Mechanical Lab
Explore our comprehensive range of high-quality mechanical lab equipment, designed to meet the rigorous demands of modern educational and industrial laboratories, ensuring precision, reliability, and excellence in every experiment.
Air Conditioning System Trainer
Bluestar Equipment's Air Conditioning Trainer includes an air duct and climatic chamber with a cooler, fan, humidifier, and heater. It features digital temperature and humidity displays, and includes manometers and a flow meter for precise measurements.
Basic Refrigeration And Air Conditioning Training System
Bluestar Equipment's Refrigeration and AC Trainer includes a compressor, condenser, and receiver with minimal refrigerant loss. It features visible components and software with USB connectivity for real-time data display and analysis.
Bench Top Mechanical Heat Pump Trainer
Bluestar Equipment's Air-to-Water Heat Pump Trainer features a compressor, evaporator with fan, thermostatic expansion valve, and coaxial coil heat exchanger. It transfers heat from ambient air to water using a clearly arranged system with an external cooling water connection and a valve-controlled flow rate measurement.
Air Conditioning System Trainer
Bluestar Equipment's Air Conditioning System Trainer features an air duct, climatic chamber, air cooler, fan, humidifier, and heater. It includes motorized flaps for air control, two heat sources, and digital displays for temperature and humidity. Manometers and a flow meter offer precise measurements.
Basic Refrigeration And Air Conditioning Training System
Bluestar Equipment's Basic Refrigeration and AC Trainer features a compressor, condenser, and receiver with self-sealing couplings to minimize refrigerant loss. Components are clearly visible for monitoring. Integrated software with USB connectivity enables easy experiment execution and real-time data analysis.
Bench Top Mechanical Heat Pump Trainer
Bluestar Equipment's Air-to-Water Heat Pump Trainer includes a compressor, evaporator with fan, thermostatic expansion valve, and coaxial coil condenser. It transfers heat from air to water, with a hot water circuit and an external cooling connection for continuous operation. The cooling water flow rate is adjustable and measured.
Vapour Absorption Refrigeration Trainer
SBluestar Equipment's system illustrates the basics with an ammonia-water solution, using ammonia as the refrigerant. Absorption refrigeration leverages thermal energy from waste heat or solar collectors, allowing evaporation at low temperatures. Ideal for both process systems and mobile units like camping fridges, it operates silently.
Computerized Air Conditioner Trainer
Bluestar Equipment’s Air Conditioner Trainer showcases real air conditioning components, including evaporator, humidifier, fan, and heaters. Sensors measure air and refrigerant data, displayed digitally and transferable to PC via USB with included software.
Computerized Bench Top Cold Storage Trainer
Bluestar Equipment's refrigeration trainer includes a spacious chamber with dual evaporators and adjustable heat sources. It offers electric and hot gas defrosting options, with real-time data display and USB connectivity for PC analysis.
Cold storage RIG
Bluestar Equipment's Cold Storage Test Rig is a lab-scale model mounted on a wheeled MS frame. It’s designed to study the vapor compression refrigeration cycle and calculate the coefficient of performance (COP).
Mechanical heat pump test RIG
Bluestar Equipment's Mechanical Heat Pump Test Rig is a lab-scale model mounted on a wheeled MS frame. It’s used to study the performance of vapor compression refrigeration systems, including water-cooled condensers and evaporators, and to calculate the coefficient of performance (COP).
Air washer test RIG
Bluestar Equipment's Air Washer Test Rig is designed for experiments and demonstrations of air psychometrics. It facilitates the study of air humidification and the basic principles of psychometric properties.
Computerized Cascade Refrigeration Trainer
Bluestar Equipment's Cascade Refrigeration System uses two-stage compression to achieve ultra-low temperatures. It features two compressors in series for improved efficiency and reduced power use, with intercooling to enhance performance. Real-time data is monitored and analyzed via software, with flow meters measuring total and intercooling flow rates.
Computerized Cascade Refrigeration Trainer
Bluestar Equipment's Wet Cooling Tower Trainer demonstrates the principles of forced ventilation cooling. It heats water in a tank, which is then sprayed over a wet deck surface while air flows counter-currently. The system measures evaporated water volume, air and water temperatures, humidity, and flow rates. All data is displayed digitally and can be transferred to a PC via USB for real-time analysis and visualization in an h-x diagram.
Computerized ICE Plant Trainer
Bluestar Equipment's Ice Plant Cycle Trainer allows students to quickly study the principles of the vapor compression refrigeration cycle. This lab-scale unit demonstrates ice formation in just 4 hours, compared to the 12-24 hours of conventional systems. It includes a liquid tank cooled by a refrigerant evaporator and offers real-time data logging with computer interface and educational software.
Water Cooler Test Rig
Bluestar Equipment's Water Cooler Test Rig is designed for studying the thermodynamics of the vapor compression refrigeration cycle. It includes facilities for measuring key parameters, allowing for detailed demonstration and experimentation of the refrigeration process.
Cooling tower test RIG
Bluestar Equipment's Bench Top Cooling Tower is a lab-scale model mounted on an MS square tube frame with an instrumentation panel. It is used to determine tower characteristics (KVA/L value), measure make-up water flow rate, and plot end states on a psychometric chart for energy balance analysis.
Vapour Compression refrigeration test RIG
Bluestar Equipment's Refrigeration Test Rig is designed to demonstrate the cooling process of water. The unit includes a compressor, condenser, and evaporator, along with a water tank equipped with heating capabilities. RTD sensors measure temperatures at various points for detailed analysis.
Computerized Recirculating Air Conditioning Trainer
Bluestar Equipment's Air Conditioning Training Unit lets students study basic air conditioning principles. It features an air-cooled condenser, evaporator, and adjustable fan. Sensors measure air temperature, humidity, and refrigerant pressures, with data displayed digitally and available for PC analysis via USB.
Gas Charging Trainer
Bluestar Equipment's Gas Charging Trainer allows students to learn how to properly charge refrigeration systems with gas. The trainer includes tools and components for accurate gas handling and system charging, providing hands-on experience with the charging process.
Refrigeration Assembly And Maintenance Accessories
Bluestar Equipment's Refrigeration Assembly and Maintenance Accessories provide essential tools and components for assembling and maintaining refrigeration systems. This set includes various high-quality accessories for efficient and precise work on refrigeration units.
Air Conditioner Trainer (Duct Type)
Bluestar Equipment's Air Conditioner Trainer (Duct Type) provides a hands-on approach to studying ducted air conditioning systems. It includes components such as air coolers, fans, and ductwork, allowing students to explore and understand air conditioning principles in a practical setting.
Vapour Absorption Refrigeration Trainer
Bluestar Equipment's Vapour Absorption Refrigeration Trainer demonstrates the principles of absorption refrigeration. This trainer features key components such as the absorber, generator, and condenser, allowing students to study the absorption cycle and its efficiency in a practical setup.
Carbon Steel Air Conditioning Tools
Bluestar Equipment's Carbon Steel Air Conditioning Tools are crafted for durability and precision in HVAC tasks. Ideal for efficient installation and maintenance of air conditioning systems.
Vapour Compression Refrigeration Trainer
Bluestar Equipment's Vapour Compression Refrigeration Trainer allows for hands-on learning of the vapor compression refrigeration cycle, featuring components like compressors, condensers, and evaporators.
