Ortho-tag
Ortho-tag specializes in proprietary wireless in-body communication, real-time data exchange, diagnostics, and nanodiagnostic functionalities for smart medical implants. Their versatile platform connects digital health applications and sensors with the human body, enhancing post-surgical monitoring, implant identification, infection detection, and drug administration.
Industries
Nr. of Employees
small (1-50)
Products
In-body communication and power transfer platform
A platform that uses transcutaneous volume conduction to provide two-way wireless communication with implanted devices and to externally power implanted chips and sensors without internal batteries.
Implantable data storage and identification system
An in‑vivo system and method to store, manage, and securely exchange data and images related to implanted medical devices, with provisions for unique device identification and association with x-ray images.
Nanosensor-enabled infection detection system
Integrated nanosensor suite designed to monitor local tissue environment parameters around implants for early detection of surgical or prosthetic joint infection and other tissue conditions in real time.
In vivo drug administration and controlled release system
A system for on-demand storage and remote release of therapeutic agents from implants, coupled with chemical sensing to inform or trigger release profiles.
Antimicrobial implant coating
An antimicrobial surface/coating technology for implants intended to prevent infection and described in the site as provisionally patented; designed to avoid promoting additional bacterial mutation.
In-body communication and power transfer platform
A platform that uses transcutaneous volume conduction to provide two-way wireless communication with implanted devices and to externally power implanted chips and sensors without internal batteries.
Implantable data storage and identification system
An in‑vivo system and method to store, manage, and securely exchange data and images related to implanted medical devices, with provisions for unique device identification and association with x-ray images.
Nanosensor-enabled infection detection system
Integrated nanosensor suite designed to monitor local tissue environment parameters around implants for early detection of surgical or prosthetic joint infection and other tissue conditions in real time.
In vivo drug administration and controlled release system
A system for on-demand storage and remote release of therapeutic agents from implants, coupled with chemical sensing to inform or trigger release profiles.
Antimicrobial implant coating
An antimicrobial surface/coating technology for implants intended to prevent infection and described in the site as provisionally patented; designed to avoid promoting additional bacterial mutation.
Expertise Areas
- Implantable device communication
- Battery-less power transfer for implants
- Implantable data storage and management
- Nanobiosensor development and integration
Key Technologies
- Transcutaneous volume conduction communication
- Battery-less power transfer for implants
- High-capacity implantable memory
- Nanobiosensors (pH, temperature, chemical markers)