Complete Maths Lab Setup in Gurugram and Delhi NCR — Equipment, Kits, and Activities Guide 2026

What Is a Maths Lab and Why Does Every CBSE School Need One?

Mathematics is one subject that almost every student struggles with at some point — not because the concepts are beyond their grasp, but because abstract numbers and formulas on a blackboard rarely connect with how the brain naturally learns. A well-equipped Maths Lab changes this completely.

When students physically handle a geometry board, measure angles with a protractor, build 3D shapes, explore probability with dice and spinners, or verify the Pythagoras theorem with a tangram — mathematics transforms from intimidating abstraction into visible, tangible reality.

CBSE recognised this decades ago. The CBSE Maths Lab is now a mandatory requirement for affiliated schools — and an important component of the Class 10 and Class 12 internal assessment. Schools without a properly equipped maths lab risk affiliation penalties and fail their students in practical understanding.

A Mathematics Laboratory is a dedicated room or section equipped with:

• Mathematical instruments and measuring tools
• Geometric models and 3D solid shapes
• Activity kits for hands-on exploration of mathematical concepts
• Charts, graphs, and visual displays
• Games and puzzles that develop mathematical thinking
• Number and algebra activity materials

CBSE Requirement

The Central Board of Secondary Education mandates a Mathematics Laboratory as part of its school affiliation norms. CBSE's Mathematics Laboratory guidelines specify:

• Dedicated space with adequate furniture
• Complete set of mathematical instruments
• Activity-based learning materials for Classes 1–12
• Maths lab activities integrated into the annual teaching plan
• Internal assessment component based on maths lab activities

For Class 10, CBSE prescribes specific maths lab activities that are assessed internally. For Class 12, maths lab activities support practical understanding of calculus, vectors, and probability.

Why Students Need a Maths Lab

• Visual learners understand geometry, mensuration, and coordinate geometry far better through physical models than diagrams
• Kinesthetic learners grasp algebraic identities and number patterns through hands-on manipulation
• Anxiety reduction — students who fear maths relax when they can physically explore concepts without the pressure of getting a written answer right
• Deeper retention — concepts explored physically are retained far longer than those memorised from textbooks
• Exam preparation — CBSE Class 10 maths practicals are assessed, and students who have used the lab regularly score consistently higher

Complete CBSE Maths Lab Equipment List

Section 1 — Mathematical Instruments

Basic Measuring and Drawing Instruments

Every maths lab needs a class set of precision mathematical instruments — sufficient for all students to work simultaneously in groups:

• Ruler (30cm) — stainless steel and plastic — class set of 30
• Set square (30-60-90) — class set of 30
• Set square (45-45-90) — class set of 30
• Protractor (180°) — class set of 30
• Protractor (360°) — class set of 15
• Compass (bow compass) — class set of 30 — for drawing circles and arcs
• Divider — class set of 20 — for measuring and transferring distances
• Geometry box (complete set) — class set of 30
• Metre scale (wooden, 100cm) — set of 10
• Tape measure (1.5m) — set of 10 — for mensuration activities
• Measuring tape (10m) — set of 3 — for outdoor measurement activities
• Vernier calliper — set of 5 — for precision measurement activities (Class 11–12)
• Trundle wheel — for measuring distances on ground
• Clinometer — for measuring heights using trigonometry (Class 10)
• Theodolite / Angle measurer — for advanced trigonometry activities

Drawing and Graphing Tools

• Graph paper (A4, 1cm grid) — bulk pack
• Graph paper (A4, 0.5cm grid) — bulk pack
• Graph paper (A3, 1cm grid) — for larger coordinate geometry activities
• Isometric dot paper — for 3D drawing activities
• Squared exercise books — class set
• Drawing board (A2 size) — set of 10
• T-square — set of 10
• French curves — set of 10 — for curve drawing activities
• Flexi-curve (flexible ruler) — set of 10
• Coordinate graph board (magnetic) — set of 5 — for plotting points on coordinate axes
• Number line display (wall-mounted, -20 to +20) — set of 3

Section 2 — Geometric Models and Solid Shapes

2D Geometry Sets

• Tangram sets — class set of 30 — for exploring area, fractions, and geometric transformations
• Pattern blocks — sets of hexagons, squares, triangles, rhombuses — for tessellation and symmetry activities
• Geoboard (square, 5x5 or 10x10 peg) — class set of 30 — for exploring area, perimeter, polygons, and coordinate geometry
• Circular geoboard — set of 15 — for exploring angles, arcs, and circle theorems
• Geo strips / Mira strips — for constructing polygons and exploring properties
• Attribute blocks — sets of shapes in different sizes, colours, and thickness — for sorting and classification activities (Primary classes)
• Pentominoes set — for area and spatial reasoning activities
• Polyomino tiles — dominos, triominoes, tetrominoes, pentominoes

3D Solid Geometry Models

One of the most important components of a maths lab — physical 3D models that students can handle, measure, and explore.

