Engineering Models

Model consists of hinged joints. Model will be able to demonstrate the qualitative behavior of the truss under load. As the members are very flexible, a compression member will easily show it's buckling i.e. it will curve out of plain. The tension member however remains straight and tight. The student will therefore have a visual picture of the type of stresses i.e. compressive or tensile that each member of truss will carry under various positions of the load. In case of pinned joint truss, the student will be able to observe that angle between members at each joint undergo a small change

This demonstration board which will give a complete idea of the electrical system of a Two wheeler. In this demonstration board the actual wiring with parts and accessories of a two wheeler will be arranged, according to the electrical circuit and terminals are provided to connect the battery. By giving connection the working of individual parts such as Self, Horn, Head lights, Tail lamps, Parking lamps, Side indicators, Brake light, Distributor, Sparks of spark plugs, etc., can be demonstrated. The parts sectioned to show the internal constructional details. This is a working demonstration model operating on SMPS.

The type of sturdy model that is commonly used in automotive engineering institutes and industries for training purposes. It is designed with high precision and accuracy.

The Physics Plastic Electric Motor Demonstration Model is an innovative and educational tool designed to provide students with a hands-on understanding of how electric motors function and how electromagnetism can be harnessed to produce motion. Made from durable, high-quality plastic, this demonstration model is ideal for institutional use in middle and high school physics classrooms, particularly for students from classes 8 to 12. It effectively showcases the basic principles of electromagnetism, magnetic fields, and rotational motion, which are crucial components of modern physics education. The model includes a built-in VIBGYOR spectrum wheel, a colorful and visually engaging addition that not only draws interest but also illustrates an important concept in optics the merging of colors to produce white light. This model is especially beneficial in helping students understand the interaction between electric current and magnetic fields. It features a simple yet functional electric motor that visibly converts electrical energy into mechanical rotation. The motion is further highlighted by the attached rainbow-colored VIBGYOR wheel, which spins rapidly when the motor is powered. As the wheel gains speed, the distinct colors blend together due to optical illusion and persistence of vision, ultimately appearing white to the human eye. This fascinating effect helps students grasp the concept of additive color mixing and the composition of white light, thereby integrating learning from both electricity and light chapters in the physics curriculum. The design of the electric motor model ensures ease of use, enabling students to observe each component s role, including the armature, magnet, and electrical connections. Educators can use this model to demonstrate how current flows through a coil, creating a magnetic field that interacts with a permanent magnet to produce motion. The visual and practical experience of seeing the spectrum wheel rotate and transition into white provides a dual-layered understanding of electromagnetic rotation and light behavior, making the lesson more memorable and effective. Crafted from sturdy, non-toxic plastic, the apparatus is safe for classroom use and withstands regular handling by students. Its compact and lightweight structure makes it portable and easy to store, while the clear and visible components encourage student engagement during practical demonstrations. This model serves as an excellent platform for students to ask questions, conduct hypothesis-driven experiments, and make scientific observations related to motor operations and visual perception. It supports experiential learning, reinforcing theoretical concepts through physical interaction and observation. In science exhibitions, lab experiments, or classroom demonstrations, this plastic electric motor model becomes a key asset in introducing students to real-world applications of physics. Concepts such as electromagnetic induction, rotational motion, and energy transformation are no longer abstract when students can observe them in action. The inclusion of the color wheel also connects physics with human visual perception, making it a cross-disciplinary educational tool that fosters curiosity and holistic learning. Furthermore, this model meets the growing need for activity-based learning in STEM education. It allows instructors to illustrate fundamental physics concepts in a way that textbooks cannot, supporting interactive teaching methodologies and inquiry-based learning strategies. The Physics Plastic Electric Motor Demonstration Model is not only a valuable addition to any school or institutional science lab but also an essential resource for making core physics concepts accessible, engaging, and easy to comprehend for young learners.

Cylinder: The combustion chamber where the air-fuel mixture is ignited, initiating the power stroke. Piston: Moves up and down within the cylinder to compress the mixture and deliver power to the crankshaft. Crankshaft: Converts the linear motion of the piston into rotational motion, driving output power. Camshaft: Operates in sync with the crankshaft to open and close intake and exhaust valves at precise timings. Valves (Intake Exhaust): Control the entry of air-fuel mixture into the cylinder and expulsion of exhaust gases. Spark Plug: Produces the spark needed to ignite the compressed air-fuel mixture during the power stroke. Connecting Rods: Link the piston to the crankshaft, transmitting the piston's motion to the rotating crankshaft. Timing Gears: Ensure accurate synchronization between crankshaft and camshaft rotation, essential for efficient valve operation. Key Features Operates on the four-stroke principle for fuel efficiency and emission control Equipped with timing gears for synchronized valve timing Combines mechanical and electrical systems (e.g., camshaft, spark plug) for coordinated combustion Supports air or water cooling, depending on design requirements Delivers smooth and continuous power output over each cycle Applications Automobiles and motorcycles Portable generators Agricultural and industrial machinery Lawn mowers and small construction equipment

