Vihasmart Enterprises

This Slider-Crank Mechanism Kit is a high-quality educational apparatus designed to demonstrate the fundamental principles of kinematics and mechanical motion. It is widely used in engineering colleges, polytechnic institutes, and vocational training centers to help students understand the conversion of rotary motion into linear motion and vice versa.

The kit includes a fully assembled slider-crank mechanism with adjustable components for practical experimentation. Made from durable metal and high-grade plastic, it ensures long-lasting performance and smooth operation.

The Static & Dynamic Balancing Apparatus is a precision-engineered equipment designed for educational and laboratory purposes. It helps students and researchers understand the principles of balancing in rotating machinery. The apparatus allows for both static and dynamic balancing experiments, making it an essential tool for mechanical engineering labs. It is compact, easy to use, and comes with all necessary accessories for conducting experiments.

The Motorized Gyroscope Educational Kit is a high-quality, precision-engineered apparatus designed to demonstrate the principles of gyroscopic motion and angular momentum. It is an ideal tool for physics laboratories, engineering students, and educational institutions. The kit includes a motorized gyroscope with adjustable speed, a sturdy base, and all necessary components for hands-on learning. It is perfect for experiments related to rotational dynamics, precession, and stability.

The Metal Impact Testing Machine is a versatile and robust apparatus designed for conducting Izod and Charpy impact tests on metal specimens in educational and laboratory settings. It is ideal for students and educators to study the impact strength and toughness of materials under sudden loading conditions. The machine is user-friendly, durable, and comes with all necessary components for accurate and reliable testing.

Upgrade your lab or workshop with the Digital Tachometer DT-100, a reliable and accurate tool designed for measuring rotational speed (RPM) in both educational and industrial applications. This compact and user-friendly device ensures precise RPM readings for motors, engines, fans, conveyor belts, and other rotating machinery.

A strain gauge is a sensing device used to measure the strain or deformation of a material when subjected to mechanical stress. It works on the principle that the electrical resistance of a conductor changes when it is stretched or compressed. The most common type is the foil strain gauge, which consists of a thin, conductive foil pattern bonded to a backing material. When the material under test deforms, the strain gauge also deforms, causing a measurable change in resistance. This resistance change is converted into an electrical signal that is proportional to the amount of strain

This Cam & Follower Demonstration Kit is an essential mechanical engineering lab apparatus designed for students to study the fundamental principles of cam mechanisms and follower motion. It is widely used in engineering colleges, ITIs, polytechnics, and vocational training institutes to demonstrate different types of cam profiles and follower movements in a hands-on manner.

The Whirling of Shaft Apparatus is designed to demonstrate the phenomenon of whirling (critical speed) of a shaft under different operating conditions. It consists of a slender steel shaft mounted on bearings at both ends, driven by a variable speed electric motor. One or more rotor discs can be attached at different positions along the shaft to introduce unbalanced forces.

As the shaft speed is gradually increased, at a certain speed (critical speed), the shaft begins to vibrate violently and bend laterally due to resonance. This phenomenon is called whirling of the shaft. Beyond this speed, the vibrations decrease and the shaft runs smoothly again.

The Universal Governor Apparatus is an essential educational kit designed for engineering students and laboratories to study the principles of governors and their applications in mechanical systems. This apparatus helps in understanding the working of various types of governors, such as Watt Governor, Porter Governor, Proell Governor, and Hartnell Governor. It is widely used in mechanical engineering labs for experiments and demonstrations.

The kit is made of high-quality materials, ensuring durability and precision. It comes with all necessary components and accessories for easy assembly and operation. The Universal Governor Apparatus is an ideal tool for educational institutions, polytechnics, and engineering colleges to enhance the practical knowledge of students.

The Drop Weight Impact Tester is an apparatus used to determine the impact resistance and toughness of materials by subjecting a specimen to a sudden impact load. It consists of a guided weight (hammer) that is allowed to fall freely from a known height onto a test specimen. The specimen is usually placed on supporting anvils or a fixture, and the fracture or deformation is observed.

By varying the drop height or mass of the hammer, the energy imparted can be controlled. The impact energy absorbed by the specimen is an important parameter in material testing, quality control, and research applications.

A high-precision Digital Stroboscope designed for educational and laboratory applications. This instrument is used to study periodic motion, measure rotational speed (RPM), and analyze fast-moving objects using the stroboscopic effect. It is widely used in physics and engineering labs for experiments related to frequency measurement, vibration analysis, and motion studies.

The Educational LVDT Kit is a complete setup designed for students and researchers to understand the working principle, calibration, and applications of Linear Variable Differential Transformers (LVDTs). This kit includes a high-quality LVDT sensor, signal conditioning module, and necessary accessories for hands-on experiments in labs and academic institutions.