Platonic Solids Set:

• Tetrahedron (4 faces)
• Cube / Hexahedron (6 faces)
• Octahedron (8 faces)
• Dodecahedron (12 faces)
• Icosahedron (20 faces)

Standard Solid Shapes (hollow, open-top, for volume/surface area):

• Cube — various sizes
• Cuboid — various sizes
• Cylinder — various sizes
• Cone — various sizes
• Sphere — various sizes
• Hemisphere
• Frustum (cone with top cut off)
• Prism (triangular, square, pentagonal, hexagonal)
• Pyramid (square base, triangular base)

Volume Relationship Sets:

• Cone-cylinder same base and height set — demonstrates that volume of cone = 1/3 volume of cylinder
• Hemisphere-cylinder set — demonstrates volume relationships
• Sand or water filling sets — for hands-on volume measurement activities

Nets of 3D Shapes:

• Cardboard net sets for cube, cuboid, cylinder, cone, prism, pyramid — for understanding surface area through unfolding

Conic Sections Model:

• Transparent cone showing cross-sections — circle, ellipse, parabola, hyperbola (Class 11)

Euler's Formula Demonstration Set:

• Wire-frame polyhedra for counting vertices, edges, faces

Section 3 — Algebra and Number Activity Materials

Number and Arithmetic

• Counting rods / Cuisenaire rods — coloured rods of lengths 1–10 — for number sense, fractions, and ratio activities (Primary)
• Base-10 blocks (Dienes blocks) — units, rods (tens), flats (hundreds), cubes (thousands) — for place value and arithmetic (Classes 1–5)
• Number cards and tiles — for number pattern and sequence activities
• Integer tiles (positive and negative) — for understanding integers and operations (Class 6–7)
• Fraction tiles and circles — for understanding fractions, equivalence, and operations
• Decimal squares — for decimal fraction activities
• Place value chart (large, wall-mounted) — set of 2
• Hundred square chart — for number pattern activities
• Multiplication table chart — large wall-mounted versions

Algebra Tiles and Models

• Algebra tiles — unit tiles, x-tiles, x²-tiles — for factorisation, expansion, and solving equations activities (Class 8–10)
• Algebraic identity models — physical demonstration of (a+b)², (a-b)², (a+b)(a-b) — extremely effective for Class 8–9
• Pythagoras theorem demonstration board — showing a² + b² = c² visually with area squares
• Binomial theorem model — Pascal's triangle tiles (Class 11)

Section 4 — Statistics and Probability Materials

• Dice — standard 6-faced — bulk pack of 50 — for probability experiments
• Weighted / biased dice — for discussing experimental vs theoretical probability
• Coins — for coin toss probability experiments
• Spinners — equal and unequal sector spinners — for probability activities
• Playing cards — for probability and combination activities
• Coloured balls / marbles — for probability sampling experiments
• Bag for sampling — opaque drawstring bags for sampling without replacement
• Frequency distribution board — for recording and displaying data from experiments
• Statistical data sets — printed data cards for mean, median, mode activities
• Histogram and bar graph magnetic display board
• Stem-and-leaf plot display board
• Normal distribution curve model — for Class 12 statistics

Section 5 — Trigonometry and Coordinate Geometry

• Unit circle model — large display showing sin, cos, tan values at standard angles (Class 10–11)
• Sine and cosine graph model — physical wave display
• Clinometer — for measuring angles of elevation and depression (Class 10 applications)
• Hypsometer — for measuring heights using trigonometry
• Angle of elevation demonstration kit — with adjustable arm and protractor
• Coordinate geometry board (large) — magnetic, for plotting lines, curves, and points (Class 9–10)
• 3D coordinate system model — showing x, y, z axes (Class 12)
• Vector model — for understanding direction and magnitude (Class 12)
• Graph plotting software display — for teacher demonstration

Section 6 — Calculus and Advanced Maths Materials (Class 11–12)

• Limit and continuity demonstration model — approaching a value on a number line
• Differentiation model — tangent to a curve at a point (using flexible wire on a printed curve)
• Integration model — area under a curve using strips (Riemann sum demonstration)
• Maxima and minima model — 3D surface with highest and lowest points marked
• Rolle's theorem and Mean Value theorem demonstration board
• 3D surface models — paraboloid, sphere, cone — for multivariable concepts
• Matrix model tiles — for understanding matrix operations

Section 7 — Maths Lab Activity Kits

Activity kits are pre-packaged sets of materials for specific CBSE-prescribed maths lab activities. Each kit contains all materials needed for a class to complete one activity together.

