Vihasmart Enterprises

The Bevel Gear Model is a precision-engineered educational equipment designed to demonstrate the principles of gear mechanics, specifically the functioning of bevel gears. It is an ideal tool for engineering students, educators, and institutions to understand gear systems, torque transmission, and angular motion. The model is made from durable materials, ensuring long-lasting performance and repeated use in classroom or laboratory settings.

The Spur Gear Model is an educational equipment designed to demonstrate the fundamental principles of gear mechanisms, specifically spur gears. It is an ideal tool for engineering students, educators, and hobbyists to understand gear ratios, torque transmission, and mechanical motion. The model is made from high-quality materials for durability and precision, ensuring accurate demonstrations and long-lasting use.

The Geneva Wheel Mechanism Educational Kit is a precision-engineered, pre-assembled mechanical system designed to demonstrate the principles of intermittent motion and indexing mechanisms. Ideal for engineering labs, polytechnic institutes, and STEM education, this kit helps students visualize and understand the working of Geneva drives used in automation, packaging machines, and rotary systems.

This Wheel Balancing Machine Kit is designed for educational and training purposes, helping students and automotive enthusiasts understand the principles of wheel balancing in vehicles. It is a compact, bench-top model with real-time measurement capabilities, making it ideal for workshops, polytechnic labs, and engineering colleges.

The Whirling of Shaft Apparatus is an advanced educational kit designed to demonstrate the phenomenon of shaft whirling and critical speed analysis in rotating machinery. This apparatus is widely used in engineering laboratories for educational and research purposes. It helps students understand the dynamics of rotating shafts, resonance, and the effects of unbalanced masses on shaft behavior. The kit is built with precision and high-quality materials to ensure accurate results and long-lasting durability.

The Universal Vibration Lab Kit is a comprehensive educational tool designed for studying the principles of vibration, resonance, and mechanical oscillations. It is ideal for engineering students, educators, and researchers in mechanical, civil, and aerospace engineering disciplines. The kit includes all necessary components to perform a wide range of experiments related to free and forced vibrations, damping, and harmonic motion.

The Pressure Distribution in Journal Bearing Apparatus is a compact and precision-engineered equipment designed to demonstrate and analyze the pressure distribution in a journal bearing. It is an essential tool for educational laboratories, enabling students to study the principles of hydrodynamic lubrication, load capacity, and pressure profiles in journal bearings. The apparatus is user-friendly, durable, and comes with all necessary components for easy setup and experimentation.

The Cam Analysis Apparatus is a precision-engineered educational equipment designed to study the kinematics of cam mechanisms. It is widely used in mechanical engineering labs to demonstrate and analyze the motion characteristics of different types of cams and followers. The apparatus is robust, easy to operate, and comes with all necessary components for comprehensive learning and experimentation.

The Worm Gear Model is a precision-engineered educational equipment designed to demonstrate the principles of mechanical power transmission using worm gears. It is an ideal tool for engineering students, educators, and hobbyists to understand the working mechanism, efficiency, and applications of worm gears in real-world scenarios. The model is made from durable materials, ensuring long-lasting performance and repeated use in classrooms and labs.

The Epicycle Gear Train Demonstration Kit is an educational apparatus designed to demonstrate the principles of epicyclic (planetary) gear trains. This kit is ideal for engineering students, educators, and hobbyists who want to understand the mechanics, motion, and torque transmission in epicyclic gear systems. The kit is made from high-quality materials for durability and precision, ensuring accurate demonstrations and long-lasting use.