Portfolio/ Air Coolers/ Dual-Chamber Ice Cooling Air Cooler Design
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Air Coolers

Dual-Chamber Ice Cooling Air Cooler Design

Dedicated Ice Cooling Chamber
Separate upper chamber allows users to add ice cubes or cooling packs for enhanced cooling without opening the main water tank.
Dual-Chamber Water Circulation
Water is pumped from the main reservoir into the upper cooling chamber before circulating through the cooling system.
Premium Two-Level Styling
The separated upper cabinet creates a unique product identity while naturally integrating the functional cooling chamber.
Easy Top Access Lid
Large top-opening lid provides convenient access for adding ice or reusable cooling packs during operation.
Manufacturing-Ready Cabinet
Developed with plastic injection moulding principles for practical production, reliable assembly, and long-term durability.
Air Cooler DesignIce Chamber Air CoolerDomestic Air CoolerProduct DevelopmentPlastic Injection Mould DesignIndustrial DesignManufacturing Design
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The engineering behind it.

This air cooler was developed around the idea of improving cooling performance while creating a distinctive product design. Instead of relying only on a conventional water tank, the concept introduces a dedicated upper cooling chamber that is seamlessly integrated into the cabinet.

Water is pumped from the main reservoir into the insulated upper chamber, where users can place ice cubes or reusable cooling packs. As the water passes through this chamber, its temperature is reduced before circulating through the cooling system, helping deliver cooler airflow while keeping the main water tank separate.

The upper chamber is easily accessible through a large top-opening lid, making it simple to add ice without disturbing the primary water reservoir. Beyond its functional purpose, the chamber creates a premium two-level cabinet design that gives the cooler a distinctive appearance and stronger visual identity.

The entire product was engineered using Design for Manufacturing (DFM) principles, ensuring practical plastic injection moulding, efficient assembly, structural strength, and production-ready geometry for large-scale manufacturing.

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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