Class 9 Activity Kits (CBSE Prescribed)

• Verify that sum of angles of a triangle is 180°
• Verify exterior angle property of a triangle
• Construct the square root spiral
• Verify Pythagoras theorem by paper folding
• Explore linear equations in two variables
• Verify properties of parallelogram
• Find experimentally the area of a circle

Class 10 Activity Kits (CBSE Prescribed)

• Verify Basic Proportionality Theorem (Thales theorem)
• Verify criteria for similarity of triangles
• Find HCF and LCM using Euclid's division algorithm
• Verify that tangent at any point is perpendicular to radius
• Verify angle subtended by arc at centre is double at circumference
• Demonstrate concept of arithmetic progression
• Find area of a sector

Class 11 Activity Kits

• Sets and Venn diagrams activity
• Trigonometric functions on unit circle
• Binomial theorem verification
• Permutations and combinations activities
• Limits and continuity exploration

Class 12 Activity Kits

• Derivative as rate of change
• Maxima and minima applications
• Integration as area
• Probability distributions
• Matrix operations

Section 8 — Maths Lab Charts and Displays

Wall displays are an important part of a maths lab environment — creating a mathematically rich visual space.

Number and Algebra Charts:

• Number line (negative to positive)
• Prime numbers chart (1–100)
• Multiplication tables (1–20)
• Perfect squares and cubes chart
• Logarithm tables
• Algebraic identities chart
• Sequence and series formulas chart

Geometry Charts:

• Properties of triangles
• Quadrilateral properties chart
• Circle theorems chart
• Solid geometry formulas chart
• Trigonometric ratios and values
• Coordinate geometry formulas

Calculus Charts (for Classes 11–12):

• Differentiation formulas
• Integration formulas
• Standard results chart

Display Boards:

• Mathematical puzzles display board — rotating weekly puzzles
• "Mathematician of the Month" display
• Student work display — for displaying best maths activities
• Mathematical history timeline

Section 9 — Maths Games and Puzzles

Games and puzzles make maths engaging and are an important part of a quality maths lab:

• Chess set — for mathematical thinking, strategy, and combinatorics
• Rubik's cube (3x3, 4x4) — for group theory and spatial reasoning
• Sudoku puzzle sets — for logical reasoning and number placement
• KenKen puzzles — arithmetic-based puzzle grids
• Tower of Hanoi — for recursive thinking and mathematical sequences
• Soma cube — spatial puzzle with 7 pieces forming a 3x3x3 cube
• Magic square puzzles — for number pattern exploration
• Tangram puzzle sets — geometric dissection puzzles
• Mobius strip kit — for exploring topology
• Flexagons kit — paper folding into hexagonal shapes
• Mathematical card tricks kit — for number theory exploration
• Abacus — for arithmetic and place value (Primary)
• Mathematical Olympiad puzzle books — for advanced students

Maths Lab Furniture and Infrastructure

A proper maths lab needs appropriate furniture:

• Activity tables — flat-top tables at comfortable height, grouped in 4–6 student clusters
• Storage cupboards — for storing models, kits, and activity materials safely
• Display shelves — for displaying 3D models and student work
• Whiteboard or blackboard — for teacher demonstration
• Projector and screen — for digital maths demonstration (GeoGebra, Desmos)
• Computer / tablet — for digital geometry software (GeoGebra is free and excellent)
• Magnetic demonstration board — for coordinate geometry and number line activities

Cost of Setting Up a CBSE Maths Lab in Gurugram

| Lab Level | Coverage | Estimated Cost |

|-----------|----------|----------------|

| Basic Maths Lab (Classes 1–8) | Instruments, shapes, number materials | ₹50,000–₹1,20,000 |

| Standard Maths Lab (Classes 1–10) | Complete CBSE Class 9–10 activities | ₹1,20,000–₹2,50,000 |

| Premium Maths Lab (Classes 1–12) | Full senior secondary coverage | ₹2,50,000–₹5,00,000 |

| Annual Restock and Replacement | Consumables, worn items | ₹15,000–₹50,000 |

Prices vary based on class strength, brand quality, and specific items. Call 099998 99973 for a customised quotation.

