| Universal Force Table (Superior) with Brass Slotted Weights & Brass Pulleys |
| Universal Force Table (Normal) with Iron Slotted Weights & Aluminium Pulleys |
| Link Polygon Apparatus without Weights |
| Apparatus to Study Equilibrium of Non Concurrent Forces with Iron Slotted Weights |
| Parallelogram of Forces Apparatus with Iron Slotted Weights |
| Polygon of Forces Apparatus with Iron Conical Weights & Pan |
| Triangle & Parallelogram of Forces Apparatus with Iron Slotted Weights |
| Polygon & Triangle of Forces Apparatus with Iron Slotted Weights |
| Polygon of Forces Apparatus with Iron Slotted Weights & Pans |
Law of Conservation of Mass Apparatus without Weights
(a) To Verify The Law of Forces in Two Dimensions
(b) To Verify The Law of Forces in Three Dimensions |
| Parallel Forces Apparatus (Tubular Spring Balance) with 1 Kg Iron Conical Weights 2 Pc. |
| Parallel Forces Apparatus (Dial Type Balance) with 1 Kg Iron Conical Weights 2 Pc. |
| Parallel Forces Apparatus (Overhang Beam Type) with 1 Kg Iron Conical Weights 2 Pc. |
| Apparatus for Reaction of Forces in Beam Dial Type Balance 20 Kg with Iron Conical Weights |
| Bell Crank Lever on Angle Iron Base with Weights |
| Bell Crank Lever on Wooden Base without Weights |
| Compound Lever (with Weights) |
| Cranked Compounded Lever (with Weights) |
| Lever Apparatus (with Weights) |
| Moments Disc Apparatus (without Weights) |
| Law of Moments Apparatus (without Weights) |
| Cantilever Beam Apparatus |
Structural Mechanics Apparatus (Complete Set)
(a) Single Cantilever
(b) Cantilever with Four Members
(c) Simple Roof Truss
(d) Roof Truss with Angled Tie Rods
(e) A Composite Frame Work
(f) King Post Roof Truss
(g) Standard Roof Truss
(h) Roof Truss with Loads or Standard Roof Truss
(i) Mansard Roof Truss
(j) Island Roof Truss
(k) N Type Girder
(i) Warren Girder
(m) Framed Arc
(n) North Light Roof Truss |
| Jointed Roof Truss on Wheels (without Weights) |
| Shear Legs Apparatus (without Weights) |
| Simple Jib Crane (without Weights) |
| Jib Crane with Iron Base & Tubular Type Compression Balance (with Weights) |
| Geared Jib Crane (without Weights) |
Friction Slide Apparatus (without Weights)
(a) Superior Quality
(b) Normal Quality |
| Inclined Plane Normal Quality (without Weights) |
| Inclined Plane Superior Quality (without Weights) |
Combined Inclined Plane & Friction Slide Apparatus
(a) with Wooden Base & without Weights
(b) with Angle Iron Base & with Weights |
| Coil Friction Apparatus (without Weights) |
| Combined Coil & Flat Belt Friction Apparatus ( without Weights) |
| Combined Coil & ‘V’ Belt Friction Apparatus (without Weights) |
| Combined Coil, Flat & ‘V’ Belt Friction Apparatus without Weights) |
| Rope Brake & Dynamometer (with Weights) |
| Prony Brake Dynamometer (with Weights) |
Pulley Blocks Brass, 8 cm Dia & 6 mm Grove
(a) Single
(b) Double
(c) Triple |
Pulley Blocks Brass, 5 cm Dia & 6 mm Grove
(a) Single
(b) Double
(c) Triple |
Pulley Blocks Aluminium, 8 cm Dia & 2 cm Grove
(a) Single
(b) Double
(c) Triple |
Pulley Blocks Aluminium, 8 cm Dia & 1 cm Grove
(a) Single
(b) Double
(c) Triple |
| Double Shave Pulley Block (with Weights) |
| Differential Pulley Block Model (without Weights) |
| Pulley Demonstration Set (with Weights) |
Pulley System Different Type (without Weights)
(a) First System Pulleys
(b) Second System Pulleys
(c) Third System Pulleys
(d) Frame for Above |
Chain Pulley Blocks (without Weights)
(a) Worm Gear Type (1 Ton)
(b) Spur Gear Box Type (1 Ton)
(c) Weston’s Differential, Triple Purchase (1 Ton) |
| Compound Wheel & Axle 35 cm Dia (without Weights) |
| Wheel & Differential Axle 30 cm Dia (without Weights) |
| Wheel & Differential Axle 20 cm Dia (without Weights) |
| Wheel & Axle Simple Wooden (without Weights) |
| Winch Crab Single Purchase (without Weights) |
| Winch Crab Double Purchase (without Weights) |
Worm & Worm Wheel (without Weights)
(a) Single
(b) Double
(c) Triple |
| Worm & Worm Wheel Small (without Weights) |
| Apparatus to Find The Personal of a Man |
| Screw Efficiency Apparatus (without Weights) |
| Screw Jack (without Weights) |
| Screw Jack Small Size (without Weights) |
| Compound Screw Jack (without Weights) |
Compound Screw Jack with Transverse Motion
(without Weights) |
| Deflection of Beam Apparatus (without Weights) |
| Bending of Beam Apparatus (without Weights) |
| Elasticity of Flexture Apparatus (without Weights) |
| Shear Force Apparatus (with Weights) |
| Bending Moment Apparatus (with Weights) |
| Stresses in Beam Apparatus (with Weights) |
| Compression of Coiled Springs (without Weights) |
| The Combined Compression & Extension of Springs Apparatus (without Weights) |
| Hook’s Law Apparatus (with Weights) |
| Young’s Modulus Apparatus Searl’s Pattern with Brass Frame (without Weights) |
| Young’s Modulus Apparatus Vernier Type (without Weights) |
| Young’s Modulus of a Metal Rod By An Interference Method (without Weights) |
| Rigidity of Wires with Stand |
| Maxwell Vibration Needle |
| Torsion Apparatus Clamp Pattern (without Weights) |
| Torsion Apparatus Searle’s Type (without Weights) |
| Torsion Apparatus Vertical Type (without Weights) |
| Second Law of Motion Apparatus |
| Simple Pendulum |
| Bar Pendulum or Compound Pendulum |
| Kater’s of Reversible Pendulum |
Moment of Inertia of Flywheel (without Weights)
(a) 15 cm Dia
(b) 20 cm Dia
(c) 25 cm Dia
(d) 30 cm Dia |
Moment of Inertia of (without Weights)
(a) 37 cm Dia
(b) 45 cm Dia |
| Fletcher Trolley (Complete with Weights) |
| Atwood Machine (Complete with Weights) |
Stop Watch
(a) Digital
(b) Mechanical |
| Apparatus to find Center of Gravity |
| Centrifugal Force Apparatus |
| More Details Click |
