×
Get Quote
Fiber Optic Temperature Sensors for Radio Frequency Ablation banner

Fiber Optic Temperature Sensors for Radio Frequency Ablation

Home Solutions Fiber Optic Temperature Sensors for Radio Frequency Ablation

SOLUTION'S SUMMARY


Radio Frequency ablation is a minimally invasive approach for the treatment of cancers. It is performed by inducing alternating current through the RF electrode that causes heat. The temperature needs to be precisely controlled to cause tissue necrosis (death of cells). RF equipment is used in combination with Fiber optic point sensors, typically GaAs sensors to control the power, energy, and exposure time at the treatment area.

Tissue temperature plays a critical role as change in temperature induces tissue alterations. So, the temperature distribution at the treatment area is responsible for the shape and size of the ablated volume, and must be carefully controlled, to prevent damage to healthy surrounding structures. The local thermal monitoring is essential in all the thermal ablation procedures and can be performed through Rugged Monitoring LSENS-B sensor.

BENEFITS


  • LSENS-B with 100 micron diameter can be use independently or integrated with the needle
  • GaAs technology has no measurement error regardless of the sensor length
  • Immune to Radio frequency
  • Fast response ~ 30ms
  • High accuracy ( +/-0.2 C)
  • Immune to electoromagnetic (EM) environment
  • Bio-safe and can be resued with disposable tip
  • No recalibration required
  • Easily integratable with RF equipment with custom sensor tip and length
Fiber Optic Temperature Sensors for Radio Frequency Ablation

SYSTEM ARCHITECTURE


Fiber Optic Temperature Sensors for Radio Frequency Ablation

We provide sensors, monitors and integrated solutions for advance medical research. Individual sensors can be used with manual control (visually read and RF equipment controlled by surgeon) or fully integrated solution with custom RM control system can be used based on the requirement. Fully integrated architecture as shown eliminates any human error, thereby enabling precise temperature control.

Radio frequency equipment manufacturer can provide added value to end users by easily implementing RM architecture. We have collaborated with several research institutions and have deep industry experience

medical RELATED PRODUCTS


LSENSB
LSENSB

Specifications
Temperature range-200 °C to +250 °C
Temperature range (Optional Range extensions) Down to 4 °K / Up to +300 °C
Repeatability0.2 °C
Accuracy absolute temperature+/- 0.8 °C
Accuracy relative temperature+/- 0.2 °C
Probe sheathing materialTeflon Coated, except for the sensor tip
ConnectorStainless Alloy / Optional - Dielectric

R-CONNECT

rconnect

Rugged connect provides remote visualization of temperature and other data being measured / monitored by various rugged monitoring systems. The software can connect to multiple monitoring devices for data collection and advance visualization. The intuitive user interface of the software is designed to give quick access to the most relevant information with highest level of data security.

  •  Cyber Security
  •  Real-time Data
  •  Data Logging
  •  Health Check

DISPOSABLE TIP

Disposable Dielectric Tip that allows Fiber Optic sensors to be reused

SYSTEM CONFIGURATION


LSENSB100 micron diameter up to 4 senors with disposable tip
L201 4 channel monitor with custom control system based on Radio frequency equipment
RconnectProprietary software to display temperature profiles