restor3d commenced full commercial U.S. launch of the Aeros Modular Stem System.
Part of the Kinos Total Ankle portfolio, Aeros introduces the first modular stem tibial implant designed to be implanted entirely through a standard anterior incision without bulky external hardware or violating the calcaneus and subtalar joint. By combining a familiar surgical exposure with stemmed fixation, the system enables surgeons to achieve enhanced stability while minimizing disruption to surrounding anatomy.
Built on restor3d’s proprietary TIDAL Technology, the system incorporates 3D-printed tibial and talar implants with optimized porous architecture designed to support biological fixation and long-term osseointegration. The platform allows surgeons to select interchangeable articulation constructs and pair any tibial implant size with any flat-cut talar component, supporting flexibility in surgical philosophy while preserving bone through minimized resections.
The system also features streamlined instrumentation and can be used with or without Axiom PSR, restor3d’s fully metal patient-specific resection guides for total ankle replacement.
“With Aeros, we focused on delivering fixation, flexibility, and efficiency in a single platform,” said Kurt Jacobus, CEO and Co-Founder of restor3d. “This system expands surgeon choice within the Kinos ankle portfolio while supporting consistent, reproducible outcomes for patients.”
restor3d commenced full commercial U.S. launch of the Aeros Modular Stem System.
Part of the Kinos Total Ankle portfolio, Aeros introduces the first modular stem tibial implant designed to be implanted entirely through a standard anterior incision without bulky external hardware or violating the calcaneus and subtalar joint. By combining a...
restor3d commenced full commercial U.S. launch of the Aeros Modular Stem System.
Part of the Kinos Total Ankle portfolio, Aeros introduces the first modular stem tibial implant designed to be implanted entirely through a standard anterior incision without bulky external hardware or violating the calcaneus and subtalar joint. By combining a familiar surgical exposure with stemmed fixation, the system enables surgeons to achieve enhanced stability while minimizing disruption to surrounding anatomy.
Built on restor3d’s proprietary TIDAL Technology, the system incorporates 3D-printed tibial and talar implants with optimized porous architecture designed to support biological fixation and long-term osseointegration. The platform allows surgeons to select interchangeable articulation constructs and pair any tibial implant size with any flat-cut talar component, supporting flexibility in surgical philosophy while preserving bone through minimized resections.
The system also features streamlined instrumentation and can be used with or without Axiom PSR, restor3d’s fully metal patient-specific resection guides for total ankle replacement.
“With Aeros, we focused on delivering fixation, flexibility, and efficiency in a single platform,” said Kurt Jacobus, CEO and Co-Founder of restor3d. “This system expands surgeon choice within the Kinos ankle portfolio while supporting consistent, reproducible outcomes for patients.”
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