When global supply chains break, local ones keep hospitals running
Most of the medical devices used in Australian and New Zealand hospitals are made somewhere else. They travel a long way to get here — through ports, customs, freight forwarders, and a handful of narrow shipping lanes that the whole world depends on. For years, that was easy to ignore. The supplies turned up, and the system worked.Then, every couple of years, something on the other side of the world stopped them turning up.
The pattern behind the headlines
Three events in the last five years made the same point, in three different ways.
COVID-19 showed how fast the basics can disappear. When demand spiked everywhere at once, the global supply of masks, gowns, gloves and basic consumables seized up. Countries restricted exports. Air freight capacity collapsed. Hospitals that had never thought about where their supplies came from suddenly found themselves rationing them.
The Ever Given showed how little it takes. In March 2021, a single container ship ran aground in the Suez Canal and wedged across it for six days. Around twelve per cent of global trade moves through that canal. Billions of dollars of goods sat still each day, hundreds of ships queued behind it, and the delays rippled through supply chains for months after the ship was freed. One vessel, in one waterway, was enough.
The Strait of Hormuz is showing it again right now. Since early 2026, conflict around Iran has effectively closed the Strait of Hormuz — the narrow passage that carries roughly a fifth of the world's oil and much of its liquefied gas. Insurance for ships in the region has become unaffordable or unavailable, traffic has dropped sharply, and fuel and freight costs have climbed worldwide. The fighting is thousands of kilometres from any hospital here. The cost of moving goods is not.
None of these events were about medical devices. All of them changed what it costs, and how long it takes, to get medical devices to where they are needed.
What this looks like inside a hospital
A disruption that starts at sea ends up on a ward.
When supply tightens, the effects are familiar. Preferred products go out of stock. Teams switch to unfamiliar substitutes. Prices rise, sometimes sharply, and stay high. Staff lose hours chasing orders and reworking schedules. In the worst cases, a procedure waits because the right device simply is not there.
Australia and New Zealand feel this more than most. Both import the large majority of their medical products, which puts our hospitals at the far end of some of the longest supply chains in the world. When those chains are stretched, we are among the last to be served and the first to pay more.
Most hospitals have never mapped how far their supplies actually travel. It is worth knowing.
Talk to us about your supply chain →
A shorter supply chain is a more resilient one
Resilience is mostly a question of distance and complexity.
Every border crossed, every transfer between carriers, every chokepoint a product has to pass through is another place the chain can break. The longer the route, the more of these there are — and the less control a hospital has over any of them.
A shorter supply chain simply has fewer of those failure points. Production close to the point of use is not exposed to the same canals, straits, export bans and freight markets. And when something does go wrong, a local supplier is one you can actually see, call and reach.
A supply chain you cannot see is a supply chain you cannot rely on.
A shorter chain is not luck. It is something you can build into how your hospital buys.
See how a Medsalv program works →
Remanufacturing brings the supply chain home
This is the part of the resilience picture that remanufacturing changes directly.
Medsalv already remanufactures single-use medical devices for more than 160 hospitals across Australia and New Zealand — in the same market they are used in, at facilities in Geelong and Christchurch, rather than overseas and far from the hospitals that rely on them. The devices a hospital collects are remanufactured close to home and returned to the hospitals nearby.
That shortens the supply chain in a way importing never can. It also helps keep pricing more stable, because local production is less exposed to international freight rates and currency swings.
None of this comes at the expense of safety. Remanufactured devices are regulated by the TGA as a manufacturing activity, included in the ARTG, and produced under an ISO 13485-certified quality system — meeting the same regulatory standards that apply to new devices. Resilience is added. Nothing is given up.
And because the work happens here, it supports local jobs and a real domestic manufacturing capability — the kind of capacity that matters most precisely when global supply is under strain.
If your hospital already uses these devices, bringing the supply chain home is straightforward.
Resilience is a decision, not a hope
The next global shock is not predictable. That one will come is.
The hospitals that handle these moments best are not the lucky ones. They are the ones that have quietly shortened the distance between where their devices are made and where they are used — so that a problem in a canal or a strait is someone else's problem, not theirs.
That is something a hospital can decide, ahead of time, as a matter of procurement. Not something to hope for after the next ship runs aground.
The most resilient supply chain is the shortest one. For a growing number of hospitals, the answer now runs to Geelong and Christchurch — not halfway around the world.
Resilience starts with a single collection.
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