Our Maths Lab Setup Packages

At Bharat Science Model Centre we offer complete maths lab setup services:

Package 1 — New Complete Setup: Full equipment, instruments, models, activity kits, charts, and games for a brand new maths lab. Aligned to CBSE prescribed activity list for your class levels.

Package 2 — Annual Activity Kit Restock: Replenishing consumable activity materials at the start of each academic session — graph paper, activity cards, probability materials.

Package 3 — CBSE Affiliation Ready: Assessment against CBSE maths lab requirements, supply of missing items, documentation support.

Package 4 — Upgrade Package: Adding Class 11–12 materials to an existing Class 1–10 maths lab.

Why Schools in Gurugram Trust Bharat Science Model Centre

35+ Years of Experience: Since 1988 we have been supplying educational equipment to schools across Gurugram and Delhi NCR. We know CBSE requirements inside out.

Single Supplier for Complete Setup: Instruments, 3D models, activity kits, charts, games, furniture guidance — everything from one supplier, one invoice, one delivery.

CBSE-Aligned Activity Kits: Our maths lab activity kits are specifically designed for CBSE Class 9–12 prescribed activities — no guesswork on what to buy.

Institutional Pricing: Significant savings for schools buying in quantity for a full class setup.

Expert Guidance: Our team will assess your existing setup and tell you exactly what is needed — no unnecessary purchases.

How to Reach Us

Bharat Science Model Centre

Plot No. 389/9, Near Harish Bakery, Old Shivpuri Road, Old Railway Road, Sector 7, Gurugram, Haryana — 122001

Call / WhatsApp: 099998 99973 | 098105 72634

Email: edusupermart@gmail.com

Website: bharatedumart.com

Opening Hours: Monday to Sunday — 9:00 AM to 3:00 PM and 5:00 PM to 9:00 PM

Directions: Located in Sector 7, Old Gurugram near Harish Bakery on Old Shivpuri Road. Easily reachable from Delhi, Faridabad, Noida, and all parts of Gurugram. Nearest Metro: Guru Dronacharya or Sikanderpur (Yellow Line).

Frequently Asked Questions

Q: Where can I buy maths lab equipment in Gurugram?

A: Bharat Science Model Centre in Sector 7, Old Gurugram supplies complete maths lab equipment including geometric models, instruments, activity kits, and charts. Call 099998 99973.

Q: What does CBSE require for a maths lab?

A: CBSE requires a dedicated maths lab with mathematical instruments, 3D solid models, activity kits aligned to the prescribed activity list for Classes 9–12, display materials, and adequate furniture. We supply everything needed.

Q: How much does a maths lab setup cost for a CBSE school?

A: A standard CBSE maths lab covering Classes 1–10 costs approximately ₹1,20,000–₹2,50,000. A complete Classes 1–12 lab costs ₹2,50,000–₹5,00,000. Call 099998 99973 for a customised quote.

Q: Do you supply tangrams and geoboards for maths labs in Gurgaon?

A: Yes. We stock tangram sets, geoboards (square and circular), pattern blocks, algebra tiles, and all hands-on maths activity materials.

Q: Do you supply 3D geometry models for maths labs in Gurugram?

A: Yes. We stock complete sets of Platonic solids, standard solid shapes (cube, cylinder, cone, sphere, prism, pyramid), volume relationship sets, and conic section models.

Q: Can you help prepare our maths lab for CBSE affiliation inspection?

A: Yes. We will audit your existing maths lab against CBSE requirements and supply exactly what is missing. Call 099998 99973.

Conclusion

A well-equipped Mathematics Laboratory is no longer optional for CBSE schools — it is a requirement, an assessment tool, and most importantly, the most powerful way to transform how students experience mathematics.

From basic number sense activities for Class 1 students to conic section models and calculus demonstrations for Class 12 — Bharat Science Model Centre in Sector 7, Old Gurugram supplies everything a CBSE maths lab needs, with 35+ years of experience, competitive institutional pricing, and expert guidance.

Call us at 099998 99973 or visit Sector 7, Old Gurugram to discuss your school's maths lab requirements. Open daily 9am–3pm and 5pm–9pm.