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ZAP-X Gyroscopic Stereotactic Radiosurgery Platform Makes Its Australian Debut, Expanding Precision Non-Invasive Brain Radiotherapy

ZAP Surgical, the global leader in non-invasive robotic brain surgery, recently announced that GenesisCare will become the first cancer care provider in Australia to introduce the ZAP-X Gyroscopic Radiosurgery platform. Installation of the device is scheduled to begin this month at the GenesisCare center located at St Vincent's Hospital Sydney in New South Wales, with the first patients expected to receive treatment before the end of this year. The introduction of the ZAP-X platform will significantly enhance GenesisCare's neuro-oncology diagnostic and treatment capabilities in Sydney, providing it with dedicated stereotactic radiosurgery (SRS) services. Prior to this, patients receiving S...

2026-09-17

Rapid Arc Dynamic Precision Radiotherapy Technology Launched in Western New South Wales, Australia

Cancer patients in western New South Wales, Australia, have recently gained a new radiotherapy option. The Western New South Wales Local Health District has introduced Rapid Arc Dynamic (RAD) technology at the Western Cancer Centre at Dubbo Health Service, becoming the first public health institution in Australia to offer this service. According to reports, RAD is a highly precise and personalized radiotherapy technology that can help clinicians more accurately target tumor areas while minimizing radiation exposure to surrounding healthy tissue. This technology is suitable for a variety of treatment scenarios, particularly for patients with longer tumor extents and lymph node metastases. R...

2026-09-10

Australia's First ZAP-X Gyroscopic Radiosurgery Platform to Be Installed at St Vincent's Hospital Sydney

ZAP Surgical Systems has announced that GenesisCare will become the first cancer treatment provider in Australia to introduce the ZAP-X Gyroscopic Radiosurgery® platform. The device is expected to be installed this month at GenesisCare's center at St Vincent's Hospital in Sydney, New South Wales, with the first patients anticipated to begin treatment before the end of the year. The deployment of the ZAP-X platform will enhance GenesisCare's neuro-oncology treatment capabilities in Sydney, enabling it to deliver dedicated stereotactic radiosurgery (SRS). Previously, SRS patients were primarily treated using cobalt-60 systems and multi-purpose radiotherapy linear accelerators. The ZAP-X, in contrast, is a dedicated platform designed for non-inv...

2026-09-09

Australian One Nation leader calls for two nuclear reactors in Victoria

Australian One Nation leader Pauline Hanson recently stated that two nuclear reactors should be built on Australia's east coast. She also emphasized that the party's proposal differs from the nuclear power plan previously put forward by Liberal Party leader Peter Dutton. Hanson made these remarks while campaigning in Victoria for the November state election. Her statements go beyond the party's existing public policy. Under the party's published policy, Australia should build one reactor at a site supported by community consultation. Hanson said nuclear reactors are necessary, but the energy mix also needs to remain diverse, and she advocated for continuing to operate coal-fired power stations.

2026-09-01

Australia Plans Nuclear Submarine Maintenance Dockyard in Western Australia

Australian Defence Minister Richard Marles said Australia plans to build a dockyard in Western Australia by the early 2030s to maintain U.S. Virginia-class nuclear-powered submarines. Marles said at a joint press conference with Australian Prime Minister Anthony Albanese that Australia needs to complete a backup dockyard by the early 2030s to commence maintenance work on Virginia-class submarines. The Australian government confirmed on August 24 that the new defence complex will be located in Henderson, Western Australia. Under the trilateral security partnership between Australia, the United Kingdom, and the United States...

2026-08-25

Amentum Joint Venture Selected as Capability Partner for Australia's Nuclear-Powered Submarine Shipyard Project

Australian Naval Infrastructure (ANI) has selected a joint venture between Amentum and Laing O'Rourke as the capability partner for the nuclear-powered submarine construction shipyard project in South Australia. The project is located at the new Osborne shipyard north of Adelaide, which will be used to build Australia's conventionally armed, nuclear-powered submarines under the AUKUS trilateral agreement. Under a long-term contractual arrangement, Amentum and Laing O'Rourke will undertake key support roles during the development of the new shipyard. The work will be integrated into ANI's Integrated Delivery Office, focusing on providing specialized support in nuclear-related project management, construction management, and safety management.

2026-08-19

Australia's OPAL Multipurpose Reactor Marks 20 Years of Operation: Supporting Nuclear Medicine, Industrial Silicon Irradiation, and Neutron Science

The OPAL multipurpose reactor at the Lucas Heights campus of the Australian Nuclear Science and Technology Organisation (ANSTO), located south of Sydney, has marked the 20th anniversary of achieving first criticality. On August 12, 2006, OPAL achieved a self-sustaining controlled nuclear chain reaction, marking the facility's transition from the construction phase to the scientific operations phase. ANSTO stated that over the past 20 years, OPAL has become one of Australia's key nuclear science infrastructures, serving multiple fields including medicine, industry, and scientific research. OPAL is not a power reactor and is not used for electricity generation. According to available information, Australian federal law and relevant state and territory legislation prohibit the construction of nuclear power reactors, fuel fabrication, and waste disposal facilities. Unlike power reactors used for...

2026-08-12

Lockheed Martin Australia Authorized to Integrate Virginia-Class Nuclear Submarine Combat Systems, Marking a Key Step in AUKUS Technology Transfer

Lockheed Martin Australia has signed a multi-year A$29.3 million contract with the Australian Submarine Agency and has been officially designated as the combat systems integration partner for Australia's Virginia-class nuclear submarines. What makes this arrangement unique is that Australia will become the first national-level partner outside the United States authorized to integrate, maintain, and upgrade the classified combat systems of Virginia-class nuclear submarines. The relevant authorization covers approximately 40 classified subsystems, including critical capabilities such as sensors, target identification, weapon control, and underwater communications, marking a deepening of technology sharing under the AUKUS framework from platform procurement to the core combat systems level. The Virginia-class nucle...

2026-08-11

Leidos Australia to Design Floating Dry Dock for Nuclear Submarines

Leidos Australia will design a floating dry dock for nuclear-powered submarines to support the maintenance and operational readiness of Australia's future fleet. This project is a key component of the optimal pathway under the AUKUS Pillar One, aimed at ensuring mission readiness, continuity, and resilience, leveraging Leidos' decades of expertise in submarine and maritime engineering. Under the oversight of the Australian Submarine Agency (ASA), this floating dry dock will become a vital part of the nation's naval infrastructure for nuclear submarines, enabling underwater system inspection, maintenance, and repair. The design is highly complex due to its involvement with specialized nuclear safety and security requirements. Leidos Gibbs & Cox...

2026-08-01

ANSTO Australia Develops New Solution for Immobilizing Sulfate-Bearing Radioactive Waste

The Australian Nuclear Science and Technology Organisation (ANSTO) announced on July 31, 2026, that its researchers have developed a new waste treatment material for immobilizing sulfate-bearing radioactive waste, which is expected to solve the technical challenges in the long-term management of such waste and provide a reference pathway for similar radioactive waste treatment internationally. The related research has been published in the Journal of the European Ceramic Society. The study demonstrates for the first time the application of Hot Isostatic Pressing (HIP) technology in consolidating a dedicated glass-ceramic waste form for sulfate-rich nuclear waste. The research originated from ANSTO's need to manage waste generated during the production of medical radioisotopes, among which sulfate-bearing liquid waste...

2026-07-31