Zonare C8-3 Convex Ultrasound Probe

This catalogue entry pairs the Zonare C8-3 convex ultrasound probe with systems made by Zonare, as indicated by the compatible brand and probe model. The unit carries a 3-8 MHz frequency band and a convex array, placing it in the Convex & Curved Array Probes category. Physical identification begins with the probe model and the Zonare brand mark; the connector face and cable relief should be matched against the system port during inspection.

Two condition options apply to this item: Compatible-New and a repair support for the original Zonare C8-3 transducer. Neither option implies manufacture by or affiliation with Zonare. Inspection, test scope, availability, timing and shipping are settled per order after you contact the team, so each quotation is confirmed against the exact unit requested.

For sourcing across similar transducers, compare this C8-3 with the Convex & Curved Array Probes listing alongside the Zonare C4-1 Biopsy Needle Guide (ZSM-023) to see how accessory and probe records are organised separately.

Frequently asked questions

What warranty would apply to this probe if I order it as compatible-new?

Warranty coverage is agreed individually for each order, so the catalogue does not promise terms. Ask the team for the specific warranty duration, what it covers, and whether it applies to the probe body, connector or array before you commit.

Could you explain what the Compatible-New condition actually means for this probe?

Compatible-New means the probe is a new aftermarket-compatible unit, not manufactured by Zonare. It should operate with Zonare systems listed in the quote, but compatibility is confirmed per exact model. You can also request the repair service for an original Zonare C8-3 transducer instead.

Will this C8-3 suit the application I have in mind for convex scanning?

The listed facts specify the array type and frequency range, but not the intended application. Since compatible systems and the application are left open, you should describe your scanning task to the team and ask whether the 3-8 MHz convex format fits that use case.