End-to-end engineering process management helps manufacturers optimize every stage of production, from initial design to final assembly and beyond
Electric Enclouser Design
Project Overview
Date
03-01-2024
Customer Profile
Electric Enclouser Manufacturer
Location
Australia
Industry
Oil & Gas Industry
Categories
Modeling & Detailing
Input
Step file.
Output
Created paramateria 3D model from Step file and Produce manufacturing drawing, DXF etc.
Software
SolidWorks, AutoCAD
Software we Used
Client
The client’s specific requirement to transition from the .EASM format to a ready-to-manufacture 3D model was the driving force behind the project. The focus remained on not only delivering a visually accurate model but also ensuring that it adhered to manufacturing standards, facilitating a seamless production process, and aligning with the client’s production objectives.
Reverse Engineering Process:
The project commenced with the challenge of decoding the .EASM file, a proprietary file format used by SolidWorks. This demanded a methodical approach to understand the encoded data, extract component details, and reconstruct the cabinet’s assembly. Reverse engineering was meticulously executed to unravel the interdependencies among the 200+ components, ensuring an accurate representation of the original design.
Quality Assurance and Validation:
Throughout the reverse engineering and 3D CAD design phases, a robust quality assurance process was implemented. Iterative validations were conducted to verify the model’s accuracy, compatibility with manufacturing equipment, and adherence to the client’s specifications. Any discrepancies were addressed promptly through refinement and validation procedures.