What are the key advantages of LumaSense's Luxtron Fluoroptic® probes in medical research applications?- The non-conductive nature of the probes insure stable and accurate temperature measurements even in the presence of strong RF, magnetic & microwave fields often encountered in medical research,
- The chemically inert sensor survives sterilization,
- The inherently small diameter of the probes allow their use for minimally invasive (200µm) medical research procedures, and
- The low thermal conductivity of the fiber allows the accurate measurement of highly localized "hot spot" temperatures even in strong thermal gradients.
How can you sterilize Luxtron probes?Cleaning and Preparation - Decontaminate the distal end of the STB probe using warm water. Carefully remove any debris, if any.
- Remove the red protective cap from the connector. Do not sterilize the red cap.
- Seal the STB probe in an autoclave compatible pouch.
- Arrange the prepared packages in the chamber in a way that allows steam to circulate freely.
Recommended Steam Sterilization Cycle | Process Type | Process Temperature | Minimum Process Time
(in minutes) | Gravity Displacement
Autoclave | 250° F (121°C)
Do not exceed 250°F | 30 minutes |
Reuse The STB probe has been validated for up to 10 steam sterilization cycles. Storage For optimal storage, place sterile packs in closed cabinets with moderate temperature and dry to low humidity. Regulatory StatusLumaSense is licensed by the State of California Dept. of Health Services. Our FDA registration number is also noted. All Fluoroptic® thermometers are designed in strict adherence to ISO60601 standards and built in accordance to USFDA GMP practices in Luxtron's state-of-the-art, ISO9001:2000 certified manufacturing facility in Santa Clara, CA, USA.
- U.S. Food & Drug Administration registration number 2936522.
- State of California, Dept. of Health Services, Food and Drug Branch, license number 63449.
For copies of LumaSense's registration documents, please contact us.
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