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Advanced Technocracy Inc.
Advanced Technocracy Inc.


Physics Mechanism Instruments

We offer effective aids under Physics Mechanisms which are cost effective, self contained. We offer James Watt straight line, stand, board, clips at market leading rates.
This category included manufacturers, exporters, traders, distributors of Physics Lab Equipments e.g Dynamo, Bar braking Apparatus, Fly wheel, Ticker Timer, Van-DE Graph Generator, Solar system, Gold leaf Electroscope, Induction Coil, Linear Expansion, Optical Bench, Telegraph Set, Young's modulus Apparatus, Resonance Apparatus, Barlo Wheel Apparatus, Boyle's law Apparatus, Bunsen Burner, Dip Circle, Dip Needle, Cubes, Cylinders, Bobs Metal Assorted, Geometricla Figures Wooden, Calipers & Sliding Verniers, Micrometer Screw Gauge, Liquid Level Apparatus, Fluid Level Apparatus, Equality of Pressure Apparatus, Pascal's Vases Apparatus, Lift Pump / Force Pump, Bucket and Cylinder, Bour Don Gauge, Magdeburg Hemisphere / Air Pump, Pulleys, Pulley Clamp Pattern / Pulley Differential, Acrylic Tubular Spring Balance, Alumic Tubular Spring Balance / Plastic Body Spring Balance, Dynamic Trolley, Tunning Fork, Inclined Plane, Triple Beam Balance, Calorimeter Copper and Calorimeter Jules, Free Fall Apparatus, Electric Motor Model etc..

Peaucellier Straight Line Motion

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Peaucellier Straight Line Motion
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One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board.

The exact straight line produced by this set of eight links is achieved by the geometry of the mechanism. ABCD is a rhombus with four equal sides. Points O and P are fixed pivots while OP = OC. A is moved in a straight line as OC rotates.

This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught.

Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.


Features:

  • Low cost, effective teaching
  • Self contained
  • Easily seen from a distance
  • Mechanism clearly understandable
  • Loci drawn for further study
  • Standard mechanism for generating a straight line
  • Three year warranty

 

Range of Experiments


  • To determine the loci of the moving parts of the standard mechanism
  • To establish the characteristics of that mechanism: for example to see which links move faster than other or whether a particular motion (such as a straight line) is developed.
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James Watt Straight Line Motion

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James Watt Straight Line Motion
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Features

  • Low cost, effective teaching
  • Self contained
  • Easily seen from a distance
  • Mechanism clearly understandable
  • Loci drawn for further study
  • Standard mechanism for generating a straight line
  • Three year warranty

 

Range of Experiments


  • To determine the loci of the moving parts of the standard mechanism
  • To establish the characteristics of that mechanism: for example to see which links move faster than other or whether a particular motion (such as a straight line) is developed

 

Description


One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board.

This early attempt to guide a point P on a machine to move in an approximate straight line consists of three links connected together with fixed pivots at A and D. The mid-point of BC is constrained to move in a nearly straight line.

This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught.

Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.

Yes! I am Interested

Elliptic Trammel

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Elliptic Trammel
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Product Details:
BrandAtico

Features
  • Low cost, effective teaching
  • Self contained
  • Easily seen from a distance
  • Mechanism clearly understandable
  • Loci drawn for further study
  • Standard mechanism for generating an ellipse
  • Three year warranty

Range of Experiments

  1. To determine the loci of the moving parts of the standard mechanism
  2. To establish the characteristics of that mechanism: for example to see which links move faster than othes or whether a particular motion (such as a straight line) is developed

Description

One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board.

This apparatus provides two guide slots intersecting at their mid-points at 90 degrees to act as the base lines of the major and minor axes of an ellipse. A trammel bar equipped with two variable position sliders and an end point for tracing the locus enables an ellipse to be drawn.

This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught.

Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.

Yes! I am Interested

Claw Mechanism Instruments

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Claw Mechanism Instruments
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Product Details:
BrandATICO

Features
  • Low cost, effective teaching
  • Self contained
  • Easily seen from a distance
  • Mechanism clearly understandable
  • Loci drawn for further study
  • Standard mechanism for intermittent feed
  • Three year warranty

Range of Experiments

  1. To determine the loci of the moving parts of the standard mechanism
  2. To establish the characteristics of that mechanism: for example to see which links move faster than othes or whether a particular motion (such as a straight line) is developed

Description

One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board.

A pair of gear whels pivoted at O and P run in mesh at the same speed. On one wheel a pivot carries a moving arm while a pin on the other wheel slides in a curved slot in the arm. An extension to the arm terminates in a fine claw which traces out a loop with a flat side each time the wheels make one revolution.

This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught.

Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.

Yes! I am Interested

 
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Advanced Technocracy Inc.
Kunal Chopra (CEO)
Atico House 5309, Grain Market Near B.D School,
Ambala - 133001, Haryana, Atico House 5309, Grain Market,
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