SHOMEA Medical Stainless Steel Blunt Tip Sealed Temperature Probe with Welded Tail Ring

Medical - grade stainless steel, excellent biocompatibility

Blunt Tip Sealed Design for Tissue Safety

Welded Tail Ring for Easy System Integration

Excellent acid/alkali and body fluid corrosion resistance

Excellent surface quality, high brightness and low roughness

FAQ:

Question: Can this temperature probe be re-sterilized and reused?

Answer:​ Although manufactured from highly corrosion-resistant medical-grade stainless steel capable of withstanding high-temperature and high-pressure sterilization (e.g., autoclaving), the welded tail ring design is typically intended for quick connection with specific cables or devices. We strongly recommend deciding whether to use it as a disposable consumable or subject it to strict re-sterilization based on specific clinical guidelines and hospital infection control policies to ensure the highest level of hygiene and safety.

Question: In which medical fields is this blunt-tip probe mainly used?

Answer:​ Due to its flexibility (depending on specific wall thickness), rounded tip, and high-precision temperature measurement characteristics, this probe is widely used in minimally invasive surgery for tissue temperature monitoring, cardiovascular interventional procedures for blood temperature measurement, and internal calibration of patient temperature monitors. It is particularly suited for applications requiring safe and accurate contact-based temperature measurement in confined spaces.

Question: What is the specific function of the welded ring at the tail? What are the risks if the connection is loose?

Answer:​ The welded ring at the tail serves a dual purpose: firstly, as a port for electrical or signal connection (usually soldered to a flexible circuit board), and secondly, as a mechanical anchor. More importantly, it acts as a sealed barrier to prevent external fluids from invading the interior of the probe and damaging the delicate temperature-sensing elements. If the connection is loose, it will not only lead to interrupted or inaccurate temperature signal transmission but, more critically, allow liquid ingress, causing internal circuit short circuits and potentially leading to medical accidents. Therefore, we conduct rigorous air-tightness and tensile strength tests on this weld during production.