Ultrasound Probe Cable Selection Guide & In-Stock Specifications for Repairers

Yes. We specialize in supplying high-precision, flexible raw micro-coaxial bundles (36AWG to 46AWG) engineered specifically for third-party probe refitting and aftermarket cable harness repair for GE, Philips, and Siemens handles.

We support prototype development, small-batch test orders, and full OEM production to help repair service providers test and restore probes efficiently.

Yes! We maintain regular stock for most standard repair specifications (such as 198C, 138C, and 200C series) for quick turnaround. Furthermore, we specialize in custom manufacturing. If your probe requires specific core counts, special filler materials (like Kevlar), or unique jacket requirements, we can tailor-make the cable based on your exact drawings or broken samples.

Not necessarily. While 50Ω is a common industry standard, different probe designs, frequencies, and ultrasound systems may require alternative impedance characteristics. If your specific application requires impedance values other than 50Ω (or when matching coaxial impedance and capacitance simultaneously becomes challenging), please consult our engineering team so we can optimize the design for your exact needs.

You can click the “Check via WhatsApp” button next to any specification in our table for an instant stock response. For in-stock items, we arrange rapid dispatch to ensure your probe repair project suffers zero downtime.

Yes. In addition to our extensive stock for GE and Mindray systems, we supply precision micro-coaxial cables and custom bundles tailored for Philips and Siemens ultrasound probe repair and transducer overhauling. Contact our engineering team with your specific core count requirements.

Using physical foamed insulation with low capacitance (50pF/m or 60pF/m) significantly reduces signal loss over long transmission runs. This is critical for high-frequency ultrasound transducer repair, ensuring high-definition images and reliable performance during clinical use.