Case Studies | Labrat Design

EV BIKE CHASSIS

E-Bike Frame is a complex geometry therefore, it is redesigned using reverse engineering.
A 3D scanner with an accuracy of 3 - 30 microns is used for this process.
The quick design process is executed, and finally, an accuracy of 95% is achieved in the CAD model.

The Swing arm assembled with engine and the rear wheel has been optimized for weight reduction using an AI tool called Generative Design.
Using this tool many optimized designs are created and also each design is analyzed individually. Where based on the results the best design has been selected.
By using generative design method, the weight is reduced up to 43%.
In this study two designs has been produced, one is before optimization and another one is after optimization of Swing arm.

The structure presents the paint booth used in aeronautical applications.
Where this paint booth has a higher range capacity, two blowers are used for faster operations.

The robot has been designed in the agriculture domain for coconut harvesting.
And the robot frame has been simulated according to the work during the harvesting.

Advancement in Retractable Roof system with Double chamber.By modifying material, structure & mechanism for an economical and reliable product.
This project undergoes CAD modeling and various simulation tests for refinement in design and mechanism.
The material cost has been reduced to 67%.
And Weight of the system has been optimized to 72.3% from the original system.

87.8% Cavitation is controlled using Propeller boss cap fins PBCF design added behind the Propeller.
The formation of cavitation due to the hub vortex on the Propeller has been prevented.