Top


Blue Triangles

A set of 12 right angle scalene triangles painted blue.In a box.

Code : 1/EM

Hundred Board

a) A blue masonite board with 100 chequered squares. b)100 white s

Code : 2/EM

Pythagoras Board

a) A red masonite board with 100 chequered squares printed with numbers on the first row and coloum

Code : 2a/EM

Wooden Hierarchical Material

a)�A set of wooden cubes, squares and prisms in their respective hierarchical colours, giving a

Code : 3/EM

Decanomial Square

Hardboard rectangles and square tablets colour coordinated corresponding to the decimal bead mater

Code : 4/EM

Base for 4/EM

A square hardboard base with frame for constructing the decanomial square.

Code : 4a/EM

Decanomial Bead Material

55 Sets of colour beads bars from 1 to 10. In a partitioned box.

Code : 5/EM

Chequered board

a) A rectangular board with coloured squares made of fabric marked with numbers on the right side an

Code : 6/EM

Bank Game

a) Set of white hardboard cards with numbers 1-9; 10-90; 100-900; & 1000-9000 printed in their h

Code : 8/EM

Square Root Peg Board

a) A perforated board with 900 holes b)180 pegs each in blue,green and red in a partitioned box.

Code : 9/EM

Square Root Bead Board

a) A board with 225 cavities b) 100 pegs each in blue, green and red in a partitioned box.

Code : 10/EM

Powers of Two

A square hardboard base with frame for constructing the decanomial square.

Code : 11/EM

Powers of Three

Material comprising of cubes and prisms to demonstrate the power of three. In a hinged box.

Code : 12/EM

Hierarchical Trinomial Cube

Material comprising of cubes and prisms to demonstrate the power of three .In a hinged flap box.

Code : 13/EM

The 4th Power of Binomial 1st

Material comprising of cubes and prisms to demonstrate the power of three.In a hinged flap box.

Code : 15/EM

The 4th Power of Binomial 2nd

Material comprising of cubes and prisms to demonstrate the power of three.In a hinged flap box.

Code : 16/EM

The 4th Power of Binomial 3rd

Material comprising of cubes and prisms to demonstrate the power of three.In a hinged flap box.

Code : 17/EM

The 4th Power of Binomial 4th

Material comprising of cubes and prisms to demonstrate the power of three. In a hinged flap box.

Code : 18/EM

The 5th Power of Binomial 1st

Material comprising of cubes and prisms to demonstrate the power of three. In a hinged flap box1.

Code : 19/EM

The 5th Power of Binomial 2nd

Material comprising of cubes and prisms to demonstrate the power of three. In a hinged flap box2.

Code : 20/EM

Decimal Chequered board

a) A square board with graded coloured chequered fabrics marked with numbers on all four sides of th

Code : 21/EM

Decimal fraction

a) A yellow felt board with horizontal lines and marked with their corresponding hierarchical numbe

Code : 22/EM

Cubing and cube root material

A set of cubes from one to nine along with 27 prisms per colour painted in their corresponding colou

Code : 23/EM

Multibase Rods

a) 19 strips of wood to be used as a base for number rods. b)

Code : 24/EM

Multibase Hierarchical Material base 2-3

a) A laminated wooden board with a wooden frame. b) cubes

Code : 25/EM

Multibase Bead Frame

A bead frame with 12 rows across and with 16 beads in each row. The top of the frame has a sliding b

Code : 26/EM

Geometrical Stick Material

a) A set of hardboard colour coded strips and accessories for the study of plane geometric figures.

Code : 27/EM

Working board for 27/EM

A Wooden board stuck with cork.

Code : 27/a/EM

Fraction Skittles

Set of 4 large wooden Skittles, 1st full 2nd divided by 2 with the insides painted red; 3rd divide

Code : 28/EM

Centesimal Circle and Protractor

Two square metal plates inscribed with a circle for (a) fraction and (b) decimal. a) Plate

Code : 29/EM

Geometrical material (full set) In metal

Green plate with red insets: a)Circle divided upto the tenths.

Code : 30/EM

Extra Fraction Pieces

5 sets of circles divided from 2 to 10 with 10 sets of whole circles. In a partitioned box.

Code : 31/EM

Equivalence Material

A set of 13 plates in green with insets in red for converting various geometrical shapes into rectan

Code : 32/EM

Theorem of Pythagoras

3 sets of metal plates in green along with their c

Code : 33/EM

Other Geometric Figures

3 sets of metal plates in green with insets in red:

Code : 34/EM

Graded Circles and Squares

A set of 9 plates in green containing insets in red. 5ircles and 4squares in graduation for the stud

Code : 35/EM

Yellow Area Material

Various triangles and quadrilaterals and their sections for transforming them into rectangles, with

Code : 36/EM

Yellow Prisms for Volume

A set of 5 yellow prisms with appropriate markings.

Code : 37/EM

Wooden cubes for volume

A set of 250, 2cm wooden cubes in a flap box with an opening on one side.

Code : 38/EM

Small wooden cubes for volume

A set of 1000, 1 cm wooden cubes in a flap box with an opening on one side.

Code : 39/EM

Hollow volume material (Metal)

Consists of 3 hollow Geometrical forms having the same base to enable the child to discover volumes,

Code : 40/EM

Large Geometrical Solids I box

a) A square based prism. b) A rhombic based prism.

Code : 41/EM

Large Geometrical Solids II box

a) A Short square base prism. b) A Short triangular base prism.

Code : 42/EM

Large Geometrical Solids III box

A set of 12 Blue large geometrical solids as: a square pyramid, a triangular pyramid and a cone all

Code : 43/EM

Trisected cube

3 blue wooden identical pyramids that form a cube.

Code : 44/EM

Grammar Boxes

A set of 8 sloping / partitioned boxes made of wood painted in different colours.

Code : 45/EM