Manufactured from medical-grade 316L stainless steel, offering excellent biocompatibility and corrosion resistance

The needle body is designed delicately, with a sharp and smooth tip.

Stable signal transmission, reducing data errors

Corrosion-resistant and wear-resistant, capable of withstanding repeated disinfection treatments

FAQ:

Q1: Is this sensor resistant to common chemical disinfectants used in IVD equipment?)

A: Yes, our sensors are made of 316L stainless steel, which has good resistance to most common medical disinfectants (such as 75% alcohol, isopropyl alcohol, glutaraldehyde, etc.), is not easily corroded, and is suitable for repeated disinfection in IVD laboratory environments.

Q2: Can your sensor withstand high-temperature sterilization, such as autoclaving?)

A: The standard configuration of the sensor is designed to operate between -50℃ and +150℃. If you require autoclave sterilization, please inform us before placing an order, and we can provide a specially treated high-temperature resistant version (e.g., supporting 121℃ autoclave).

Q3: How is the polarity defined for the red and black wires? What should I pay attention to when wiring?)

A: Typically, the red wire is the positive (+)​ and the black wire is the negative (-). Since the interface definitions of different IVD motherboard brands may vary, it is recommended that you check the sensor's specification sheet before wiring, or contact our technical support directly to confirm the polarity to avoid damaging the equipment due to reverse connection.

Q4: What is the Minimum Order Quantity (MOQ)? Do you support sampling?)

A: Our standard products usually support small-batch procurement (the specific MOQ depends on the product specifications). If you have special customization needs (such as changing dimensions or interfaces), sampling is supported, and the sample delivery time is generally 7-10 working days. Feel free to inquire for an accurate quote.