Problem

High Component Count: The original design contained too many components, making manufacturing complex and costly.
Material Waste: The reliance on large, custom blanks led to significant material waste and increased expenses.
Customer Feedback: Users highlighted the need for improved performance and additional features to enhance usability.

Process

A full analysis of the existing design was conducted, with a focus on identifying inefficiencies. One of the critical areas of improvement was the liquid logistics management system, which was redesigned for better functionality and aesthetics.
The new design incorporated symmetrical components, allowing individual parts to serve multiple functions. This streamlined both manufacturing and inventory management by eliminating the need for handed components.
A material optimisation strategy was implemented, shifting from large, custom blanks to standard PTFE rods, significantly reducing costs and material waste.

Solution

The redesign delivered several key benefits:
Cost Savings - By transitioning to standard PTFE rods instead of custom blanks, material costs were significantly reduced, cutting overall manufacturing expenses by 70%.
Simplified Production - Fewer components and a symmetrical design streamlined assembly and inventory management.
Enhanced User Experience - The optimised liquid logistics system improved both functionality and visual appeal, addressing customer feedback.
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This project successfully transformed an existing design into a more efficient, scalable, and cost-effective product while improving the end-user experience.

Our Role/Responsibilities

Lead Designer & Engineer | Concept Development | Prototyping | Optimisation