The apparatus consists of a variable speed D.C. Motor, Driving pulley and Driven pulley of equal diameter. The pulleys are mounted on input shaft (Motor shaft) and output shaft. The driven pulley can slide on the base with bearing block to change initial tension in belt. Brake drum is mounted on output shaft helps to measure power output. The motor speed is varied by dimmerstat. A two channel RPM Indicator is provided to measure speeds of driven and driving pullies respectively. EXPERIMENTATION : 1. To measure co-efficient of friction between pulley material and different belt materials. 2. To measure power transmitted with varied belt tensions and plotting graph of (T1 T2).Tension Characteristics 3. To measure percentage slip at fixed belt tension by varying load on brake drum and plot graph of (T1-T2) Vs.percentage slip.i.e. Slip Characteristics. Finding a creep zone from graph. 4. To measure belt slip speed and observe the limiting value float at constant speed when the slip just starts. SPECIFICATIONS : 1.D.C. Motor 1 HP, 1500 RPM, variable speed. 2.Driving Driven puilies of equal diameters. 3.Brake drum along with spring balance. 4.Fiat Belt of fixed length of following materials (i)Fabric Belt (ii)Canvas Belt. (iii)Rubber Belt. 5.Belt tightening arrangement. 6.Speed Controller unit. 7.Two Channel digital RPM Indicator. 8.Stroboscope.

Diffint Designs and Engineering helps manufacturers bring ideas to reality with smart, detailed and highly accurate models for various phases, right from concept to design to full-scale production as well as distribution.

We are an eminent entity engaged in offering an extensive range of Clutch and Prerssure Plate Model. This model clutch is manufactured under the guidance of our qualified professionals using the finest quality raw material and advanced technology. In line with industry set standard, we provide the entire range in various models as per the requirement of our clients. Apart from this, clients can avail this clutch as per their need at budget friendly prices. Features: Compact size Smooth functioning Long operational life

Centrifugal Clutch Model MTK-8085 The model consists of a drum pulley mounted on the output shaft. The input shaft carrying spring controlled fly weights. The worming can be demonstrated by rotating the input shaft provided with crank handle. The output shaft rotates with clutch action.

Two Stroke Petrol Engine Engineering Models We are manufactrer of All engineering models. It's a two stroke Petrol engine model. It seems beautiful on the other hand it can be used very easily.

We are a remarkable entity, engaged in offering a qualitative array of Diesel Engine Actual Cut Section Model.

Complete Pulley System Model Simple PulleyFirst System of PulleySecond System of PulleyThird System of Pulley All mounted on single frame with weights, scale and spring balance to measure load Experiments range from measuring Mechanical Adavantage to Velocity Ratio

Glass Agencies are Manufacturer of Engineering Lab Model Under The EROSE Brand. An Engineering Lab Model is an educational apparatus designed to demonstrate fundamental engineering principles and practical concepts. It is widely used in mechanical, civil, electrical, and thermal engineering laboratories for experiments, training, and hands-on learning.

A cut-section differential and rear axle model is an instructional display in which the differential assembly, crown wheel, pinion, axle shafts, and casing are partially cut open to show the internal construction and working mechanism. This model helps students visualize how rotational power from the engine is transmitted to the rear wheels while allowing them to rotate at different speeds during turning.

High detailed models of water treatment plants . Working mechanisms can also be done along with customised options for plant layouts or geographical/topographic layouts .

