Cut Section Model Of Different Small Components

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Cut Section Model Of Different Small Components

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Cut Section Model Of Different Small Components Specification

Stand Type
Mounted Display Stand

Shaping Mode
Cut Section

Material
Plastic and Metal (Mixed)

Product Type
Mechanical Training Model

Mould For
Mechanical Component Demonstration

Mould Size
Assorted Small Components

Mould Material
Durable ABS Plastic & Metal Parts

Design
Educational Cut Section

Quality
High Precision, Lab-grade

Cut Section Model Of Different Small Components Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Western Union, Paypal, Telegraphic Transfer (T/T), Cheque

Supply Ability
100 Units Per Week

Delivery Time
1 Months

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Central America, Asia

Main Domestic Market
All India

About Cut Section Model Of Different Small Components

Cut Section Model Of Different Automobile Parts And Accessories Suitably Painted And Mounted On A Wooden Board:

Product Range

Model No.	Description
MT-P01	Self starter (axle type/non axle type)
MT-P02	Dynamo
MT-P03	Distributor
MT-P04	Mechanical Fuel pump
MT-P05	Electrical Fuel pump
MT-P06	Carburettors Simple Type-2 wheeler
MT-P07	Carburettors Solex Type-4 wheeler
MT-P08	Carburettors Mikuni type
MT-P09	Radiator
MT-P10	Ignition coil
MT-P11	Shock absorber
MT-P12	Brake cylinder and master cylinder
MT-P13	Speedo meter
MT-P14	Water pump
MT-P15	FIP Pneumatic Governor (Four Cylinder engine)
MT-P16	FIP RQ governor (Six cylinder Engine)
MT-P17	FIP RSV governor (Six cylinder Engine)
MT-P18	FIP Distributor type ( four Cylinder)
MT-P19	I.C.Injector (4 Types)
MT-P20	Diesel Filter
MT-P21	Gear Lubrication pump
MT-P22	Propeller shaft
MT-P23	Feed pump
MT-P24	Alternator
MT-P25	Silencer
MT-P26	Catalytic converter
MT-P27	Fuel Pump diaphragm type
MT-P28	Oil Pump External
MT-P29	Oil Pump internal
MT-P30	Vacuum Pump (Vane type)
MT-P31	Vacuum Pump (Rotary type)
MT-P32	piston Pump (air Compressor)
MT-P33	Turbocharger
MT-P34	Fluid flywheel/ Torque converter
MT-P35	Alkaline Battery
MT-P36	Air Cleaner

Visualize Internal Mechanisms Effortlessly

These cut section models reveal intricate internal structures, utilizing color coding to highlight individual parts. Perfectly suited for technical education, they facilitate hands-on understanding without risking damage to actual machinery. The mixed-material construction ensures durability and longevity for repeated demonstration and study.

Ready-to-Use Educational Demonstrators

Delivered fully pre-assembled and securely packaged, each model is immediately ready for use in classrooms, labs, or workshops. Mounted on a stable display stand, these models are ideal for both instructor-led presentations and self-guided exploration by students.

Engineered for Academic Excellence

Crafted with high-precision techniques using laboratory-grade materials, these models deliver both accuracy and safety. The corrosion-resistant and smooth-surfaced finish ensures minimal maintenance and an attractive appearance, supporting years of educational use.

FAQs of Cut Section Model Of Different Small Components:

Q: How does the cut section model facilitate learning in engineering education?

A: The model allows students to observe detailed internal structures of mechanical components, making abstract concepts tangible. Its multi-color design distinguishes each part, helping learners understand assembly and function during engineering training and academic demonstrations.

Q: What components are typically displayed in these cut section models?

A: The models showcase a variety of small mechanical parts, selected to illustrate key engineering principles. Featuring assorted component sizes, each model highlights different mechanisms and assembly methods, suitable for mechanical demonstrations.

Q: When is the ideal time to use these models in an academic setting?

A: These models are best used during theoretical lessons, lab sessions, or practical demonstrations. They enhance comprehension when instructors introduce new machinery concepts or when students need to visualize internal component interactions.

Q: Where can these cut section models be utilized most effectively?

A: They are particularly useful in technical institutes, engineering colleges, and laboratory environments where hands-on learning and demonstration of complex mechanisms are required.

Q: What is the process behind creating these educational models?

A: Manufactured in India, the models are crafted using high precision lab-grade techniques. Made from a mix of ABS plastic and metal parts, they are molded and cut to clearly expose internal structures, then assembled with a corrosion-resistant, smooth surface finish.

Q: How does the model benefit users compared to traditional learning resources?

A: Unlike textbooks or digital images, these physical models provide a tactile learning experience. Learners can appreciate the real spatial relationships and movements within components, leading to a deeper and more lasting understanding of engineering concepts.

Q: What measures ensure the durability and safety of these models during regular use?

A: The use of corrosion-resistant materials, robust ABS plastic, and smooth finishes ensures each model withstands frequent handling. They are securely packed in carton boxes with shockproof foam, reducing transit damage and ensuring safe delivery.

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