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Australia And New Zealand Diabetes Devices Market Trends and Insights

Rising diabetes prevalence in Australia and New Zealand.

The youth are more likely to get diabetes early due to their younger ages and longer diabetes durations, which lowers their quality of life, reduces life expectancy, and raises societal healthcare expenditures. As a result, increased consumer demand for diabetes care devices and rising adoption rates have driven the market. Additionally, as type-2 diabetes patients throughout the world become more aware of the disease, the demand for diabetic devices has been growing quickly. Between 1991 and 2021, the prevalence of diabetes in Australia more than quadrupled.

Maintaining blood glucose levels within a predetermined target range is one of the key goals of diabetes therapy. It may be done by combining meals with activity, lifestyle changes, and diabetes medications. Readings from blood glucose monitors give the data needed to choose the optimum diabetes care plan. A person's risk of acquiring a variety of diabetes-related problems, including diabetic retinopathy, heart disease, renal disease, etc., can be decreased by maintaining blood glucose levels within a target range. The frequency with which diabetics who use insulin check their blood glucose levels varies depending on a variety of variables. Patients prefer self-monitoring blood glucose meters over continuous glucose monitors (CGM) because they are less expensive and simpler to use. The typical glucose meter efficiency is between six months and three years, despite the fact that test strips are only meant to be used once. The release of new lancet devices that cause customers less discomfort is projected to boost market growth since the market's acceptance rate is anticipated to rise over the course of the forecast period. Strict government rules and supportive recommendations from the WHO about the use of diabetes drugs and gadgets to promote patient compliance and decrease diabetic complications are encouraging businesses to develop novel solutions.

The increasing diabetes population in both countries is driving the market.

The CGM devices segment Witnessed the Highest Growth Rate Over the Forecast Period.

Continuous glucose monitors (CGM) evaluate the body's glucose levels in real-time by detecting the presence of glucose in tissue fluid. In contrast to a blood glucose meter (BGM), which detects the blood glucose level at a predetermined moment (when you prick your finger), a CGM generally delivers a fresh glucose reading every five minutes, or 288 times each day.

Medical assistance does not cover CGM devices in New Zealand, and few payment options are available at public healthcare institutions. People regularly turn to private charities like Givealittle to generate money for the medical costs linked to the CGM devices needed for children with type-1 diabetes who only need one device. In New Zealand, diabetic individuals using CGM devices pay between USD 4,000 and USD 5,000 out of their own monthly cash. Diabetes has a significant impact on systemic health expenses, but individual health expenditures are rising more quickly to make up the difference. Private spending accounts for 20% of all health spending in New Zealand, of which 12-15% is directly out-of-pocket. In addition to the explicit costs, there are significant personal losses from missed income due to problems restricting activity and lost non-salary production from the inability to complete duties like housework or volunteer work. According to projections, missed personal salaries were likely to cost the economy USD 562 million in 2020, USD 755 million in 2040, and USD 334 million in non-salary economic losses during the same period.

The Australian government has launched the National Diabetes Services Scheme (NDSS). After the patient has enrolled in the NDSS, subsidized blood glucose monitoring items are available. Everyone in Australia with a Medicare card and a diabetes diagnosis is eligible for free registration with the NDDS. Both the patient and a member of the medical staff must fill out forms for the NDSS. The NDSS provides financial support for the blood glucose testing strips. Certain individuals with type-1 diabetes are qualified to use subsidized FGM and CGM.

Thus, the above-mentioned factors are expected to drive segment growth over the forecast period.

Market Opportunities and Future Outlook

In Australia, reimbursement mechanics under the National Diabetes Services Scheme (NDSS) continue to shape where suppliers can win commercial share in monitoring and integrated therapy ecosystems. NDSS product cycle changes point to a practical migration path for sensor upgrades: Abbott said the FreeStyle Libre 2 sensor was delisted due to product discontinuation (with transition to Libre 2 Plus), and Dexcom flagged planned NDSS delisting of the Dexcom G6 transmitter and sensor in October 2026. These transitions set up a clearer window for manufacturers and distributors to manage patient switching, improve interoperability with insulin delivery platforms, and differentiate on connectivity, comfort, and total cost of use.

A second opportunity is expanding adoption of end-to-end CGM combined with automated insulin delivery, backed by Australia-focused clinical guidance that supports CGM use for adults with type 1 diabetes on multiple daily injections and discusses automated continuous subcutaneous insulin infusion (hybrid closed-loop) for glycemic optimization across age groups. In New Zealand, expansion remains tied to the medical device notification approach (WAND) and limited public coverage for CGM, which keeps affordability and funding mechanisms central to go-to-market plans. Providers that can offer lower-cost sensor options, simplified onboarding, and strong local support are better positioned to address out-of-pocket barriers while scaling across both countries.