Vapour Jet Refrigeration Trainer
Bluestar Equipment's Vapour Jet Refrigeration Trainer demonstrates the principles of vapor jet refrigeration, featuring essential components for practical learning and experimentation.
Refrigeration Assembly And Maintenance Accessories
Bluestar Equipment's Refrigeration Assembly And Maintenance Accessories include essential tools and components for efficient setup and upkeep of refrigeration systems.
Cut Section Model Of Open Hermetic Compressor
Bluestar Equipment's Cut Section Model Of Open Hermetic Compressor provides an in-depth view of the internal components, aiding in the understanding of compressor mechanisms.
Cut Section Model Of Rotary Hermetic Compressor
Bluestar Equipment's Cut Section Model Of Rotary Hermetic Compressor offers a detailed view of the internal components, enhancing comprehension of rotary compressor functions.
Bending Moment Apparatus
The Bending Moment Apparatus is designed for experiments in the study of bending moments in beams. It allows for the measurement of bending moments and deflections with various load configurations. Features include adjustable loading points, a precision deflection measurement system, a robust beam structure, and integrated load cells and strain gauges for real-time data.
Bifilar And Trifilar Apparatus
The Bifilar and Trifilar Apparatus is used to study the oscillation and vibration of rods under various conditions. It helps in understanding the principles of static and dynamic equilibrium and resonance.
Cam Mechanism
The Cam Mechanism apparatus is used to study the motion and kinematics of cam profiles. It demonstrates the principles of cam design, motion, and follower interactions.
Cantilever Beam Apparatus
The Cantilever Beam Apparatus is used to study the bending and deflection of beams fixed at one end. It includes features for measuring deflection, applied loads, and bending moments.
Centrifugal Force Apparatus
The Centrifugal Force Apparatus is used to study the effects of centrifugal forces on rotating bodies. It helps in understanding the principles of rotation and force distribution.
Compound Pendulum
The Compound Pendulum is used to study the oscillatory motion and moment of inertia of pendulums with varying mass distributions. It is instrumental in understanding pendulum dynamics and rotational inertia.
Constant Velocity Joint
The Constant Velocity Joint apparatus demonstrates the principles of constant velocity in rotational systems. It helps in studying the effects of angular velocity on connected components.
Crank And Connecting Rod
The Crank and Connecting Rod apparatus demonstrates the conversion of rotary motion into linear motion. It is used to study the kinematics of crank mechanisms and their applications.
Fly Wheel Apparatus
The Fly Wheel Apparatus is used to study the principles of angular momentum and energy storage. It demonstrates the effects of flywheel rotation on system stability and smoothness.
Four Bar Chain Apparatus
The Four Bar Chain Apparatus demonstrates the kinematics of a four-bar linkage system. It is used to study the motion and forces within a four-bar chain mechanism.
Friction Slide Apparatus
The Friction Slide Apparatus is designed to study the effects of friction on sliding surfaces. It helps in understanding the principles of friction, wear, and surface interactions.
Gear Train Model
The Gear Train Model is used to study gear arrangements and their effects on rotational speed and torque. It is useful for understanding gear ratios and mechanical advantage.
Gear Trainer Demonstrator
The Gear Trainer Demonstrator is an educational tool for understanding gear operations and their various applications. It includes multiple gear configurations for hands-on learning.
Geneva Mechanism
The Geneva Mechanism is used to study the movement and rotational indexing in mechanical systems. It demonstrates how rotation is converted into incremental motion.
Hookes Coupling Apparatus
The Hookes Coupling Apparatus is designed to study the behavior of Hooke's coupling in transmitting torque between shafts. It demonstrates the principles of rotational motion and torque transfer.
Jib Crane Apparatus
The Jib Crane Apparatus is used to study the mechanics of a jib crane, including load handling, lifting operations, and stability analysis. It demonstrates the principles of lifting and mechanical advantage.
Link Polygon Apparatus
The Link Polygon Apparatus is used to explore the kinematics of linkages and polygonal mechanisms. It helps in understanding the geometric relationships and motion analysis of link systems.
Oldham Coupling
The Oldham Coupling apparatus demonstrates the transmission of rotary motion between misaligned shafts. It highlights the principles of mechanical coupling and alignment compensation.
Pulley Demonstration Set
The Pulley Demonstration Set is designed to illustrate the mechanical advantage of different pulley systems. It helps in studying the principles of force, load distribution, and mechanical efficiency.
Moment of Inertia
The Moment of Inertia apparatus allows for the measurement of rotational inertia of various objects. It is used to study the effects of mass distribution on rotational dynamics.
Second Law of Motion
The Second Law of Motion apparatus is used to demonstrate Newton's second law through practical experiments. It measures the relationship between force, mass, and acceleration.
Slider Crank Mechanism
The Slider Crank Mechanism is used to study the conversion of rotary motion into reciprocating motion. It is essential for understanding internal combustion engines and similar mechanisms.
Slotted Link Mechanism
The Slotted Link Mechanism apparatus demonstrates the principles of motion conversion using slotted links. It is used to study the characteristics of cam profiles and mechanical linkages.
Torsional Vibrational
The Torsional Vibrational apparatus is used to study torsional vibrations and their effects on mechanical systems. It is useful for understanding rotational dynamics and vibration analysis.
Universal Force Table
The Universal Force Table is designed to measure and analyze forces and their components. It is used in various experiments to study equilibrium and force vectors.
Universal Joint Apparatus
The Universal Joint Apparatus is used to study the operation of universal joints in mechanical systems. It demonstrates torque transmission and angular displacement.
Vibration Of Spiral Spring
The Vibration of Spiral Spring apparatus is designed to study the oscillatory behavior and properties of spiral springs. It helps in analyzing the vibrational characteristics and spring constants.
Wheel And Axle Apparatus
The Wheel and Axle Apparatus is used to study the mechanical advantage of wheel and axle systems. It helps in understanding rotational dynamics and load distribution.
Whitworth Quick Return Apparatus
The Whitworth Quick Return Apparatus is used to study the quick return mechanism, which converts rotary motion into reciprocating motion with varying speeds. It is essential for understanding mechanical timing and efficiency.
Winch Cab Single Purchase Apparatus
The Winch Cab Single Purchase Apparatus demonstrates the mechanical advantage of winch systems. It is used for studying load lifting and mechanical efficiency in various configurations.
Worm And Wheel Apparatus
The Worm and Wheel Apparatus is designed to study the mechanics of worm gear systems. It helps in understanding gear ratios, torque transmission, and gear efficiency.
Youngs Modulus Apparatus
The Young's Modulus Apparatus is used to determine the elastic modulus of materials. It measures the strain and stress to evaluate material properties under tension or compression.
ABS Braking System Training Board
The ABS Braking System Training Board is designed to demonstrate the functioning of an Anti-lock Braking System (ABS). It includes components and sensors to simulate real-world braking conditions and system responses.
Air Bag Trainer
The Air Bag Trainer simulates the deployment and functioning of an airbag system. It is used to study the safety mechanisms and deployment characteristics of airbag systems in vehicles.
