Medical Sensors for laser ablation Rugged temperature sensor

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Presentation Description

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.

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Presentation Transcript

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

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

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Fiber Optic Temperature Solutions: Oncology Devices • Why Temperature Monitoring o Avoid damage to surrounding healthy tissues o Increase Ablation effectiveness and Reduce chances of Reoccurrence o More accurate assessment of damaged to tissues • Why Fiber Optic Temperature Sensing o Immune to EMI environment o Smaller size helps in minimal invasion o Fast Response 200 ms o Higher Accuracy ±0.2 ⁰C o Wider Measurement Range -270 ⁰C to +250 ⁰C o 100 Repeatability Laser Ablation Machine HIFU Ablation Machine MW Ablation Machine 3 RF Ablation Machine Cryoablation Machine

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Fiber Optic Temperature Solutions: MRI Devices • Why Temperature Monitoring o Examination where Sedation or Anesthesia in necessary o For Special category patients undergoing MRI o To enhance the safety of Patients undergoing MRI o During MR guided interventional procedures o MRI based Research on Animals o Design Development of MRI Coils • Why Fiber Optic Temperature Sensing o Immune to Magnetic Field on MRI o Fast Response 200 ms Higher Accuracy ±0.2 ⁰C o Wider Measurement Range -270 ⁰C to +250 ⁰C o 100 Repeatability o Smaller size helps in minimal invasion 4 Baby Incubators MRI Coils MRI Coils MRI Coils

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

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Fiber Optic Temperature Solutions: Implantable Device Testing • During the Design and Development of Implantable Devices o Minimize side-effects of these device on the Body / Tissues o Make the Implantable Devices MRI PET and CT scan Compatible o Final Product Testing and Certification • Monitoring Device Temperature during Body Imaging MRI CT or PET • Monitoring Device Temperature during Ablation Process • Temperature Monitoring during Catheterization 6 Various Types of Catheters

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

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