Re-engineering Medical Device Packaging for safer, tool-free handling 

Summary 

A Singapore-based medical robotics manufacturer was looking to transition from heavy wooden-crate packaging to a more hospital-friendly solution that could be handled without forklifts or pallet jacks—equipment often unavailable in clinical environments. This change needed to preserve the existing ramp-based unpacking functionality and maintain protection of high-value equipment, while also eliminating shipment constraints like mandatory heat-treatment associated with wood packaging. 

 The context 

The customer is a medical robotics company headquartered in Singapore. Its system is deployed globally and shipped to hospitals and clinical environments where equipment handling resources (forklifts, pallet jacks, warehouse docks) are often limited or unavailable. 

As the company scaled installations and shipments across regions, packaging became a critical part of the product delivery experience—impacting hospital receiving, clinical handover, and on-site deployment. 

 The challenge 

Existing packaging design 

• Primary packaging: Wooden crate 

• Secondary packaging: Foam cushioning 

Key limitations 

Handling constraints in healthcare environments 

• The wooden crate format was heavy and bulky, requiring pallet jacks or forklifts. 

• Many hospitals and clinical sites do not have ready access to this equipment, creating delays and added coordination. 

Regulatory/logistics burden 

• Wooden crates required heat-treatment for every shipment, adding time, cost, and administrative overhead.

Workflow dependency

• The customer did not want to compromise on the established ramp-based unpacking and part access process, which was important for safe and controlled unloading. 

The customer needed a packaging redesign that improved handling and shipment compliance without disrupting functionality during unpacking. 

The HiLe Solution

HiLe took on the redesign challenge and migrated the packaging from a wooden crate to a reusable transport case configuration designed for easier movement and faster deployment. 

Improved packaging design 

• Primary packaging: ATA (Air Transport Association) case 

• Secondary packaging: Foams for cushioning (re-engineered to protect components within the new form factor) 

What changed—and why it mattered 

Wheeled mobility built in 

• The new case is on wheels, enabling movement within hospitals without forklifts or pallet jacks. 

Tool-less loading and unloading 

• The design supports no-tools access, accelerating installation readiness, and reducing dependency on technicians for basic unpacking steps. 

No heat-treatment requirement 

• As per ISPM 15 requirement the processed wood is exempted from Heat treatment requirements, accelerating shipment preparation and reducing dependency on specialized logistics   

Ramp-based unpacking preserved 

• The packaging was designed to maintain the ramp-style unpacking functionality, ensuring parts could still be accessed and deployed safely in the expected workflow. 

Trade-off acknowledged 

• Limitation: The ATA case solution is higher cost than a wooden crate. 

• Rationale: It eliminates multiple operational inconveniences (special handling equipment, heat-treatment), improving end-to-end usability and reducing hidden logistics effort. 

The impact 

Improved handling in real clinical settings 

• Hospital teams can move the shipment using the integrated wheels, avoiding delays caused by missing material-handling equipment. 

Simplified shipping compliance and readiness 

• The redesigned ATA case uses fully enclosed processed wooden construction, eliminating the need for heat-treatment and simplifying shipment preparation. 

Faster and easier unpacking experience 

• Tool-less access and preserved ramp workflow improved on-site receiving and deployment efficiency. 

Commercial advantage 

With the packaging concerns resolved, the customer’s delivery experience improved, contributing to stronger project outcomes and increased wins as the solution scaled. 

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If your packaging is slowing down operations or adding unnecessary complexity, HiLe can step in and fix it. From redesigning for easier handling and faster unpacking to removing compliance bottlenecks and improving overall delivery experience, we make your packaging work smarter in real-world conditions. The result, smoother operations on-site, quicker readiness for shipment, and a stronger edge when it comes to winning and scaling projects.