Ultrasound probes • biopsy guides • repair assessment
MODEL-SPECIFIC PRODUCT ENQUIRY
Samsung LA3-12A Linear Ultrasound Probe
Source-checked Samsung LA3-12A linear 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
When you are sourcing a replacement LA3-12A for vascular, small parts or MSK work, much of the buying decision comes down to the physical unit you receive and the inspection you can arrange. The catalogue record identifies this Linear probe by the Samsung reference and the LA3-12A model number, with a frequency reference spanning three to twelve MHz. Your starting point is the manufacturer reference, the model number and the compatible hosts listed for this record, which include the Samsung Hera I10, Hera W10, Hera W9, HS70A, RS80A, RS85 and WS80A.
Condition grading and inspection expectations are not fixed in this catalogue. Each unit is offered case by case, so the practical step is to ask what testing or verification can be applied to the exact unit you are considering. Shipping and packaging terms are equally individual and are agreed after you contact us with the destination and quantity. The linked sibling listing shows a related Linear probe, and the physical label and connector remain the final arbiters of fit for your host system.
For further sourcing options in this catalogue segment, see the Samsung / Medison Probes category, and compare the Samsung LA2-9A Linear Ultrasound Probe as a distinct record.
| Manufacturer reference | Samsung |
|---|---|
| Model | LA3-12A |
| Array type | Linear |
| Frequency reference | 3.0–12.0 MHz |
| Application references | Vascular, Small Parts, MSK |
| Compatible system references | Samsung Hera W10, Samsung Hera I10, Samsung Hera W9, Samsung RS85, Samsung RS80A, Samsung WS80A, Samsung HS70A |
| Source | The Ultrasound Source product record |
Frequently asked questions
From the buyer’s side: what shipping and packaging terms apply to this LA3-12A order?
Shipping and packaging are settled when the specific order is discussed. Factors include destination, quantity, carrier preference and any crating or protective requirements you specify. We confirm these terms alongside availability and lead time once you send the exact request.
Which connector and label details should I check on the probe before ordering?
Confirm the model number LA3-12A on the probe label and capture images of the connector face and housing. Also record the host system model and software version so we can match the connector configuration to your Samsung unit before we confirm any terms.
For your order: how does this probe relate to the Samsung LA2-9A listed nearby?
The LA3-12A and the LA2-9A are separate Linear probe listings. The LA3-12A has a three to twelve MHz frequency reference, while the LA2-9A is listed separately with its own specifications. Compatibility with your system depends on the individual unit and host configuration.
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.