Alternator Trainer
The Alternator Trainer demonstrates the principles and operation of automotive alternators. It includes components to study voltage regulation, charging, and electrical output.
Car Steering Trainer
The Car Steering Trainer is designed to demonstrate and teach the principles of steering systems. It includes various components to simulate and analyze steering mechanics and control.
Cut Model Of Automatic Transmission System
The Cut Model of Automatic Transmission System provides a detailed view of the internal components and workings of an automatic transmission. It is used for educational purposes to understand transmission operation.
Cut Model Of Planetary Gear System
The Cut Model of Planetary Gear System illustrates the mechanics of planetary gears. It helps in understanding gear ratios, torque distribution, and gear configurations.
Cut Model Of Self Starting System
The Cut Model of Self Starting System shows the internal mechanism of an automotive self-starting system. It is used to demonstrate how the starting system engages and operates.
Cut Model Of Turbo Charger
The Cut Model of Turbo Charger provides a clear view of the turbocharger's internal components and operation. It helps in understanding boost pressure, airflow, and turbocharging principles.
Cut Section Model Of Four Stroke Petrol Engine
The Cut Section Model of Four Stroke Petrol Engine provides an internal view of the engine's components and operation. It is used to study engine cycles, parts, and mechanical processes.
Cut Model Of Agricultural Tractor
The Cut Model of Agricultural Tractor demonstrates the key mechanical components of a tractor. It is used to understand the operation and structure of agricultural machinery.
Cut Section Model Of Automatic Transmission
The Cut Section Model of Automatic Transmission provides an internal view of the transmission system. It helps in understanding gear shifting, torque conversion, and transmission mechanics.
Cut Model Of Common Rail Turbo Diesel Engine
The Cut Model of Common Rail Turbo Diesel Engine provides insights into the functioning of a common rail diesel engine. It shows turbocharging and fuel injection mechanisms.
Cut Model Of Rack And Pinion Steering
The Cut Model of Rack and Pinion Steering demonstrates the mechanism of rack and pinion steering systems. It provides insights into steering dynamics and control.
Cut Model Of Rear Axle With Locking Differential
The Cut Model of Rear Axle with Locking Differential shows the internal workings of a rear axle and its differential. It helps in understanding differential locking and torque distribution.
Cut Model Of Single Cylinder Four Stroke Diesel Engine
The Cut Model of Single Cylinder Four Stroke Diesel Engine provides a detailed view of a single-cylinder diesel engine. It is used for studying engine cycles, components, and mechanical processes.
Cut Model Of Single Cylinder Four Stroke Petrol Engine
The Cut Model of Single Cylinder Four Stroke Petrol Engine provides an internal view of a single-cylinder petrol engine. It is used to understand engine operations and mechanical details.
Fully Functional Cut Section Model Of Chassis
The Fully Functional Cut Section Model of Chassis provides a detailed look at the chassis components and their operation. It includes functional parts to demonstrate chassis dynamics.
Lighting Training Board Simulator
The Lighting Training Board Simulator is used to study the various automotive lighting systems and their control mechanisms. It includes simulated components for practical training.
Power Door Lock System Trainer
The Power Door Lock System Trainer is designed to demonstrate the operation of power door lock systems. It includes various components to show locking, unlocking, and security features.
Power Window System Trainer
The Power Window System Trainer illustrates the working of automotive power window systems. It includes controls, motors, and wiring to study window operation.
Section Model Of Four Stroke Diesel Engine
The Section Model of Four Stroke Diesel Engine provides a detailed view of a diesel engine's components and operation. It helps in understanding engine cycles and mechanical details.
Section Model Two Stroke & Four Stroke Petrol Engine
The Section Model of Two Stroke & Four Stroke Petrol Engine provides comprehensive insight into both engine types. It includes detailed views of internal components and their operation.
Section Vehicle Chassis Trainer
The Section Vehicle Chassis Trainer provides an in-depth look at vehicle chassis design and functionality. It includes various components and mechanisms for educational purposes.
Steam Engine Model
The Steam Engine Model demonstrates the basic principles of steam power and engine operation. It features a detailed cutaway view and functional components for educational purposes.
Wankel Engine Model
The Wankel Engine Model showcases the unique rotary engine design. It includes a transparent section to view the internal rotor mechanism and operation.
Working Model Of Clutch Type Differential
The Working Model of Clutch Type Differential demonstrates the operation of a clutch-driven differential system. It features moving parts to illustrate differential function and power transfer.
Working Model Of Abs Braking System
The Working Model of ABS Braking System shows how Anti-lock Braking Systems function to prevent wheel lock-up during braking. It includes various sensors and controllers for practical demonstrations.
Working Model Of Drive Shaft
The Working Model of Drive Shaft demonstrates the role of drive shafts in transmitting power from the engine to the wheels. It includes rotating components and joints for interactive learning.
Working Model Of Gear Box With Clutch
The Working Model of Gear Box with Clutch illustrates the function of a gearbox and clutch system in a vehicle. It features interactive components to demonstrate gear shifting and clutch operation.
Working Model Of Gear Box
The Working Model of Gear Box demonstrates the internal workings of a gear transmission system. It includes various gears and shafts to show how power is transmitted and adjusted.
Working Model Of Hybrid Petrol Engine
The Working Model of Hybrid Petrol Engine demonstrates the operation of a hybrid engine combining petrol and electric power sources. It includes components to illustrate hybrid system functionality.
Working Model Of Hydraulic Braking System
The Working Model of Hydraulic Braking System shows the principles of hydraulic brakes used in vehicles. It features a system to demonstrate brake force distribution and fluid dynamics.
Working Model Of Mpfi Petrol Engine
The Working Model of MPFI Petrol Engine demonstrates the operation of a Multi-Point Fuel Injection system. It includes components to showcase fuel delivery and engine performance.
Working Model Of Power Steering With Suspension
The Working Model of Power Steering with Suspension showcases how power steering works in conjunction with suspension systems. It includes moving parts to demonstrate steering ease and suspension dynamics.
Working Of Suspension & Steering Trainer
The Working of Suspension & Steering Trainer illustrates the interaction between suspension and steering systems in a vehicle. It includes components to show how these systems work together to provide control and comfort.
Working Model Of Torsion Differential
The Working Model of Torsion Differential demonstrates the operation of a torsion differential in a vehicle. It includes interactive components to illustrate how torque is distributed between wheels.
Working Model Of Valve Timing
The Working Model of Valve Timing shows how valve timing affects engine performance. It features a working mechanism to demonstrate the timing and operation of engine valves.
Vehicle Transmission 5 Speed Manual Gearbox
The Vehicle Transmission 5-Speed Manual Gearbox demonstrates the operation of a 5-speed manual transmission. It includes interactive gears and shifters to show gear engagement and power transmission.
3D Printer
The 3D Printer provides additive manufacturing capabilities to create three-dimensional objects from digital models. It supports various printing materials and techniques.
Eco CNC Mill Trainer
The Eco CNC Mill Trainer is designed to teach the principles of CNC milling. It offers a compact and cost-effective solution for understanding CNC milling operations.
CNC Lathe Machine
The CNC Lathe Machine offers precision turning operations for various materials. It is equipped with advanced controls for accurate machining.
CNC Milling Machine
The CNC Milling Machine is used for high-precision milling operations. It features programmable controls for efficient and accurate machining.
