GE 3.5C Convex Ultrasound Probe

For the GE Logiq 3, Logiq 5 and Logiq Series ultrasound systems, the GE 3.5C convex probe pairs as an aftermarket-compatible transducer. This listing covers a new, compatible unit under the SKU GE-3-5C, with a frequency range of 2-5 Mhz and a convex array geometry suited to abdominal and obstetric imaging workflows. The catalogue record maps the probe to the specified host platforms, so procurement teams can confirm the intended pairing before quotation.

Condition is listed as Compatible-New, with the option of a repair cover for the original GE 3.5C transducer. This is an aftermarket-compatible product and is not manufactured by or affiliated with GE; brand and model names appear only for compatibility reference. Shipping, packaging, and delivery timing are agreed individually for each order, so the exact terms for your unit are settled when you contact the team.

For further sourcing options in this category, review the Convex & Curved Array Probes section alongside the GE 3.5 CBF Convex Ultrasound Probe listing.

Frequently asked questions

Could you outline the packaging and shipping terms attached to this order?

Packaging and shipping for the GE 3.5C are set per order, not in the catalogue. Ask for the crate type, handling instructions, and transit method when you request a quote, so the team can confirm what applies to your delivery address.

What do you need from me when I send an enquiry about this transducer?

Send your host system model, the quantity needed, and whether you require a new compatible unit or a repair cover for the original GE 3.5C. Also state your delivery postcode and any preferred verification steps, since these details shape the individual quotation.

Will this convex probe handle the imaging task I plan to use it for?

The catalogue lists compatible systems as the Logiq 3, Logiq 5 and the Logiq Series, with a 2-5 Mhz frequency range. Application details are not part of this record, so confirm your clinical use case with the team before ordering to ensure the probe suits your intended imaging task.