISO 9001, 14001, 45001, 50001
Category:

Description

Designing and equipping a Physics Laboratory requires more than just tables and chairs — it requires specialized lab furniture that supports safety, accuracy, and durability for experiments in mechanics, optics, electromagnetism, electronics, and modern physics. The Topnotch Physics Lab Furniture System has been engineered with these requirements in mind, offering schools, colleges, universities, R&D centers, and industrial labs a world-class modular solution that integrates seamlessly into any learning or research environment.

At Topnotch, we understand that physics experiments demand precision. From simple pendulum setups in a school classroom to advanced spectroscopy and semiconductor research in universities, the right furniture ensures accuracy, safety, and efficiency. Our lab systems are built with premium-grade materials, ergonomic designs, and global certifications, making them reliable for 15–20 years of intensive use.


🔹 Workbenches & Tables – The Core of a Physics Lab

Topnotch offers a complete range of physics workbenches, available in both wall-side C-frame and central island configurations, designed to support both individual and group experiments. Each workbench is fitted with 16–20 mm polished black granite or 25 mm chemical-resistant epoxy resin tops, offering resistance to heat, scratches, electrical sparks, and chemical spills. Smooth, polished edges not only enhance durability but also ensure safety for students and researchers.

Key Features of Topnotch Physics Lab Workbenches:

  • Heavy-duty CRCA steel (0.8 mm, TATA/JSW IS-513 “D” grade)

  • 30×30×1.6 mm ERW tube frameworks for extra strength

  • 8-tank anti-rust treatment for long-lasting performance

  • Epoxy polyester powder coating (40–60 microns) for scratch resistance

  • Integrated raceways & electrical sockets for circuit/electromagnetism experiments


🔹 Storage & Organization

Physics labs require specialized storage for delicate equipment such as optical lenses, prisms, galvanometers, coils, and electronic modules. Topnotch provides overhead cabinets, under-bench storage, and ventilated chemical/instrument cabinets with high-quality Ebco hinges, secure locking systems, and dual-side laminations. This ensures that instruments remain safe, dust-free, and easily accessible.


🔹 Safety & Precision Fixtures

Safety is a non-negotiable priority in physics labs, especially when dealing with electricity, lasers, or high-voltage circuits. Topnotch integrates:

  • Anti-vibration tables – essential for balances, optical benches, and spectrophotometers.

  • Emergency electrical cut-off switches – for student and staff safety.

  • Eyewash stations & fire safety add-ons – for compliance in advanced labs.

  • Shock-proof raceways & grounded sockets – for safe electrical experimentation.


🔹 Ergonomics & Flexibility

Physics experiments often require long working hours, precision alignment of instruments, and group collaboration. Topnotch addresses these challenges with:

  • Height-adjustable lab stools & ergonomic seating

  • Modular designs for reconfiguration of lab layouts

  • Cable managers & utility raceways for a clutter-free environment

  • Teacher’s demonstration tables with integrated utilities

 

Comparison: Topnotch Physics Lab Furniture vs. Local Players

Parameter Topnotch Physics Lab Furniture Local / Ordinary Lab Furniture
Steel Quality 0.8 mm CRCA (TATA/JSW) 0.5 mm local mild steel
Countertops Epoxy Resin / Granite Laminates / Wooden tops
Anti-Rust Protection 8-tank anti-rust treatment Simple enamel paint
Electrical Integration Modular raceways, sockets Basic or missing
Storage Modular ventilated cabinets Single-side laminated shelves
Safety Fixtures Fire switches, eyewash, anti-vibration tables Generally absent
Durability 15–20 years lifespan 5–7 years lifespan
Certifications SEFA, BIFMA, GREENGUARD, ISO Usually none
Customization CAD-based turnkey layouts Fixed, non-modular designs
After Sales AMC + PAN India support Limited / No support

Physics Lab Furniture is not just about tables and chairs — it’s about creating a safe, durable, and innovative environment for learning and research. Topnotch Physics Lab Furniture stands above local players by offering global standards, safety compliance, modularity, and long-term reliability.

Whether for a school physics lab setup or a turnkey R&D laboratory, Topnotch ensures world-class quality with a complete solution — from design to installation to AMC.

 

Additional information

Applications of Physics Lab Furniture

Schools & Colleges: For teaching mechanics, electricity, optics, and modern physics.

Universities & Research Labs: For advanced experiments, material testing, electronics, and photonics.

Industrial Labs: R&D in electronics, semiconductors, renewable energy.

Government Institutions: CSIR, DRDO, ISRO, and educational infrastructure projects.

Why Choose Topnotch Physics Lab Furniture?

✅ Durability – CRCA steel, epoxy/granite tops, anti-rust treatment
✅ Safety – Integrated electrical safety, fire switches, anti-vibration tables
✅ Ergonomics – Modular design, user comfort, efficient layouts
✅ Certifications – ISO, SEFA, BIFMA, GREENGUARD compliance
✅ Customization – CAD layouts, tailor-made turnkey projects
✅ Long-Term ROI – 15–20 years lifespan, AMC support

What Are the Requirements of Physics Lab Furniture?

When setting up a Physics Laboratory, the requirements differ from chemistry or biology labs. Here’s what makes physics lab furniture unique:

Durable Workbenches – Must support heavy instruments like oscilloscopes, galvanometers, lasers, motors, optical benches, and pendulum setups.

Electrical Safety – Integrated wiring, sockets, and raceways for powering experiments in electronics and electromagnetism.

Heat & Impact Resistance – Countertops must withstand Bunsen burners, soldering irons, and accidental impacts.

Modularity & Flexibility – Physics experiments often require rearranging workstations; furniture should allow modular setups.

Storage Solutions – Cabinets and racks for keeping fragile instruments like lenses, prisms, diffraction gratings, and coils.

Safety Fixtures – Fire extinguishers, emergency switches, and anti-vibration tables for sensitive equipment.

Ergonomics – Comfortable seating, adjustable tables, and cable management to reduce clutter.

Compliance with Standards – ISO, SEFA, and BIS guidelines for lab design, ensuring safety and durability.

Pricing

Estimated Cost Per Square Foot – Turnkey Lab for Estimated Cost / sq ft (INR)

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