CNC Plasma Cutter Machine
The CNC Plasma Cutter Machine is designed for precise cutting of metal materials. It provides high-quality cuts with minimal thermal distortion.
CNC Router Machine
The CNC Router Machine is ideal for cutting and shaping various materials including wood, plastic, and soft metals. It offers precision and versatility in machining.
Eco CNC Lathe Machine
The Eco CNC Lathe Machine offers efficient turning operations with reduced energy consumption. It provides precise machining for various materials.
Pico CNC Mill Trainer
The Pico CNC Mill Trainer is a compact and educational CNC milling machine designed for training and demonstration purposes.
Pico CNC Lathe Trainer
The Pico CNC Lathe Trainer provides a hands-on experience with CNC lathe operations in a compact and educational format.
Flex Turn CNC Lathe
The Flex Turn CNC Lathe offers versatile turning capabilities with advanced control features for precision machining.
Mini CNC Lathe
The Mini CNC Lathe is designed for small-scale turning operations, offering precision and compact design for educational purposes.
Precision EDM Machine
The Precision EDM Machine utilizes electrical discharge machining for intricate and precise material removal, suitable for complex parts.
CNC Laser Cutting Machine
The CNC Laser Cutting Machine provides high-precision cutting of various materials using laser technology. It is suitable for both educational and industrial applications.
Flexible Manufacturing Systems
Flexible Manufacturing Systems (FMS) provide an integrated approach to manufacturing processes, allowing for adaptability and efficiency in production.
Miniature Vertical Milling Machine
The Miniature Vertical Milling Machine is designed for precise and compact milling operations. Ideal for educational settings and small-scale manufacturing.
Cam Analysis Apparatus
The Cam Analysis Apparatus is designed to study the motion of different cam profiles and their effects on follower movement.
Cam Mechanism
The Cam Mechanism is used to study various cam profiles and their effects on the movement of followers in mechanical systems.
Computerized Cam Analysis
The Computerized Cam Analysis system provides precise measurements and analysis of cam profiles using digital technology.
Corollis Component of Acceleration Apparatus
This apparatus demonstrates the Coriolis component of acceleration and its effects on rotating systems.
Digital Corollis Component of Acceleration Apparatus
The Digital Coriolis Component of Acceleration Apparatus provides advanced digital measurements and analysis of Coriolis effects.
Free and Forced Vibration Apparatus
The Free and Forced Vibration Apparatus is used to study the principles of vibration in mechanical systems under various conditions.
Gyroscope Experiment Manual
The Gyroscope Experiment Manual provides a comprehensive guide for performing gyroscope experiments and understanding gyroscopic principles.
Journal Bearing Apparatus
The Journal Bearing Apparatus is used to study the behavior and performance of journal bearings under various load conditions.
Motorized Universal Gyroscope Apparatus
The Motorized Universal Gyroscope Apparatus is used to demonstrate and study gyroscopic effects with motorized control.
Oldham Coupling
The Oldham Coupling is designed to demonstrate the principle of torque transmission and misalignment in mechanical systems.
Rack and Pinon Gear Trainer
The Rack and Pinon Gear Trainer allows for the study of gear mechanisms and their applications in various mechanical systems.
Scotch Yoko Mechanism
The Scotch Yoko Mechanism is used to demonstrate the principle of reciprocating motion conversion into rotational motion.
Static and Dynamic Balancing Apparatus
The Static and Dynamic Balancing Apparatus is used to analyze and balance rotating components in mechanical systems.
Universal Governor Experiment
The Universal Governor Experiment is designed to study different types of governors and their control mechanisms in engines.
Universal Vibration Apparatus
The Universal Vibration Apparatus allows for the study of various vibration modes and their effects on mechanical structures.
Whirling of Shaft Apparatus
The Whirling of Shaft Apparatus demonstrates the effects of rotational speed on shaft stability and whirling phenomena.
Whitworth Quick Return Apparatus
The Whitworth Quick Return Apparatus illustrates the principle of quick return mechanisms used in various machines.
Internal Gear Pinion Drive
The Internal Gear Pinion Drive system demonstrates the principles of gear transmission and internal gear mechanics.
Axial Fan Demonstration Unit
The Axial Fan Demonstration Unit is used to study the principles of axial fan operation, including airflow and pressure characteristics.
Basic Metacentric Height
The Basic Metacentric Height setup is used to determine the metacentric height of floating bodies and understand stability in fluid mechanics.
Bernoulli’s Theorem Demonstration
This demonstration illustrates Bernoulli’s theorem, showing the relationship between velocity and pressure in fluid flow.
Cavitation Demonstration
The Cavitation Demonstration shows the phenomenon of cavitation in fluids and its impact on flow behavior and equipment.
Centrifugal Fan Demonstration Unit
The Centrifugal Fan Demonstration Unit allows for the study of centrifugal fan performance and its effect on airflow and pressure.
Centrifugal Pump Test Bed
The Centrifugal Pump Test Bed is used to evaluate the performance and efficiency of centrifugal pumps in various operating conditions.
Compressible Flow Unit
The Compressible Flow Unit is used to study the behavior of gases under various pressure and temperature conditions.
Dead Weight Pressure Gauge Calibrator
The Dead Weight Pressure Gauge Calibrator is used for accurate calibration of pressure gauges using known weights.
Demonstration Francis Turbine
The Demonstration Francis Turbine is used to study the operational principles and performance characteristics of Francis turbines.
Demonstration Pelton Turbine
The Demonstration Pelton Turbine is designed to demonstrate the working principles and performance of Pelton turbines.
Energy Losses in Pipes
The Energy Losses in Pipes setup is used to investigate and measure energy losses due to friction and other factors in piping systems.
Flow Meter Demonstration Unit
The Flow Meter Demonstration Unit allows for the study and measurement of fluid flow rates using various types of flow meters.
Fluid Friction Measurements
The Fluid Friction Measurements setup is used to measure and analyze friction losses in fluids through various types of pipes and fittings.
Fluid Properties & Hydrostatics Bench
The Fluid Properties & Hydrostatics Bench is designed to study various properties of fluids and hydrostatic principles.
Fluid Statics and Manometry
This apparatus is used to study fluid statics and perform measurements of pressure and density using manometric techniques.
Free and Forced Vortex
The Free and Forced Vortex unit is used to study the behavior of vortex flow under free and forced conditions.
Gear Pump Demonstration Unit
The Gear Pump Demonstration Unit is designed to study the operation and performance of gear pumps in fluid systems.
Hydraulic Ram Test Bed
The Hydraulic Ram Test Bed is used to study and analyze the performance and efficiency of hydraulic rams.
Hydrostatic Pressure
The Hydrostatic Pressure setup is used to measure and study the effects of hydrostatic pressure in fluids.
Impact of a Jet Apparatus
The Impact of a Jet Apparatus is used to study the impact force and behavior of a fluid jet on various surfaces.
Multi-Pump Test Rig
The Multi-Pump Test Rig allows for the examination and comparison of different pump types and their performance in various configurations.
Notch Tank Apparatus
The Notch Tank Apparatus is used to study the flow of fluid through notches and to measure discharge rates.
