Ultrasound probes • biopsy guides • repair assessment
MODEL-SPECIFIC PRODUCT ENQUIRY
Hitachi Aloka EUP-B514 Convex Ultrasound Probe
Compatibility, condition, available inspection or test scope, availability, timing and shipping are confirmed for the exact model in the quotation.
- 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 catalogue record covers the Hitachi Aloka EUP-B514 convex ultrasound probe, a new aftermarket-compatible transducer intended for use with the Hitachi Aloka Hi Vision Ascendus, Hitachi Hi Vision Avius, and Hitachi Hi Vision Preirus systems. The EUP-B514 uses a convex array architecture, and this listing is expressly for new compatible units or repair services applied to the original Hitachi Aloka EUP-B514 transducer. Compatibility mapping across the three named host systems is the central reference point for procurement and engineering teams working through model substitution or fleet standardisation.
Because the EUP-B514 is not manufactured by Hitachi Aloka, its interface behaviour and acoustic performance depend on the host system configuration and the individual unit supplied. Procurement officers should treat each requested quantity as a distinct order, with condition, inspection scope, packaging, shipping, and delivery timing all agreed case by case after direct contact with the selling team. No universal compatibility statement is implied by this record, and brand names remain trademarks of their respective owners, used here solely for compatibility reference.
For broader sourcing decisions, the Convex & Curved Array Probes category also includes the Hitachi Aloka C42T Convex Ultrasound Probe, which you can compare against this EUP-B514 record.
| Compatible Brand | Hitachi Aloka |
|---|---|
| Probe Model | EUP-B514 |
| Array Type | Convex |
| Compatible System(s) | Hitachi Hi Vision Preirus, Hitachi Aloka Hi Vision Ascendus, Hitachi Hi Vision Avius |
| Condition | New Aftermarket-Compatible / Repair Service |
Frequently asked questions
What should I ask about packaging and shipping when I email you for this model?
Request the exact packaging method, whether a foam insert or custom carton is used, along with the shipping carrier, transit insurance options, and estimated dispatch window. These details are settled when the specific order is discussed and are never fixed by this catalogue entry.
Which condition options are available for this convex probe?
This record shows one condition option: new aftermarket-compatible. A repair provision for the original Hitachi Aloka EUP-B514 is also listed separately. You should confirm which condition applies to your requested quantity before placing an order.
Does this EUP-B514 suit the Hitachi Aloka Hi Vision Ascendus and the other systems named here?
The listed compatible systems are three specific models: Ascendus, Avius, and Preirus. Suitability depends on the exact host software version and probe connector condition. Ask the team to verify compatibility against your system's serial number and software build before ordering.
What connector and labelling checks matter for this model?
For the EUP-B514, you need to confirm the connector type matches your host system's probe port, and that the unit label lists the model number, serial number, and array type as convex. Request a clean shot of the connector face and the label before dispatch.
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.