Steam Engine Sectional Working Model: All metal construction representing sectional view of a typical steam engine covered with a transparent plate. Working model of steam engine can be made to work using an air pump, or even by blowing with mouth. Shows functioning of various parts of a steam engine, such as cylinder-piston, crank, flywheel, connecting rods, etc., and conversion of linear motion of piston rod to the circular motion at the crankshaft. All the working, parts made visible by fitted date on the chamber. It is an all-metallic construction model showing metal cylinder in section cut and is covered with glass plate. Complete with working parts like piston, slide valve, link motion and reversing method can be demonstrated. The movement of the wheel is very smooth to demonstrate the working even by blowing from mouth. Petrol Engine 2 Stroke: Model that represents the internal structure of a petrol engine. Internal surfaces are finished in different colors to indicate air, fuel, gas mixture, and exhaust gas content. Includes can operated jerk pump and manually operated air inlet diaphragm injection nozzle and starting valve. Crankshaft can be rotated by hand wheel to show the operating cycle. Firing point of the engine is shown with a lamp which glows at the correct point in the cycle. Cast alloy construction on polished wooden base. Ignition simulated by means of aminiature bulb. Carburetor attachment and fuel supply also sectioned. A pair of 4mm socket terminal for electrical supply. Mounted on metal base with printed diagram and key. It shows the internal structure of petrol engine 2-stroke its working. Base: Metal Body: Aluminium Plastic Operation: Manual Petrol Engine 4 Stroke: Model that represents internal structure of petrol gas engine. 4 Stroke petrol Engine is a model that represents the internal structure of a petrol engine. Internal surfaces are finished in different colors to indicate air, fuel, gas mixture, and exhaust gas content. Includes cam operated jerk pump and manually operated air inlet diaphragm injection nozzle and starting valve. Crankshaft can be rotated by hand wheel to show the operating cycle. Firing point of the engine is shown with a lamp which glows at the correct point in the cycle. Cast alloy construction on polished wooden base. Ignition is shown by means of a miniature bulb. Carburetor and fuel supply also sectioned. Specifications: Noiseless working Miniature bulb to show Ignition Carburetor and fuel supply are sectioned Mounted on polished base Diesel Engine 2 Stroke: Diesel Engine Model is a model of two stroke water cooled diesel engine made in ast alloy metal. Ignition simulated by means of a miniature bulb. Fuel supply is also sectioned. With hand crank proved for manual operation depicting cam operated inlet and exhaust valves. Model that represents the internal structure of a diesel engine. Internal surfaces are finished in different colors to indicate air, fuel, gas mixture, and exhaust gas content. Includes can operated jerk pump and manually operated air inlet diaphragm injection nozzle and starting valve. Crankshaft can be rotated by hand wheel to show the operating cycle. Firing point of the engine is shown with a lamp which glows at the correct point in the cycle.

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SAINI SCIENCE INDUSTRIES is Manufacturer, Exporter & Supplier of 4 stroke 4 cylinder diesel engine ( motor driven actual cut-sectional ) The engine will be sectioned to show the internal constructional details. The working of individual part and accessories like Valves, Pistons, pumps, Crank and Camshaft, etc. will be demonstrated. It is provided with Flywheel and it is mounted on a sturdy iron frame. This actual cut section engine helps the student to understand about the parts and the working of the engine very easily. It is specially made dissectible for demonstration purposes. The actual cut section engine will be supplied with key card & very interesting literature regarding working.

We are engaged in offering Four Stroke Petrol Engine Model to our clients. Our range of all products is widely appreciated by our clients.

In line with clients' variegated requirements, we bring forth an extensive range of Steam Engine Working Model. Our offered products are completely checked by quality experts under strict parameters meeting all the norms. The offered product is well designed by our skilled professionals utilizing optimum quality material and innovative technology. Clients can avail these products from us at nominal rates. Features: Robust Construction Perfect Finish Enhanced functional life

Cut section engine model to show how engine works, all parts are made of alluminium alloy. Complet with metal base table top model.Two Stroke Diesel Engine We are supplier of All engineering models. It's a two stroke diesel engine model. It seems beautiful on the other hand it can be used very easily

Engineering Model for fuel injection pump for diesel engine.all types of engineering model available

Backed by a team of dexterous professionals, we are engaged in providing a quality approved Diaphragm Clutch Demonstration Model. Our skilled professionals manufacture this demonstration model using superior quality components and modern technology in sync with industry standards. Furthermore, our provided demonstration model is appreciated in the market due to its various quality features. In order to offer a qualitative product at client's end, this demonstration model is checked by our quality examiners. Features: Robustness Easy to install Sturdy construction Specifications: Thickness: 0.3-16mm Material: Stainless Steel

