Electromagnetic Tracking Solutions for Surgical Navigation

Sensor Technology		EM Tracking Platform
EM sensors EM surgical tools Manufacturing & assembly Customisation		Control unit Antenna SDK / API Customisation

Accurate Object Tracking for Advanced Surgical Procedures

TT Electronics has partnered with Radwave Technologies to help bring an accurate, reliable, and customisable electromagnetic (EM) tracking platform to the surgical navigation market.

Real-time motion tracking when there's no line of sight

High accuracy & reliability reduces the need for radiation-based imaging, minimising harmful radiation to patient or staff

Low noise profile & low susceptibility to interference

Distortion detection and mitigation

Seamless integration into new and existing medical devices

The Best of Both Worlds:

Best-In-Class Tracking Platform & Sensor Technology

EM Tracking Platform by
Designed from the ground up using advanced technologies and modern components to deliver high-performance object tracking. Top Features: Seamless integration into MIS and robotic procedure Accurate and reliable with high sampling rates Real-time distortion detection and mitigation Able to track many different sizes and types of sensors Translucent antenna during fluoroscopy with uncompromised image quality Customisable sensing volume that can grow or shrink to match the procedure’s needs Rapid integration using encrypted, modern API with open-source SDK Radwave™ Electromagnetic Tracking platform provides exceptional accuracy, reliability, and performance needed for advanced robotics and minimally-invasive surgical (MIS) procedures.

EM Tracking Platform

Designed from the ground up using advanced technologies and modern components to deliver high-performance object tracking.

Top Features:

Seamless integration into MIS and robotic procedure
Accurate and reliable with high sampling rates
Real-time distortion detection and mitigation
Able to track many different sizes and types of sensors
Translucent antenna during fluoroscopy with uncompromised image quality
Customisable sensing volume that can grow or shrink to match the procedure’s needs
Rapid integration using encrypted, modern API with open-source SDK

Radwave™ Electromagnetic Tracking platform provides exceptional accuracy, reliability, and performance needed for advanced robotics and minimally-invasive surgical (MIS) procedures.

Sensor Platform by
TT’s sensor technologies deliver the highest degree of accuracy and precision, even in challenging settings where other EM systems have been limited by interference or sensing volume constraints. We have sensors in both 5 degrees of freedom and 6 degrees of freedom configurations. TT’s sensor technologies are easily integrated into a variety of interventional and minimally invasive devices. TT Electronics is ISO 13485 certified and offers FDA registered and clean room manufacturing facilities. Our clean room facilities are flexible and expandable. They can be configured to meet the specific needs of each unique project with maximum efficiency. TT Electronics’ sensor technologies deliver the highest degree of accuracy and precision.

Sensor Platform

TT’s sensor technologies deliver the highest degree of accuracy and precision, even in challenging settings where other EM systems have been limited by interference or sensing volume constraints. We have sensors in both 5 degrees of freedom and 6 degrees of freedom configurations. TT’s sensor technologies are easily integrated into a variety of interventional and minimally invasive devices.

TT Electronics is ISO 13485 certified and offers FDA registered and clean room manufacturing facilities. Our clean room facilities are flexible and expandable. They can be configured to meet the specific needs of each unique project with maximum efficiency.

TT Electronics’ sensor technologies deliver the highest degree of accuracy and precision.

Technical Specifications


Field Generator / Antenna	Control Unit
Thin and light antenna with large tracking volume and low-intensity electromagnetic field. RWAP1-01 Table Antenna made of radiolucent polycarbonate board with minimal artifacts on intraoperative fluoro- or CT-scan Size: 45.8 x 61.0 x 2.2 cm (width x length x height) Tracking Volume: 46 x 61 x 55 cm (W x L x H) Standard Tracking Volume starts 2.5 cm above the antenna surface RWAP2-01 Compact Antenna for space-constrained applications Size: 17.8 x 15.2 x 1.9 cm (width x length x height) Tracking Volume: 20 x 23 x 30 cm (W x L x H) Standard Tracking Volume starts 0.5 cm above the antenna surface	Size: 1U Rack Mountable Unit, 33 x 45 x 41 cm (W x L x H) Optional Mounting brackets 1x antenna pad connector A/C power Ethernet interface with modern & encrypted TCP/IP connection Sampling retes: 30 to 500Hz Weight: 3.2kg Available in 3 options: RWCU-01 5x three-coil sensor port connectors 1x nine-coil sensor port connector RWCU-01-4P 4x three-coil sensor port connectors RWCU-01-2P 2x three-coil sensor port connectors

5DOF Sensors		6DOF Sensors
	019-9388-00R Sensor OD (mm) Max: 0.47 Sensor Length (mm) Max: 5		019-9391-00R Sensor OD (mm) Max: 0.94 Sensor Length (mm) Max: 9.7
	019-9388-01R Sensor OD (mm) Max: 0.33 Sensor Length (mm) Max: 4.3		019-9354-00R (RWSEN2004) Sensor OD (mm) Max: 1.25 Sensor Length (mm) Max: 3
	019-9388-02R Sensor OD (mm) Max: 0.33 Sensor Length (mm) Max: 3.8		019-9390-XXR Sensor OD (mm) Max: Varies Sensor Length (mm) Max: Varies
	019-9388-03R Sensor OD (mm) Max: 0.48 Sensor Length (mm) Max: 8		Dual angular wound coil of ID 3 French and above. Sensor OD and Sensor Length are configurable with the use of different toolings.
	019-9352-00R (RWSEN2001) Sensor OD (mm) Max: 0.41 Sensor Length (mm) Max: 4
	019-9389-XXR Sensor OD (mm) Max: Varies Sensor Length (mm) Max: Varies
	Single straight coil of ID 3 French and above. Sensor OD and Sensor Length are configurable with the use of different toolings.