Working Model Of Scraper

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Working Model Of Scraper Specification

Feature
Working Mechanical Movement, Realistic Simulation

Accuracy
Simulates Actual Mechanical Movements

Power Source
Manual

Automation Grade
Manual

Core Components
Frame, Scraper Blade, Drive Mechanism, Wheels, Handle

Capacity
Manual Operation

Temperature Range
Operating in room temperature

Display Type
Physical Working Model

Dimension (L*W*H)
Approx. 38 cm x 15 cm x 19 cm

Instruction Manual
Included

Color
Yellow and Black

Surface Finish
Powder Coated and Painted for Durability

Packaging Type
Boxed with Protective Padding

Replacement Parts
Available on Request

Maintenance
Low, Simple Cleaning and Lubrication

Handle Grip
Ergonomic Plastic

Educational Level
Suitable for School and College Level

Scale Ratio
1:10 (Model to Real Equipment)

Mobility
Freely Movable Wheels

Application
Engineering Model, Earthwork Demonstration

Shipping Weight
Approx. 4 kg (Packed)

Required Assembly
Supplied Fully Assembled

About Working Model Of Scraper

Shop now for this breathtaking Working Model Of Scraper, crafted with a gilt-edged finish in powder-coated and painted yellow and black for first-class durability. Engineered at a scale ratio of 1:10, this educational marvel comes fully assembled with ergonomic handles and freely movable wheels, ensuring user convenience. Ideal for earthwork demonstrations at school and college levels, its realistic manual operation boasts low maintenance and easy cleaning. Competitive pricing makes this fresh engineering model an exceptional choice for practical learning. Replacement parts and instruction manual includedboxed with protective padding for secure delivery across India.

Versatile Applications & Special Features

The Working Model Of Scraper is expertly engineered for use in engineering demonstrations, earthwork simulations, and educational exhibitions. Its physical working model, realistic simulation of mechanical movements, and robust powder-coated surface make it an ideal tool for classrooms and college labs. Special features include ergonomic handle grips, low maintenance needs, manually operated movement, and accurate demonstration of real-life scraper mechanisms, providing students a hands-on and engaging STEM learning experience.

Sample Policy, Supply Capacity & Delivery

Sample policies for the Working Model Of Scraper ensure minimal outlay for educational institutions considering bulk purchases. The model offers dependable supply ability to meet both small and large orders. Shipped from Indias key FOB ports, careful packaging ensures safe arrival, with approximate shipping weight at 4 kg. Our swift delivery process guarantees prompt dispatch and tracking, ensuring each boxed unit arrives complete with all instructions and protective padding for immediate use in academic and professional settings.

FAQs of Working Model Of Scraper:

Q: How does the Working Model Of Scraper simulate real earthwork equipment?

A: The model features accurately scaled mechanical movements and a manually operated drive mechanism, demonstrating the actual functional motion of a full-sized earthwork scraper for a realistic educational experience.

Q: What is included in the packaging upon delivery?

A: Each unit is boxed with protective padding, comes fully assembled, and contains an instruction manual to assist with operation and maintenance. Replacement parts are also available on request.

Q: Where is this model suitable for classroom usage?

A: It is ideal for school and college-level engineering labs, construction workshops, and technical exhibitions where practical demonstration of scraper mechanisms are essential.

Q: What is the maintenance process for the model?

A: The model requires only simple cleaning and occasional lubrication, making maintenance quick and straightforward for users at any educational level.

Q: What are the benefits of using this physical working model in education?

A: This model offers students first-class hands-on experience with engineering concepts, enhances understanding of mechanical movements, and supports active learning through realistic simulations.

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