Your premier destination for top-quality mechanical engineering models that provide a tactile and practical approach to understanding complex mechanical principles. As specialized suppliers of innovative engineering models, we comprehend the significance of hands-on learning in shaping adept mechanical engineers. Our mission is to provide educational institutions, researchers, and professionals with cutting-edge mechanical engineering models that foster immersive and transformative learning experiences. Why Choose Us as Your Mechanical Engineering Model Suppliers? Advocates of Practical Learning: At PARAS ENGINEERS, we strongly advocate for practical learning. Our team is comprised of mechanical engineers, educators, and technical experts who share a passion for cultivating a hands-on understanding of mechanical engineering principles. Extensive Range of Models: We offer a comprehensive selection of mechanical engineering models encompassing various facets, from kinematics to thermodynamics. Our models cater to diverse educational levels and research requirements. Precision and Authenticity: We prioritize precision and authenticity in our mechanical engineering models. Our products are meticulously designed to replicate real-world mechanisms, allowing students and professionals to gain tangible insights into intricate concepts. Customization and Specialization: Acknowledging the diverse needs of mechanical engineering education, we provide customization options and specialized models. Whether for a specific curriculum or a unique project, we can tailor models to align with your specifications. Technical Expertise and Support: Our commitment to your success transcends model supply. We offer technical support, guidance, and expertise to assist you in selecting the ideal mechanical engineering models for your educational, research, or professional ventures. Our Comprehensive Range of Mechanical Engineering Models: Kinematics and Dynamics Models: Explore an array of models illustrating kinematic and dynamic principles, encompassing gear mechanisms, linkages, and motion simulations. These models provide insights into mechanical motion and system behavior. Thermodynamics Models: Delve into thermodynamics with models showcasing heat engines, refrigeration cycles, and energy conversions. These models elucidate concepts like entropy, efficiency, and energy transfer. Fluid Mechanics Models: Access models depicting fluid flow, hydraulic systems, and aerodynamics. These models facilitate the exploration of fluid dynamics and hydrostatic principles. Machine Components and Mechanisms: Discover models that exemplify various machine components and mechanisms, from pulleys and levers to cams and followers. These models elucidate mechanical interactions and structural dynamics. Engineering Materials and Strength Models: Gain insights into material properties and strength considerations with models illustrating material testing, stress-strain relationships, and material behavior under load. We transcend mere mechanical engineering model suppliers; we are partners in the advancement of mechanical education and innovation. Our extensive range of top-tier models is crafted to empower students, educators, and professionals with tangible tools for comprehending intricate mechanical concepts. Contact us today to explore our diverse selection of mechanical engineering models and unlock the potential for transformative learning experiences that elevate your understanding of mechanical engineering principles.

Scale down model of Sulphuric Acid Plant displayed in corporate office GREEN FIELD PROJECT MODEL INAGUARATED BY COMPANY LEADERSHIP AND STAKE HOLDERS

As light-weight structures offering a high degree of rigidity, trusses are employed in the construction of halls, bridges, cranes, pylons and masts. Trusses are bar structures in which the bars are subjected to compression or tension loading, but not to bending. Sci-tech Forces in a Howe Truss Model MT 110 setup provides experiments on single plane trusses with a high degree of measuring accuracy and computerized result readout based on software. The ready assembled truss is mounted horizontally on a frame. The influence of the dead weight is minimized by horizontal experimental setup. The bars are joined by a hinged connection, using node disks. Consequently, our truss can be considered as an ideal truss. The external force is generated with the aid of a threaded spindle. The force can be applied in various directions and at various points. The forces occurring on the truss bars are recorded by strain gauge measurement. All measuring points are housed together in a connection box. From there, they are connected to the measuring amplifier FL 152. The software is used to manage the measuring data and provide graphical representation of the bar forces. The software features a comprehensive help function. An additional truss is available to extend the scope of the experiment: Warren type. Specifications 1. Investigation of bar forces in a single plane, statically determinate truss 2. Ready assembled Howe truss 3. Frame for horizontal experimental setup 4. Influence of dead weight minimized by horizontal experimental setup 5. Any straight and inclined load cases possible 6. Fine adjustment of load force 7. Low-friction knife-edge bearing 8. 2 supports for vertical forces, 1 support for horizontal forces 9. Pre-balanced strain gauge connection box with connection to measuring amplifier. 10. Measuring amplifier required 11. Sci-Cal Sci-tech-software optional to evaluate measured values graphically. Technical Specifications Truss: Howe type bar cross-section: 10x3mm, stainless steel bar lengths: 115,5, 200, 231mm external loading: max. 500N bars: 13, of which 7 with measuring points Load application device with force gauge tensile force: max. 600N stroke: 30mm Node disks: 8 Angle between bars: 30 , 45 Experiments Measurement of the bar forces in a single plane truss, Howe type Dependency of bar forces on the external force: magnitude, direction, point of application. Comparison of measuring results with mathematical and graphical methods a. method of joints b. Ritter s method of sections c. Cremona diagram Basic principle: measurement of forces using strain gauge measurement.

Latest 4 Stroke 3/4-cylinder MPFI in running condition,800-1600cc with ECM, BCM and all sensors, wiring, fuel feed system, cooling system instrument cluster with Fault setting bank for minimum 6 sensors with diagnostic socket Scanner to read the faults. Engine management circuit diagram to be printed on the panel board.

The Steam Engine Model (Cut Section) is an educational demonstration model featuring an all-metal construction with a transparent acrylic plate to clearly display the internal working components of a steam engine. It helps students understand the principles of steam power, piston movement, valve operation, and energy conversion, making it ideal for schools, colleges, ITIs, and engineering laboratories.