Restor3d
restor3d develops patient-specific orthopaedic implants and supporting digital tools by combining in-house metal additive manufacturing, porous biomaterial architectures for bone integration, and image-based design workflows. The organization produces personalized knee, hip, and foot & ankle implants and designs surgical instruments and digital platforms to support surgeon planning, case tracking, and patient engagement.
Industries
Nr. of Employees
medium (51-250)
Patents
Total ankle replacement system and processes for making and using the same
US-12690986-B1
View DetailsSheet based triply periodic minimal surface implants for promoting osseointegration and methods for producing same
US-12667461-B1
View DetailsSheet based triply periodic minimal surface implants for promoting osseointegration and methods for producing same
US-12653680-B1
View DetailsPatient-specific shoulder implants and processes for producing and using the same
US-12605251-B1
View Details
Total ankle replacement system and processes for making and using the same
US-12690986-B1
View DetailsSheet based triply periodic minimal surface implants for promoting osseointegration and methods for producing same
US-12667461-B1
View DetailsSheet based triply periodic minimal surface implants for promoting osseointegration and methods for producing same
US-12653680-B1
View DetailsPatient-specific shoulder implants and processes for producing and using the same
US-12605251-B1
View DetailsProducts
Personalized total ankle replacement system
A multi-axis total ankle replacement system designed from patient imaging to reproduce natural ankle motion and delivered with personalized surgical guides and instruments.
Personalized knee replacement solutions
Patient-specific femoral and tibial implant geometries and associated instruments designed to improve anatomical fit and functional motion.
Personalized hip replacement solutions
3D image-to-implant personalized hip systems delivering patient-specific stems, planning, and instruments aimed at metaphyseal fit and long-term stability.
Porous implant architecture (osseointegrative lattice)
Engineered porous lattice structures optimized for bone ingrowth, mechanical strength, and fatigue resistance used across multiple implant product lines.
Personalized total ankle replacement system
A multi-axis total ankle replacement system designed from patient imaging to reproduce natural ankle motion and delivered with personalized surgical guides and instruments.
Personalized knee replacement solutions
Patient-specific femoral and tibial implant geometries and associated instruments designed to improve anatomical fit and functional motion.
Personalized hip replacement solutions
3D image-to-implant personalized hip systems delivering patient-specific stems, planning, and instruments aimed at metaphyseal fit and long-term stability.
Porous implant architecture (osseointegrative lattice)
Engineered porous lattice structures optimized for bone ingrowth, mechanical strength, and fatigue resistance used across multiple implant product lines.
Services
Web-based platform enabling surgeons to create, track, and collaborate on patient-specific surgical cases and to interface with the company’s design engineering team.
A no-download web portal that provides patients with status updates and a 3D view of their individualized implant design.
End-to-end manufacture of patient-specific joint implants and associated personalized surgical instruments using advanced additive manufacturing and traditional production for non-printed components.
Web-based platform enabling surgeons to create, track, and collaborate on patient-specific surgical cases and to interface with the company’s design engineering team.
A no-download web portal that provides patients with status updates and a 3D view of their individualized implant design.
End-to-end manufacture of patient-specific joint implants and associated personalized surgical instruments using advanced additive manufacturing and traditional production for non-printed components.
Expertise Areas
- Personalized orthopaedic implant design
- Metal additive manufacturing for medical implants
- Digital surgical planning and case collaboration
- Osseointegrative biomaterial architecture design
Key Technologies
- Metal additive manufacturing (3D printing)
- CT-based image-to-model workflows
- AI-driven design automation
- Porous lattice/gyroid implant architectures
News & Updates
Page listing published studies and collaborations in additive manufacturing, materials science, biomechanics, and AI relevant to product development.
Page listing published studies and collaborations in additive manufacturing, materials science, biomechanics, and AI relevant to product development.