Ultrasound probes • biopsy guides • repair assessment
MODEL-SPECIFIC PRODUCT ENQUIRY
Mindray C3-E Convex Ultrasound Probe
Source-checked Mindray C3-E convex ultrasound probe reference. Confirm the label, connector and host-system configuration in the RFQ.
- Exact system and model compatibility is confirmed in the written quote
- Condition and current availability stated in the quote
- Test scope, timing and shipping confirmed per request
Catalogue content is a product reference, not a universal compatibility, inventory or delivery guarantee.
Product details
This Mindray C3-E convex probe is paired with the Chison EBit 30, Chison EBit 50 and Chison EBit 60 ultrasound systems, with a convex array and 3.5 MHz frequency reference suited to abdominal imaging. The record uses manufacturer and model data from The Ultrasound Source product record, so the facts table provides the identification baseline for matching a replacement transducer across those Chison platforms.
Condition, inspection scope, packaging and transit method for this probe are shaped by the individual order, after direct contact. The catalogue entry shows the reference identity, array type, frequency reference, application and compatible systems, but does not cover condition, stock position, delivery or remedy terms. Treat this listing as a compatibility map, then verify the physical label, connector and host-system configuration for the intended unit before placing an enquiry.
For further sourcing options within the same family, review the Convex & Curved Array Probes category alongside the Mindray C11-3s Convex Ultrasound Probe listing.
| Manufacturer reference | Mindray |
|---|---|
| Model | C3-E |
| Array type | Convex |
| Frequency reference | 3.5 MHz |
| Application references | Abdominal |
| Compatible system references | Chison Ebit 30, Chison Ebit 50, Chison Ebit 60 |
| Source | The Ultrasound Source product record |
Frequently asked questions
How do you handle shipping and packaging for this C3-E probe?
Shipping and packaging are agreed separately for each order, never stated in the catalogue. The record lists the probe reference and compatible Chison systems only. Delivery method, transit protection and handling terms come from direct contact, based on your quantity and destination.
Which details would you need in an enquiry about this C3-E for a Chison EBit unit?
Include the host system model, software version, condition sought, quantity and destination. Also state whether you require a connector photograph or label verification. These specifics let the supplier confirm availability, lead time and remedy terms for that exact request.
Does the linked C11-3s listing cover this same probe?
No. This entry is the C3-E with a 3.5 MHz frequency reference, while the linked listing is the Mindray C11-3s convex probe. They are separate catalogue items, so confirm your probe model by reading the physical label before enquiring.
Should I inspect the connector and label before requesting this probe?
Yes. The catalogue facts show the model, array type and compatible systems, but not the connector face or housing. Photograph those parts and match them to your Chison EBit 30, 50 or 60 unit. The physical label and host configuration are checked per order.
Evidence status
Catalogue facts: source-checked for the manufacturer reference and model shown on this page.
Traceable source: The Ultrasound Source product record.
Compatibility, physical condition, product type, test scope, availability, lead time and shipping remain quote-specific. Send the full probe label, connector and host-system details for confirmation.
Before ordering
Confirm the host system
Provide the system model and software or connector details when relevant.
Request current photos
Ask for model-specific photos and the stated condition of the offered item.
Review the quote scope
Check condition, compatibility, testing, timing and shipping before approval.
RELATED CATALOGUE ENTRIES
Compare nearby models before requesting a final match.
PRODUCT INQUIRY
Confirm this model against your system.
Include the system model, required condition or service, quantity and destination.




