1 / 7

Medical Sensors for laser ablation | Rugged temperature sensor

The most suitable temperature sensors for laser ablation of tissues. Fiber Optics Sensor is the ideal choice for the temperature monitoring during Laser Ablation in medical industry.

rugged_monitoring
Download Presentation

Medical Sensors for laser ablation | Rugged temperature sensor

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Rugged Monitoring designs, manufactures and commercializes rugged fiber optic sensors and monitors Industrial and Research Applications for Energy, E-Mobility, Medical, Rugged Monitoring Company Proprietary & Confidential info@ruggedmonitoring.com, Tel: (+1) 418 767 0111 NOT FOR DISTRIBUTION

  2. Fiber Optic Temperature Solutions: Medical Industry Sensing Solutions for: Equipment Neo natal Clinical Trials Interventional Power Electronics Bio Medical Leading Temperature, Pressure, Vibration sensing solutions for Medical segments that are undergoing next generation transitions. 2

  3. Fiber Optic Temperature Solutions: Oncology Devices •Why Temperature Monitoring oAvoid damage to surrounding healthy tissues oIncrease Ablation effectiveness and Reduce chances of Reoccurrence Laser Ablation Machine HIFU Ablation Machine oMore accurate assessment of damaged to tissues •Why Fiber Optic Temperature Sensing oImmune to EMI environment oSmaller size helps in minimal invasion oFast Response (< 200 ms) oHigher Accuracy (±0.2 ⁰C) oWider Measurement Range (-270 ⁰C to +250 ⁰C) Cryoablation Machine o100% Repeatability MW Ablation Machine RF Ablation Machine 3

  4. Fiber Optic Temperature Solutions: MRI Devices •Why Temperature Monitoring oExamination where Sedation or Anesthesia in necessary oFor Special category patients undergoing MRI oTo enhance the safety of Patients undergoing MRI oDuring MR guided interventional procedures oMRI based Research on Animals oDesign & Development of MRI Coils Baby Incubators •Why Fiber Optic Temperature Sensing oImmune to Magnetic Field on MRI oFast Response (< 200 ms), Higher Accuracy (±0.2 ⁰C) oWider Measurement Range (-270 ⁰C to +250⁰C) o100% Repeatability oSmaller size helps in minimal invasion MRI Coils MRI Coils MRI Coils 4

  5. Fiber Optic Temperature Solutions: Electrosurgical Devices •Imaging Devices and Applications oCT (Computerized Tomography) Scan Machines and their Applications oPET (Positron Emission Tomography) Scan Machines and their Applications oPET/MRI or PET/CT combined applications PET Scan Machines CT Scan Machines •Electrosurgery oRadio Frequency (RF) Alternating Current is used to create heat and cut tissues oTemperature monitoring is crucial for precise cutting and avoiding collateral damage oFiber Optic Temperature Sensors are the best suitable sensors due to their immunity to RF environment and smaller size 5 Electrosurgical Units

  6. Fiber Optic Temperature Solutions: Implantable Device Testing •During the Design and Development of Implantable Devices oMinimize side-effects of these device on the Body / Tissues oMake the Implantable Devices MRI, PET and CT scan Compatible oFinal Product Testing and Certification • Monitoring Device Temperature during Body Imaging (MRI, CT or PET) • Monitoring Device Temperature during Ablation Process • Temperature Monitoring during Catheterization Various Types of Catheters 6

  7. Fiber Optic Temperature Solutions: Medical Applications •Tissue analysis, Cell identification using MRI •Glucose Analysis •Laminate Cure Analysis •Monitor heal rates of polymer laminates at higher •Protein Analysis temperature and pressures •Cardiovascular Research and Treatments •Pharmaceutical Quality Control •Blood and tissue analyses - Measurement of •Determination of DNA oligomers concentration of Oxygen, pCO2 and pH •Pesticide Detection •Measurements of intracranial pressure •Effluent Monitoring •Intracuff air pressure in intra-aortic balloons •Magnetic Nanotechnology Tumor removal procedures 7

More Related