Boot, Glove & Gear Drying Systems Design & CFD Engineering
Developed customized boot, glove, and gear drying systems using 3D design, CFD analysis, and manufacturing-ready engineering drawings.
We developed customized dryer systems for gloves, boots, and gear from raw customer concepts, creating and optimizing 3D designs based on functional, mechanical, and fabrication requirements. CFD analysis was performed to validate airflow and optimize performance, followed by final design validation and delivery of complete fabrication and assembly drawings for manufacturing.
What Made This Project Complex
The project was complex because it required converting raw customer concepts into practical, manufacturable dryer designs while continuously balancing airflow performance, mechanical design, fabrication constraints, and customer requirements. Multiple design iterations and CFD simulations were required to achieve the desired performance.
How Milestone PLM delivered
We followed an iterative design, review, simulation, and optimization approach, converting the customer’s raw concepts into practical and manufacturable dryer designs. We developed 3D models, incorporated customer feedback, provided mechanical and fabrication improvements, validated airflow performance through CFD simulation, and optimized the design accordingly. The final deliverables included validated 3D models, optimized designs, fabrication drawings, and assembly drawings ready for manufacturing.
- Customer-approved 3D dryer designs for gloves, boots, and gear.
- Optimized mechanical and fabrication-ready designs.
- CFD-based airflow and velocity analysis.
- Final validated and optimized models.
- Detailed fabrication and assembly drawings.
- Manufacturing-ready engineering documentation.
How we structured the work
Concept & Requirement Review
Understand the customer’s concept, application, and functional requirements.
3D Design & Development
Develop the dryer design and incorporate mechanical and fabrication considerations.
Customer Review & Modification
Review the design with the customer and implement required changes.
Simulation & Optimization
Perform CFD airflow analysis and optimize the design based on simulation results.
Final Engineering Delivery
Release the finalized 3D model, fabrication drawings, and assembly drawings for manufacturing.
Project in Pictures
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