Mindray L7-3s Linear Ultrasound Probe

When your department needs to source a replacement Mindray L7-3s linear probe, the physical unit is the first thing you will handle. This catalogue entry describes a new aftermarket-compatible L7-3s transducer, carrying the model identifier Mindray-L7-3s, with a linear array type and a frequency range of 3 to 7 MHz. You will recognise this as a dedicated linear probe, intended for connection to Mindray ultrasound systems. Before purchase, confirm the connector and labelling details against your host system, since the compatible system list is absent from this record.

For imaging engineers and procurement teams, the distinction matters: this is a compatible aftermarket product, not manufactured by Mindray. The catalogue record covers the probe model, array type and frequency. Commercial conditions, including any test scope, availability, timing and shipping, are agreed case by case for the exact quotation. Brand names belong to their respective owners and appear only for compatibility reference.

For other sourcing needs, browse the Linear Array Probes category, and note the related listing for the Mindray L7-3e Linear Ultrasound Probe.

Frequently asked questions

On ordering: what after-sales support comes with this L7-3s probe?

The catalogue confirms the item as new aftermarket-compatible, and repair service is described. However, the exact scope of any inspection, warranty, or return handling is defined order by order. You will receive those terms in the quotation, not in this catalogue.

How do I verify the connector and label on this L7-3s before ordering?

Check the physical connector type and the probe label against your Mindray system input. The catalogue lists the model, array type and frequency, but not the connector geometry. Raise your host model in the enquiry so we can confirm fit before you commit.

Does this probe suit the application I have in mind?

The page does not state a clinical use for this item. The unit is a linear array type operating at 3 to 7 MHz, which typically suits superficial structures, but you must confirm your intended use with the supplier before requesting a quote.