MateriaPOD™ is a breakthrough preservation platform designed to safeguard the gift of life. Portable and reusable, it protects precious donor organs and tissues from ice-related temperature and pressure injuries during transport.
By delivering precise active temperature control, proprietary tissue protection, and continuous monitoring, MateriaPOD™ helps maximise cellular viability — improving transplant outcomes, increasing organ utilisation, and honouring every donor and their family.
Organ transplantation saves lives — yet current preservation methods continue to fail patients and clinicians. Despite significant advances in transplantation medicine, organ transport methods have not evolved at the same pace.
The global standard of care in organ and tissue transportation — static, ice-based storage — has remained largely unchanged since the first kidney transplant in the 1950s. This approach results in avoidable cellular injury before the transplant procedure has even begun. Too often, transplant recipients bear the consequences, making an already critical fight for life even more precarious.
MateriaPOD™ is designed to redefine the global standard of care in organ and tissue preservation by eliminating preventable injury and maximising cellular viability — improving transplant outcomes worldwide.
Actively maintains temperature within a safe range to prevent severe hypothermia and uncontrolled rewarming injury through proprietary thermal control software.
Surrounds and protects organs and tissues from pressure-related injury using proprietary tissue protection technology within a reusable, modular platform.
Provides integrated monitoring and GPS tracking to enhance quality control, transport visibility, and clinical preparedness.
Protect the precious gift of life by increasing donor organ and tissue utilisation.
Reduced complications, shorter impatient and ICU lengths of stay and improved survival rates.
Better coordination and preparedness, minimal learning curve, and more cost effective.