Challenge Closed

Optimising the Packing Process for Higher Throughput

Socio-Economics Driver
Medical & Healthcare
Science & Technology Driver
Bioscience Technology

The manual packing process creates a bottleneck, with operators handling multiple order types, non-standard wrapping, and various parcel sizes. Parcels must be collected from each station every 15-30 minutes, further slowing down workflow. Implementing an intelligent packing and wrapping system will enhance efficiency, cater to different parcel requirements, and integrate seamlessly with existing warehouse and robotic picking systems to support high-volume operations.

Desired Outcome

To implement an automated packing and wrapping solution that handles diverse parcel types efficiently. The system should streamline the packing workflow, eliminate redundant manual steps, and seamlessly connect with robotic picking operations to enable continuous, high-volume processing.

Potential Impact

Increased packing speed and productivity, reduced reliance on manual labour, and enhanced operational efficiency. This leads to higher order fulfilment rates, optimised resource allocation, and minimised process delays, ensuring the warehouse can scale with demand and meet service-level expectations.

ProBLEM STATEMENT

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