Orthokey Italia S.R.L.
Develops surgical technologies and digital platforms for orthopaedic surgery and related healthcare applications. Activities include development of surgical robotics, computer-assisted navigation, augmented-reality surgical displays, wearable sensor systems, patient-specific implant workflows with metal additive manufacturing, and software platforms for federated analytics and workflow management. The company participates in multi-partner R&D consortia, pilot studies and preclinical projects and reports regulatory approval for its robotic platform in Europe. Founded in Florence in 2005.
Industries
Nr. of Employees
small (1-50)
Products
Robotic surgical assistant (open-platform)
An open-platform robotic system designed to assist orthopaedic surgeons with bone resections, alignment and intraoperative assessments.
Surgical navigation system for lower limb
Computer-assisted navigation platform for lower-limb procedures providing intraoperative guidance and alignment data.
Gyroscope-guided instrument for knee arthroplasty
Guidance instrument using inertial sensors to support cutting and alignment in total knee replacement procedures.
ACL laxity assessment sensor system
A sensor-based system to quantify ACL laxity during clinical assessment to support diagnosis and surgical planning.
Augmented-reality surgical visor
Wearable AR visor combining optical see-through and video see-through technologies to present navigation data in the surgeon's field of view.
Patient-specific implant and surgery simulation platform
Platform combining patient anatomy-based implant design, simulation and production workflows for personalised knee replacement.
Robotic surgical assistant (open-platform)
An open-platform robotic system designed to assist orthopaedic surgeons with bone resections, alignment and intraoperative assessments.
Surgical navigation system for lower limb
Computer-assisted navigation platform for lower-limb procedures providing intraoperative guidance and alignment data.
Gyroscope-guided instrument for knee arthroplasty
Guidance instrument using inertial sensors to support cutting and alignment in total knee replacement procedures.
ACL laxity assessment sensor system
A sensor-based system to quantify ACL laxity during clinical assessment to support diagnosis and surgical planning.
Augmented-reality surgical visor
Wearable AR visor combining optical see-through and video see-through technologies to present navigation data in the surgeon's field of view.
Patient-specific implant and surgery simulation platform
Platform combining patient anatomy-based implant design, simulation and production workflows for personalised knee replacement.
Services
Workflow and diagnostic software design
Software design and development for workflow management of diagnostic assays, device workflows and clinical data orchestration.
Exploitation strategy and business planning
Definition of exploitation strategies and business plans to support commercialisation and market entry of surgical and digital health technologies.
Pilot deployment and co-design facilitation
Organisation and facilitation of living labs, pre-validation and large-scale pilot studies with clinicians, patients and policymakers for co-design and evaluation.
Preclinical study design and execution
Design and execution of in vitro and animal-model studies to generate preclinical safety and efficacy evidence for biomaterials and devices.
Socio-economic analysis and KPI/RRI evaluation
Health-economic and socio-economic assessments of clinical interventions combined with KPI definition and Responsible Research and Innovation (RRI)-based stakeholder evaluation.
Workflow and diagnostic software design
Software design and development for workflow management of diagnostic assays, device workflows and clinical data orchestration.
Exploitation strategy and business planning
Definition of exploitation strategies and business plans to support commercialisation and market entry of surgical and digital health technologies.
Pilot deployment and co-design facilitation
Organisation and facilitation of living labs, pre-validation and large-scale pilot studies with clinicians, patients and policymakers for co-design and evaluation.
Preclinical study design and execution
Design and execution of in vitro and animal-model studies to generate preclinical safety and efficacy evidence for biomaterials and devices.
Socio-economic analysis and KPI/RRI evaluation
Health-economic and socio-economic assessments of clinical interventions combined with KPI definition and Responsible Research and Innovation (RRI)-based stakeholder evaluation.
Expertise Areas
- Robotic-assisted orthopaedic surgery
- Surgical navigation and intraoperative guidance
- Augmented-reality surgical visualization
- Wearable sensors for physiological monitoring and rehabilitation
Key Technologies
- Surgical robotics
- Computer-assisted navigation
- Inertial (gyroscope) surgical guidance
- Augmented reality head-mounted displays