Laboratory Equipment

Mechanical Laboratory Equipment

Equipment and training setups for mechanical engineering laboratories and workshops.

Beam Deflection Apparatus

An experimental setup used to study the deflection and bending behavior of beams under various loading conditions. It helps in understanding structural response and validating theoretical concepts in strength of materials.An experimental setup used to study the deflection and bending behavior of beams under various loading conditions. It helps in understanding structural response and validating theoretical concepts in strength of materials.

Boiler Model

A functional and educational model that demonstrates the working of boilers, including steam generation, heat transfer mechanisms, and safety controls. It is ideal for understanding industrial boiler operations.

CNC Lathe

A high-precision, automated machining system controlled by computer programming, the CNC Lathe is used for producing complex cylindrical components with excellent accuracy and repeatability. It enhances productivity and is widely used in modern manufacturing industries.

CNC Simulator

The CNC Simulator provides an interactive platform for learning CNC programming and operations. It enables users to understand G-code, tool path generation, and machining processes without physical risk, ensuring safe and effective training before actual machine handling.

Compression Testing Machine

This machine is used to determine the compressive strength of materials such as concrete, metals, and composites. It ensures that materials can withstand applied loads without failure.

Engineering Workshop

The Engineering Workshop is a comprehensive practical training facility equipped with essential tools and machinery for carrying out core engineering operations such as fitting, carpentry, welding, and basic machining. It provides a strong foundation in fabrication techniques, safety practices, and material handling, enabling users to develop hands-on skills required for real-world industrial environments.

Fatigue Testing Machine

Designed to assess the durability of materials under repeated cyclic loading, this machine helps determine fatigue life and endurance limits, which are crucial for components subjected to continuous stress in real-world applications.

Fluid Mechanics & Hydraulic Machines Lab

This lab is designed to study fluid behavior, flow characteristics, and performance of hydraulic machines such as pumps and turbines. It includes experiments on flow measurement, energy losses, and efficiency, supporting applications in water resources and mechanical systems.

Hardness Testing Machines (Brinell, Rockwell, Vickers)

A range of advanced hardness testing machines used to evaluate resistance to indentation. These instruments ensure proper material selection and quality control by providing accurate hardness values across different scales.

Heat Transfer Lab

The Heat Transfer Lab provides experimental facilities to study conduction, convection, and radiation phenomena. It enables users to analyze heat flow, thermal conductivity, and heat exchanger performance, which are critical in designing efficient thermal systems.

Height Gauge

A highly accurate instrument used for vertical measurements and marking in inspection and layout work. It is commonly used in conjunction with surface plates for precise measurement tasks.

IC Engine Test Rig (Petrol/Diesel)

A complete experimental setup for analyzing the performance and efficiency of internal combustion engines. It allows measurement of parameters such as fuel consumption, brake power, thermal efficiency, and emission characteristics.

Impact Testing Machine (Izod / Charpy)

This machine is used to determine the impact strength and toughness of materials by subjecting them to sudden loads. It plays a critical role in evaluating material performance under dynamic conditions and ensuring safety in structural applications.

Machine Tools Lab

This lab houses a wide range of conventional and semi-automatic machine tools such as lathes, milling machines, shaping machines, and drilling machines. It enables precision machining, component manufacturing, and exposure to various cutting operations, fostering practical knowledge of production techniques and industrial machining practices.

Metallurgy Equipment

A complete set of equipment for studying the physical and mechanical properties of metals and alloys. It supports experiments in heat treatment, microstructure analysis, and phase transformation, enabling a deeper understanding of material behavior.

Metrology & Instrumentation Lab

A precision-oriented lab equipped with advanced measuring and calibration instruments. It enables accurate dimensional analysis, surface measurement, and quality control, ensuring adherence to industrial standards and enhancing manufacturing accuracy.

Production Technology Lab

The Production Technology Lab provides practical exposure to manufacturing processes such as casting, forming, machining, and joining. It helps users understand production planning, process optimization, and industrial workflow for efficient manufacturing operations.

Simulation Lab

The Simulation Lab is equipped with advanced software platforms for modeling, analysis, and optimization of engineering systems. It allows users to simulate real-life scenarios, test designs, and evaluate system performance in a virtual environment, significantly enhancing design accuracy and reducing development time.

Steam Turbine Model

A detailed working or demonstrative model that illustrates the principles of steam-based power generation. It helps users understand energy conversion, blade dynamics, and turbine efficiency.

Tensile Testing Machine

A dedicated machine used to evaluate tensile strength, yield strength, and elongation of materials. It provides critical data for material selection and structural design.

Theory of Machines Lab

This lab focuses on the study of kinematics and dynamics of machines. It includes experimental setups to analyze motion, velocity, acceleration, and force transmission in mechanical systems, providing a deeper understanding of machine design and operation.

Thermal Engineering Lab

The Thermal Engineering Lab is designed to offer in-depth understanding of thermodynamic principles and heat energy systems. It includes experimental setups for studying heat engines, refrigeration cycles, boilers, and energy conversion processes. The lab helps users analyze system efficiency, heat balance, and performance characteristics of various thermal systems.

Torsion Testing Machine

An advanced testing setup used to measure the torsional strength and rigidity of materials by applying twisting forces. It is essential for analyzing shaft and rotational component behavior.

Universal Testing Machine

A highly versatile and robust machine used for conducting tensile, compressive, bending, and shear tests on various materials. It provides precise measurement of mechanical properties such as strength, elasticity, and ductility, making it essential for quality assurance and research.

Vernier Caliper

A precision measuring instrument widely used for accurate measurement of internal, external, and depth dimensions. It is an essential tool in workshops and laboratories for ensuring dimensional accuracy.

Welding Machine (Arc, MIG, TIG)

A versatile and high-performance welding system supporting multiple welding processes. It enables strong and precise joining of metals, catering to a wide range of industrial and fabrication needs.