Torsion Apparatus (Horizontal)
The Torsion Apparatus (Horizontal) is a precision-engineered laboratory instrument designed for demonstrating the fundamental principles of torsional motion and elasticity. Ideal for physics labs, academic institutions, and research environments, this apparatus helps students determine the modulus of rigidity of materials with high accuracy. Its horizontal configuration ensures stable mounting, smooth rotation, and minimized external disturbances, enabling reliable experimental outcomes.
The setup typically includes a sturdy base, adjustable clamps, a torsion rod or wire, graduated scales, and a pointer arrangement for precise angular measurements. The polished, durable components are designed to withstand regular use while maintaining measurement accuracy. Students can easily perform experiments related to torsional oscillations, elastic properties of wires, and restoring torque using different materials.
Perfect for classroom demonstrations as well as advanced laboratory investigations, the Torsion Apparatus (Horizontal) offers robust construction, simple operation, and accurate results—making it an essential tool for strengthening concepts in mechanics, elasticity, and rotational dynamics.
Features:-
- Robust Horizontal Design: Precision-engineered horizontal setup ideal for accurate measurement of torsional rigidity and modulus of rigidity of wires.
- High-Quality Metal Construction: Built with durable, corrosion-resistant materials ensuring long-term performance in laboratory environments.
- Smooth Bearing Support: Features low-friction bearings for stable and smooth rotation, enhancing measurement accuracy.
- Adjustable Scale & Vernier: Equipped with a clear graduated scale and fine-adjustment vernier for precise angle readings.
- Interchangeable Test Wires: Allows use of different wire materials and diameters for versatile experimentation and comparative studies.
- Balanced Rotational Drum: The rotating drum is perfectly balanced for uniform torque application and consistent results.