Orifice Meter Demonstration Unit
The Orifice Meter Demonstration Unit is designed to measure and analyze fluid flow through an orifice.
Orifice and Mouth Piece Flow Apparatus
The Orifice and Mouth Piece Flow Apparatus is used to study and measure flow through orifices and mouthpieces.
Orifice and Venturi Meter Demonstrator
The Orifice and Venturi Meter Demonstrator is used to measure and compare flow rates using orifice and venturi meters.
Osborne Reynolds Demonstration
The Osborne Reynolds Demonstration unit is used to study flow characteristics and transition from laminar to turbulent flow.
Particle Drag Coefficients
The Particle Drag Coefficients unit is used to measure and analyze the drag coefficients of particles in a fluid.
Pascals Apparatus
The Pascals Apparatus is used to demonstrate Pascal's principle and measure pressure changes in fluids.
Pipe Network Apparatus
The Pipe Network Apparatus is used to study and analyze the behavior of fluid flow in a network of pipes.
Pipe Surge and Water Hammer Apparatus
The Pipe Surge and Water Hammer Apparatus is used to study surge and water hammer phenomena in pipelines.
Pitot Tube Apparatus
The Pitot Tube Apparatus is used to measure fluid velocity using a pitot tube.
Plunger Pump Demonstration Unit
The Plunger Pump Demonstration Unit is used to study the operation and performance of plunger pumps.
Precision Pressure Gauge Calibrator
The Precision Pressure Gauge Calibrator is used for precise calibration of pressure gauges.
Propeller Turbine
The Propeller Turbine is used to study the characteristics and performance of propeller turbines.
Series Parallel Pumps
The Series Parallel Pumps unit is used to study the behavior of pumps in series and parallel configurations.
Subsonic Wind Tunnel
The Subsonic Wind Tunnel is used to study aerodynamic properties and airflow patterns at subsonic speeds.
Tilting Flume 4 Meter
The Tilting Flume 4 Meter is used to study open channel flow, sediment transport, and hydraulic modeling.
Say Bolt Viscometer Apparatus
The Say Bolt Viscometer Apparatus measures the viscosity of liquid fuels, providing valuable data on the flow characteristics.
Red Wood Viscometer
The Red Wood Viscometer measures the kinematic viscosity of liquids, essential for evaluating the flow properties.
Abels Flash Point Apparatus
The Abels Flash Point Apparatus determines the flash point of liquids, critical for safety and classification of flammable materials.
Tar Viscometer Apparatus Standard
The Tar Viscometer Apparatus Standard measures the viscosity of tar and other similar materials.
Tar Viscometer Automatic
The Tar Viscometer Automatic provides automated measurement of viscosity for tar and similar substances.
Pensky Marten Flash and Fire Point Apparatus
The Pensky Marten Flash and Fire Point Apparatus is used to determine the flash and fire points of flammable liquids.
Bomb Calorimeter
The Bomb Calorimeter measures the calorific value of fuels and other substances by combustion.
Cleveland Flash Point Apparatus
The Cleveland Flash Point Apparatus determines the flash point of liquids, providing important safety information.
Smoke Point Apparatus
The Smoke Point Apparatus measures the smoke point of fuels and oils to assess their burning characteristics.
Automatic Smoke Point Apparatus
The Automatic Smoke Point Apparatus provides automated measurement of the smoke point of fuels.
Softening Point Apparatus
The Softening Point Apparatus is used to determine the softening point of various materials.
Melting Point Apparatus
The Melting Point Apparatus measures the melting point of substances to assess their purity and quality.
Penetrometer Apparatus
The Penetrometer Apparatus measures the penetration of materials, important for evaluating consistency and hardness.
Cloud and Pour Point Apparatus
The Cloud and Pour Point Apparatus determines the cloud and pour points of petroleum products, indicating their flow characteristics at low temperatures.
Junkers Gas Calorimeter
The Junkers Gas Calorimeter measures the calorific value of gases, providing essential data for combustion analysis.
Orsat Gas Analysis Apparatus
The Orsat Gas Analysis Apparatus analyzes the composition of gas mixtures, providing data on gases like CO, CO2, and O2.
5 Gas Analyser
The 5 Gas Analyser measures the concentration of multiple gases in a mixture, useful for various analytical applications.
Muffle Furnace
The Muffle Furnace is used for high-temperature heating and combustion processes, providing controlled heat for material testing.
Hot Air Oven
The Hot Air Oven provides uniform heating for drying, curing, and sterilizing materials and samples.
Ash Content Apparatus
The Ash Content Apparatus is used to determine the ash content in fuels and materials after combustion.
Demulsibility Bath
The Demulsibility Bath tests the separation of water from emulsified fuels, crucial for evaluating fuel quality.
Copper Corrosion Test Apparatus
The Copper Corrosion Test Apparatus evaluates the corrosive effect of fuels on copper surfaces.
Distillation Range Apparatus
The Distillation Range Apparatus determines the boiling range of petroleum products and other liquids.
Ramsbottom Carbon Residue Apparatus
The Ramsbottom Carbon Residue Apparatus is used to determine the carbon residue of fuels by the Ramsbottom method. This apparatus includes a high-temperature furnace and a sample holder to assess the carbon content left after fuel combustion.
Reid Vapour Pressure Apparatus
The Reid Vapour Pressure Apparatus is used to measure the vapor pressure of liquid fuels. It includes a sealed chamber, temperature control, and a manometer to determine the pressure exerted by the fuel vapor at a specified temperature.
Kinematic Viscosity Bath
The Kinematic Viscosity Bath is designed to determine the kinematic viscosity of liquids. It includes a precision temperature-controlled bath and viscometers to ensure accurate viscosity measurements at different temperatures.
Aniline Point Apparatus
The Aniline Point Apparatus is used to determine the aniline point of fuels. This measurement is essential for evaluating the solubility of fuels in aniline, which indicates the fuel's aromatic content and suitability for use.
Freezing Point Apparatus
The Freezing Point Apparatus is designed to measure the freezing point of fuels. It features a temperature-controlled chamber to accurately determine the temperature at which a liquid fuel solidifies.
Computerized Boiling Heat Transfer Apparatus
The Computerized Boiling Heat Transfer Apparatus is designed to study the boiling heat transfer process and the associated heat transfer coefficients.
Computerized Emissivity Measurement Apparatus
The Computerized Emissivity Measurement Apparatus is used to determine the emissivity of various materials by measuring thermal radiation.
Computerized Composite Wall Apparatus
The Computerized Composite Wall Apparatus is used for studying heat transfer through composite wall structures, measuring thermal resistance and heat flux.
Composite Wall Apparatus
The Composite Wall Apparatus allows for the analysis of heat transfer through composite walls and the calculation of thermal resistance.
Critical Heat Flux Apparatus
The Critical Heat Flux Apparatus measures the heat flux at which a transition occurs in boiling, essential for understanding thermal limits.
Stefan Boltzmann Apparatus
The Stefan Boltzmann Apparatus is used to measure the thermal radiation emitted by surfaces and to study blackbody radiation.
Computerized Heat Pipe Demonstrator
The Computerized Heat Pipe Demonstrator illustrates the principles of heat transfer through a heat pipe with computerized data acquisition.
