Why Magnesium?
Magnesium Series Episode 2
What would an ideal bone-fixation metal look like?
By more closely matching the mechanical behavior of bone than titanium implants, magnesium may support more natural load sharing during healing.
The result is a fixation that encourages natural load transfer while potentially minimizing stress shielding.
New generation of degradable structural metal
Magnesium corrodes through a well-characterized reaction that releases Mg2+ ions, magnesium hydroxide and hydrogen gas, at rates that can be tuned and controlled to align with the healing timeline of different surgical indications.
Done properly, the implant supports the bone while the bone needs help, and then exits the system once healing is complete.
Beyond Permanent Fixation
Magnesium is not being explored merely as an alternative metal, but as part of a broader shift toward next-generation biodegradable fixation systems.
Because successful biodegradation isn't about disappearing quickly, it's about disappearing at precisely the right time.
