Portfolio/ Air Coolers/ Solar-Compatible Air Cooler Product Development & Engineering Optimization
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3D-printed prototypePrototype
Air Coolers

Solar-Compatible Air Cooler Product Development & Engineering Optimization

Complete Product Development
Designed the complete air cooler from concept to production-ready CAD, including industrial styling, plastic component development, and manufacturing-focused engineering.
Solar-Compatible Platform
Developed the cooler to support a solar-compatible motor option, enabling customers to pair the product with an optional solar power kit while retaining conventional electric operation.
Engineering Design Optimization
Responding to the client's requirement for increased cooling media coverage, multiple side intake grille concepts were engineered to replace the original side panel while preserving compatibility with the existing product architecture.
Prototype-Driven Design Validation
Functional prototypes were manufactured using 3D printing, assembled onto the client's existing tank, and physically evaluated to validate fitment, compatibility, and the redesigned side intake concept before production.
Commercial Production Success
The project progressed from engineering development to a commercially manufactured product, demonstrating a complete product development workflow from concept through production.
Air Cooler DesignProduct DevelopmentPlastic Injection Mould DesignIndustrial Design3D PrintingPrototype DevelopmentDesign Validation
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How it was made

Sketch to shelf.

Design render
01 / Design

CAD & DFM

Full parametric model, manufacturing constraints built in from the first surface.

Prototype
02 / Prototype

Physical Print

Functional FDM prototype to validate fit, geometry, and assembly before tooling.

The engineering behind it.

This project represents a complete product development journey, demonstrating AMD Tech Lab's ability to transform an initial concept into a commercially manufactured consumer product while supporting continuous engineering improvements throughout its lifecycle.

The project began with the complete industrial design and CAD development of a modern air cooler featuring a clean appliance-inspired design language, production-ready plastic components, and a compact architecture suitable for large-scale manufacturing. The product was engineered to support both conventional electric operation and an optional solar-compatible motor configuration, allowing customers to pair the cooler with a separately supplied solar power system where required.

After the initial product development, the client requested an engineering enhancement to increase the available cooling media area without redesigning the entire cooler. Rather than replacing the existing platform, AMD Tech Lab developed multiple side intake grille concepts that incorporated additional honeycomb cooling pad sections while maintaining compatibility with the existing tank and cabinet architecture.

Several alternative grille designs were created and evaluated, including different airflow and styling approaches. Functional prototypes of the redesigned side panels were produced using 3D printing and assembled onto the client's existing cooler for physical evaluation. This prototype-driven process enabled real-world validation of the redesigned components before committing to production tooling.

By combining industrial design, production-oriented CAD engineering, design optimization, rapid prototyping, and physical validation, the project demonstrates AMD Tech Lab's complete product development capability—from concept generation and manufacturing-ready design to engineering refinement and commercial implementation.

01
Draft Angle Analysis
Every face verified for clean ejection.
02
Parting Line Optimisation
Positioned to minimise slider actions and tooling cost.
03
Wall Thickness Mapping
Uniform walls for consistent fill and no sink marks.
04
Ejection & Cooling Layout
Ejector and cooling-channel strategy defined for the toolroom.

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