Computerized Steady State & Non Steady Heat Transfer
The Computerized Steady State & Non Steady Heat Transfer Apparatus is designed for studying both steady-state and transient heat transfer phenomena.
Computerized Stefan Boltzman Apparatus
The Computerized Stefan Boltzman Apparatus is used to measure the total emissive power of radiating surfaces and analyze blackbody radiation.
Emissivity Measurement Apparatus
The Emissivity Measurement Apparatus is designed for the accurate determination of emissivity of materials by analyzing their thermal radiation.
Lagged Pipe Apparatus
The Lagged Pipe Apparatus is used to study heat loss through insulated pipes and to analyze the effects of thermal insulation.
Natural Convection Apparatus
The Natural Convection Apparatus is used to study the principles of natural convection and the effect of different fluids and temperatures on convection rates.
Computerized Thermal Conductivity of Liquid
The Computerized Thermal Conductivity of Liquid Apparatus measures the thermal conductivity of liquids using computerized sensors and data acquisition.
Computerized Thermal Conductivity of Powder
The Computerized Thermal Conductivity of Powder Apparatus measures the thermal conductivity of powder materials with computerized data analysis.
Free and Force Convection Apparatus
The Free and Force Convection Apparatus is used to study the mechanisms of both free and forced convection in different fluid environments.
Forced Convection Apparatus
The Forced Convection Apparatus allows for the investigation of convection heat transfer enhanced by external means such as fans or pumps.
Pin Fin Apparatus
The Pin Fin Apparatus is designed to study the heat transfer characteristics of pin fins and their performance in various conditions.
Metal Bar Apparatus
The Metal Bar Apparatus is used to measure the thermal conductivity of metal bars and study heat transfer along their length.
Guarded Hot Plate with Data Acquisition
The Guarded Hot Plate with Data Acquisition measures thermal conductivity of materials and includes advanced data acquisition features for accurate analysis.
Heat Transfer Lagged Pipe & Data Acquisition
The Heat Transfer Lagged Pipe Apparatus with Data Acquisition is used to study heat loss through lagged pipes, with integrated data acquisition for precise measurements.
Multi Heat Exchanger with Data Acquisition
The Multi Heat Exchanger Apparatus with Data Acquisition allows for the study of multiple heat exchangers and their performance with real-time data collection.
Drop & Film Condensation Apparatus
The Drop & Film Condensation Apparatus is used to study condensation phenomena and analyze the effects of surface properties on condensation rates.
Shell and Tube Heat Exchanger
The Shell and Tube Heat Exchanger is designed for studying heat transfer between two fluids. It features a shell and tube design that allows for efficient heat exchange and is equipped with data acquisition systems for accurate measurements.
Parallel Flow and Counter Flow Heat Exchanger
The Parallel Flow and Counter Flow Heat Exchanger is used to compare the efficiency of different heat exchanger flow arrangements. It allows for side-by-side testing of parallel flow and counter flow configurations to study their heat transfer performance.
Plate Type Heat Exchanger with Data Acquisition
The Plate Type Heat Exchanger with Data Acquisition system is used for studying heat transfer in plate-type exchangers. It includes sensors and data acquisition tools to monitor and record heat transfer rates, temperatures, and fluid flow.
Shell & Tube Heat Exchanger & Data Acquisition
The Shell & Tube Heat Exchanger with Data Acquisition is used for comprehensive analysis of heat exchange processes. It features integrated data acquisition systems for monitoring heat transfer efficiency, temperature variations, and fluid dynamics.
Computerised Universal Testing Machine
The Computerised Universal Testing Machine is used for conducting various mechanical tests on materials, including tensile, compression, and bending tests, with computerized data acquisition and analysis.
Digital Torsion Testing Machine
The Digital Torsion Testing Machine measures the torsional strength and behavior of materials under twisting forces, providing digital readouts for accurate analysis.
Fatigue Testing Machine
The Fatigue Testing Machine evaluates the durability of materials by subjecting them to cyclic loading and measuring their resistance to fatigue failure.
Impact Testing Machine-Digital
The Digital Impact Testing Machine measures the impact resistance of materials, providing digital readings for precise evaluation of toughness and brittleness.
Digital Rockwell Hardness Tester
The Digital Rockwell Hardness Tester measures the hardness of materials using Rockwell scales and provides digital readouts for accurate results.
Brinell Hardness Tester
The Brinell Hardness Tester evaluates the hardness of materials by applying a specific load to a hardened steel or carbide ball and measuring the resulting indentation.
Vicker's Hardness Tester
The Vicker's Hardness Tester measures the hardness of materials by pressing a diamond pyramid into the surface and determining the hardness from the size of the indentation.
Electronic Spring Tension Machine
The Electronic Spring Tension Machine is used to measure the tension and mechanical properties of springs with electronic precision and data logging capabilities.
Creep Testing Machine
The Creep Testing Machine measures the time-dependent deformation of materials under constant stress to determine their creep behavior and performance.
Tensile Strength Testing Machine
The Tensile Strength Testing Machine assesses the tensile strength and elongation properties of materials by applying a uniaxial force until failure.
Erichen Cupping Machine
The Erichen Cupping Machine evaluates the ductility of materials by measuring their ability to deform under compression without cracking.
Single Disc Polishing Machine
The Single Disc Polishing Machine is used for polishing and finishing specimen surfaces to achieve a smooth and reflective surface for metallographic analysis.
Double Disc Polishing Machine
The Double Disc Polishing Machine is designed to polish two specimens simultaneously, enhancing efficiency in preparing samples for metallographic examination.
Hand Grinder
The Hand Grinder is used for manually grinding and finishing specimen surfaces to prepare them for further analysis.
Specimen Leveller
The Specimen Leveller ensures that samples are perfectly leveled for accurate polishing and analysis.
Dry Belt Surfacer
The Dry Belt Surfacer is used for smoothing and finishing specimen surfaces using a dry abrasive belt.
Specimen Mounting Press
The Specimen Mounting Press is used to mount specimens in a mold to facilitate sectioning and polishing.
Cut Off Wheel Machine
The Cut Off Wheel Machine is used for cutting materials and specimens with precision using abrasive wheels.
Muffle Furnace
The Muffle Furnace is used for high-temperature testing and heat treatment of materials in a controlled environment.
Metallurgical Microscope
The Metallurgical Microscope is used for examining the microstructure of metals and alloys with high magnification and resolution.
Profile Projector
The Profile Projector is used for analyzing the profiles and contours of specimens by projecting their image onto a screen for measurement and inspection.
Tool Maker Microscope
The Tool Maker Microscope is designed for precise measurement and inspection of tool dimensions and tolerances with high accuracy.
Metallurgical Samples
The Metallurgical Samples are prepared specimens used for analysis and testing in metallographic examinations.
Axial Flow Turbine Test Bed LabTek
The Axial Flow Turbine Test Bed LabTek is designed for studying the performance and characteristics of axial flow turbines. It provides data on efficiency, power output, and turbine behavior under different operating conditions.
Coil on Plug Ignition System Trainer
The Coil on Plug Ignition System Trainer is used for demonstrating and studying the operation of modern ignition systems in vehicles. It includes components and diagnostics for hands-on learning.
