Contact us

Screw Jack for 100 Kg Load Mechanical Engineering Final Year Project


Availability: In Stock

Project Objectives:

  1. Load Specification: Determine the specific requirements for lifting a maximum load of 100 kg, considering factors such as safety margins, load distribution, and lifting height.
  2. Mechanical Design: Develop a robust mechanical design for the Screw Jack, considering factors such as thread pitch, screw diameter, and material strength to ensure efficient load lifting.
  3. Material Selection: Choose appropriate materials for the screw, nut, and other components, balancing strength, weight, and cost considerations.
  4. Analysis and Simulation: Utilize engineering analysis tools to simulate and analyze the performance of the Screw Jack under different loading conditions, ensuring structural integrity and identifying potential failure points.
  5. Safety Features: Integrate safety features such as a locking mechanism, overload protection, and fail-safes to prevent accidents or damage during operation.
  6. Efficiency Optimization: Optimize the design for mechanical efficiency, minimizing friction and energy losses to ensure the Screw Jack operates with maximum effectiveness.
  7. Prototyping: Build a functional prototype of the Screw Jack based on the optimized design, allowing for practical testing and validation of the theoretical analysis.
  8. Testing and Validation: Conduct a series of tests to validate the Screw Jack’s performance under various load conditions, comparing the results with theoretical predictions.

Product Description


There are no reviews yet.

Be the first to review “Screw Jack for 100 Kg Load Mechanical Engineering Final Year Project”