Cruise Control Trainer
The Cruise Control Trainer is designed to demonstrate the functionality and calibration of cruise control systems in vehicles. It allows for practical experience in adjusting and maintaining these systems.
Distributor Ignition System Trainer
The Distributor Ignition System Trainer is used for demonstrating the principles of distributor-based ignition systems. It includes components and a setup for practical training and troubleshooting.
Exhaust Gas Calorimeter
The Exhaust Gas Calorimeter measures the energy content of exhaust gases from engines. It helps in assessing the efficiency and performance of combustion processes.
Four Stroke Four Cylinder Petrol Engine Test Bench
The Four Stroke Four Cylinder Petrol Engine Test Bench is used for testing and analyzing the performance of four-stroke petrol engines. It provides measurements for power output, efficiency, and emissions.
Four Stroke Four Cylinder Diesel Engines Test Bench
The Four Stroke Four Cylinder Diesel Engines Test Bench is designed for testing and analyzing four-stroke diesel engines. It offers data on engine performance, fuel consumption, and emission levels.
Fuel Injection and Engine Management Test Bench
The Fuel Injection and Engine Management Test Bench is used for studying fuel injection systems and engine management strategies. It provides insights into the calibration and performance of these systems.
Gasoline Direct Injection Engine Test Bench
The Gasoline Direct Injection Engine Test Bench provides a platform for studying direct injection engines. It includes facilities for performance analysis and emissions testing.
Motor Cycle Dynamometer Test Bench
The Motor Cycle Dynamometer Test Bench is used for testing and analyzing motorcycle engines. It provides data on power output, torque, and performance characteristics.
Multi Engine Test Bench
The Multi Engine Test Bench allows for simultaneous testing of multiple engines. It is designed for performance analysis and comparative studies of different engine types.
Single Cylinder Four Stroke Diesel Engine Test Bench
The Single Cylinder Four Stroke Diesel Engine Test Bench is designed for evaluating the performance and efficiency of single-cylinder four-stroke diesel engines. It provides comprehensive data on engine parameters and emissions.
Single Cylinder Four Stroke Petrol Engine Test Bench
The Single Cylinder Four Stroke Petrol Engine Test Bench provides a platform for testing and analyzing single-cylinder four-stroke petrol engines. It helps in studying engine performance, fuel consumption, and emissions.
Single Cylinder Two Stroke Petrol Engines Test Bench
The Single Cylinder Two Stroke Petrol Engines Test Bench is used for testing and analyzing two-stroke petrol engines. It provides detailed performance data and is ideal for studying engine dynamics and fuel efficiency.
Spark Ignition System
The Spark Ignition System setup demonstrates the working principles of spark ignition in engines. It is designed for educational purposes, focusing on ignition timing and engine performance.
Turbo Jet Engine Test Bench
The Turbo Jet Engine Test Bench is used for testing and analyzing turbo jet engines. It provides insights into engine performance, thrust generation, and efficiency.
Two Shaft Gas Turbine Test Bench
The Two Shaft Gas Turbine Test Bench is designed for studying the performance of two-shaft gas turbines. It offers detailed analysis of turbine efficiency and operation under different conditions.
Single Stage Air Compressor Setup with Data Acquisition
The Single Stage Air Compressor Setup with Data Acquisition provides a platform for studying air compressors. It includes data acquisition systems for detailed analysis of compressor performance.
Computerised Two Stage Air Compressor Test Bench
The Computerised Two Stage Air Compressor Test Bench is equipped with computerized controls and data acquisition systems for precise testing of two-stage air compressors.
Air Blower Test Setup
The Air Blower Test Setup is used for evaluating the performance of air blowers. It measures parameters such as airflow rate, pressure, and efficiency.
Rotary Air Compressor Test Bench
The Rotary Air Compressor Test Bench is designed for analyzing rotary air compressors. It provides data on performance, efficiency, and operational characteristics.
Steam Turbine Power Plant Setup
The Steam Turbine Power Plant Setup is used to study steam turbines and their role in power generation. It includes components for analyzing turbine efficiency and performance.
Marcet Boiler Test Setup
The Marcet Boiler Test Setup is designed for studying the principles of steam generation and boiler efficiency. It provides insights into boiler performance under various conditions.
Separating & Throttling Calorimeter with Mini Boiler
The Separating & Throttling Calorimeter with Mini Boiler is used to measure the enthalpy of steam and determine its quality. It provides detailed analysis of steam properties.
Subsonic Air Nozzle Test Setup
The Subsonic Air Nozzle Test Setup is used for studying the flow characteristics of subsonic air nozzles. It provides data on velocity, pressure, and flow rate.
Steam Nozzle Performance Apparatus with Compressor
The Steam Nozzle Performance Apparatus with Compressor is used to study the performance of steam nozzles. It includes a compressor for generating steam and analyzing nozzle efficiency.
Axial Fan Test Rig
The Axial Fan Test Rig is used to study the performance of axial fans, including air flow rates and efficiency. It helps in understanding fan operation under various conditions.
Computerized Axial Flow Pump Test Rig
The Computerized Axial Flow Pump Test Rig provides detailed analysis of axial flow pumps. It features computerized controls for accurate performance measurement and data acquisition.
Computerized Francis Turbine Trainer
The Computerized Francis Turbine Trainer is designed for studying the performance of Francis turbines. It includes computerized features for detailed analysis and control.
Computerized Gear Pump Test Rig
The Computerized Gear Pump Test Rig is used to evaluate gear pumps. It features computerized controls and data acquisition systems for accurate performance testing.
Submersible Pump Test Rig
The Submersible Pump Test Rig is designed for testing submersible pumps. It provides insights into pump performance and efficiency when submerged in various conditions.
Axial Flow Pump Test Rig
The Axial Flow Pump Test Rig is used to study the performance characteristics of axial flow pumps. It provides data on flow rates and efficiency under various operational conditions.
Computerized Axial Flow Pump
The Computerized Axial Flow Pump is equipped with advanced computerized features to monitor and analyze pump performance with precision. It helps in understanding the flow characteristics and efficiency of axial flow pumps.
Computerized Centrifugal Pump Trainer
The Computerized Centrifugal Pump Trainer provides a hands-on approach to learning about centrifugal pumps. It includes computerized features for precise performance monitoring and data analysis.
Computerized Hydraulic Ram
The Computerized Hydraulic Ram is used to demonstrate the principles of hydraulic rams. It features computerized controls for detailed analysis of hydraulic performance and efficiency.
Computerized Kaplan Turbine Test Rig
The Computerized Kaplan Turbine Test Rig is designed for studying Kaplan turbines. It features computerized data acquisition and control systems for detailed analysis of turbine performance.
Computerized Reciprocating Pump Test Apparatus
The Computerized Reciprocating Pump Test Apparatus is used to study the operation of reciprocating pumps. It includes computerized controls for precise measurement and performance analysis.
Multi Pump Test Rig
The Multi Pump Test Rig is used to test and compare multiple pumps simultaneously. It provides comprehensive data on pump performance and efficiency.
Multi Turbine Test Rig
The Multi Turbine Test Rig allows for the testing of multiple turbine types. It provides detailed insights into turbine performance under various conditions.
Pelton Turbine Test Rig
The Pelton Turbine Test Rig is designed to study the performance of Pelton turbines. It offers detailed analysis of turbine efficiency and operational characteristics.
CNC Lathe Machine
The CNC Lathe Machine is used for precision machining of metal and other materials. It features computer numerical control for accurate and automated operations.
CNC Milling Machine
The CNC Milling Machine provides precise machining of complex parts and features. It is controlled by a computer for high accuracy and efficiency.
Lathe Machine
The Lathe Machine is used for shaping metal or wood by means of a rotating drive. It is essential for creating precise cylindrical shapes.
Universal Milling Machine
The Universal Milling Machine is versatile and used for various milling tasks. It can handle complex milling operations with high precision.
Miniature CNC Lathe M/C
The Miniature CNC Lathe Machine is designed for precision work on smaller parts. It features advanced CNC controls for accurate machining.
Vertical CNC Milling M/C
The Vertical CNC Milling Machine is used for vertical milling tasks with high precision. It is ideal for machining complex parts.
Radial Drill Machine
The Radial Drill Machine is used for drilling operations where a radial arm supports the drill. It offers flexibility and precision in drilling large workpieces.
Surface Grinding Machine
The Surface Grinding Machine is used for producing a smooth finish on flat surfaces. It is essential for precision grinding of metal and other materials.
Boring Machine
The Boring Machine is used for enlarging holes or cavities in metal and other materials. It is ideal for precise and high-quality boring operations.
Hydraulic Guillotine Shearing Machine
The Hydraulic Guillotine Shearing Machine is used for cutting sheet metal with high precision. It features hydraulic controls for accurate shearing.
Plate Rolling Machine
The Plate Rolling Machine is used to roll metal plates into cylindrical shapes. It is essential for creating curved or rolled metal components.
Pillar Drilling Machine
The Pillar Drilling Machine is used for drilling holes in various materials. It features a pillar structure for stability and precision.
Bandsaw Machine
The Bandsaw Machine is used for cutting metal, wood, or other materials using a toothed blade. It provides precise and efficient cutting capabilities.
Slotting Machine
The Slotting Machine is used for making slots and grooves in various materials. It is ideal for precise and accurate slotting operations.
Power Press
The Power Press is used for stamping, punching, and pressing operations. It provides high force and precision for various metalworking tasks.
Tool And Cutter Grinding Machine
The Tool And Cutter Grinding Machine is used for sharpening and grinding tools and cutters. It ensures precise and accurate grinding for better tool performance.
Pipe Threading Machine
The Pipe Threading Machine is used for cutting threads on pipes. It is essential for creating threaded connections for plumbing and other applications.
Re-Sharpening Machine
The Re-Sharpening Machine is used for sharpening cutting tools and blades. It restores the cutting edge to maintain tool performance.
Hydraulic Press
The Hydraulic Press is used for compressing and shaping materials with hydraulic force. It is widely used in metalworking and fabrication.
Block Making Machines Hydraulic
The Block Making Machines Hydraulic are used for producing concrete blocks with hydraulic pressure. They ensure high strength and durability of the blocks.
Block Making Machines Hand Operated
The Block Making Machines Hand Operated are used for producing concrete blocks manually. They are ideal for small-scale block production.
Wood Working Surface Planers
The Wood Working Surface Planers are used for smoothing and leveling wooden surfaces. They provide a fine finish and are essential for woodworking tasks.
Wood Working Table Saw Motor Driven
The Wood Working Table Saw Motor Driven is used for cutting wood with precision. It is equipped with a motor for efficient and smooth cutting operations.
Wood Working Table Saw Hand Operated
The Wood Working Table Saw Hand Operated is designed for manual cutting of wood. It is suitable for smaller projects and provides flexibility in cutting operations.
Wood Working Thickness Planers
The Wood Working Thickness Planers are designed for precise thicknessing of wood. They ensure smooth and uniform thickness across the surface of wood pieces, enhancing the quality of woodworking projects.
Wood Working Spindle Moulder
The Wood Working Spindle Moulder is used for shaping wood with various profiles. It features interchangeable cutters for producing detailed woodwork with high precision.
Wood Working Basic Router
The Wood Working Basic Router is ideal for edge profiling, hollowing, and decorative cutting of wood. It comes with various bits for different routing tasks and ensures precise and clean cuts.
Wood Working Basic Spiral Lathe
The Wood Working Basic Spiral Lathe is used for turning and shaping wood into spiral forms. It offers precise control over cutting depth and speed for detailed and intricate woodturning.
Wood Working Band Saw Machine
The Wood Working Band Saw Machine is designed for cutting various wood pieces with precision. It features a long, sharp blade that allows for intricate cuts and curves in woodwork.
Wood Working Circular & Radial Saw – Tilting Arbour
The Wood Working Circular & Radial Saw with Tilting Arbour is a versatile tool for cutting wood at various angles. It features a tilting arbor for precise angle adjustments and is ideal for both crosscutting and ripping operations.
Wood Working Chain N Chisel Mortiser Machine
The Wood Working Chain N Chisel Mortiser Machine is used for creating mortises and slots in wood. It combines a chain and chisel mechanism for efficient and precise mortising tasks.
Wood Working Mortiser – Tenoning Machine
The Wood Working Mortiser – Tenoning Machine is designed for creating precise tenons and mortises in wood. It offers high accuracy and is ideal for joinery tasks.
Wood Working Lathe Machine
The Wood Working Lathe Machine is used for turning wood to create cylindrical shapes. It features adjustable speed controls and various tools for different turning operations.
Wood Working Blade Grinders Machine
The Wood Working Blade Grinders Machine is used for sharpening and maintaining the edges of woodworking blades. It ensures blades remain sharp for precise cutting and shaping.
Dust Chip Remover
The Dust Chip Remover is essential for maintaining a clean workspace. It efficiently collects and removes dust and chips generated during woodworking processes, ensuring a safe and clean environment.
Wood Radial Arm Saw
The Wood Radial Arm Saw is versatile for crosscutting, bevel cutting, and miter cutting wood. It features a radial arm that allows for precise adjustments and accurate cutting angles.
Wood Working Drum Sander
The Wood Working Drum Sander is used for smoothing and finishing wooden surfaces. It features a rotating drum covered with abrasive material, which sands the wood surface evenly.
Arc Welding Machines
Arc Welding Machines are used for joining metal parts through the process of electric arc welding. They provide consistent arc stability and are suitable for various welding tasks.
TIG Welding Machines
TIG Welding Machines are designed for high-quality welding of metals using a tungsten electrode. They offer precise control over the welding process and are ideal for detailed and clean welds.
MIG Welding Machines
MIG Welding Machines use a continuous wire feed to weld metals. They are known for their ease of use and are suitable for a range of welding applications, from thin sheets to heavy metal.
Spot Welding Machines
Spot Welding Machines are used for welding two or more metal sheets at specific points. They offer high-speed welding with minimal deformation and are ideal for mass production.
Submerged Arc Welding-SAW Machines
Submerged Arc Welding-SAW Machines are used for high-efficiency welding with a continuous feed of flux. They provide deep penetration and are suitable for thick materials.
Wire Butt Welding Machine
The Wire Butt Welding Machine is used for welding wire ends together. It provides reliable and strong welds for wire products and ensures uniform quality in wire manufacturing.