Ultrasound probes • biopsy guides • repair assessment
MODEL-SPECIFIC PRODUCT ENQUIRY
UST-9137 Compatible Ultrasound Probe
Ultrasound Probes AL UST-9137 Akicare
- 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 pairs the Hitachi Aloka UST-9137 convex probe with the Aloka Prosound 2 system, placing it in the Specialty & Other Probes section alongside its sibling listing for the UST-9112. The transducer is specified for obstetrical, gynaecological and urological examinations. It comes as a new unit, with a minimum order quantity of one unit.
For procurement teams and imaging engineers, this entry clarifies what is stated at record level: product name, probe type, frequency, compatible system, clinical application and condition. Everything else, including warranty and remedy terms, availability timing and delivery scope, is agreed case by case after the exact model, condition, quantity, destination and service scope are reviewed. The unit originates from Guangdong, China, under the Akicare brand with model number AK-UST-9137.
For further sourcing options within this catalogue section, review the Specialty & Other Probes listing alongside the UST-9112 Compatible Ultrasound Probe to compare convex probe specifications against your installed base.
| Product Name | Ultrasound Probe |
|---|---|
| Probe Type | Convex |
| Frequency | 3.5MHZ |
| compatible system | Aloka Prosound 2 |
| application | Obstetrical, gynecological (OB/GYN) and urological clinical applications and exams. |
| condition | new |
| Warranty and remedy terms | Confirmed in the quotation for the specific item or repair scope. |
| Availability and timing | Confirmed after the exact model, condition, quantity, destination and service scope are reviewed. |
| Model Number | AK-UST-9137 |
| Material | Metal, Plastic, Steel |
| Elements | 96 |
| Manufacturer | Hitachi Aloka |
Frequently asked questions
Before you order: what after-sales support do you put in writing for this probe before I commit?
Warranty and remedy terms are confirmed in the quotation for this specific item or repair scope. No support promise appears in this catalogue. Send your enquiry with the exact model, condition and quantity, and you will receive written terms before any order.
Which details should I list when asking about this UST-9137 unit?
Include the probe model UST-9137, your target system Aloka Prosound 2, the quantity you need, the destination country or region, and whether you require installation support or repair coverage. Those details allow the supplier to review availability and timing for your exact request.
Are there used or refurbished versions of this convex probe available?
This record lists the condition as new only. No used or refurbished options are stated for this item. If you need alternative condition states, ask directly with your full specification so the supplier can confirm what exists for the UST-9137 model.
Practically speaking, how does this UST-9137 listing differ from the UST-9112 linked page?
Both sit in the Specialty & Other Probes category, but this entry specifies the Prosound 2 as the compatible system and lists OB/GYN and urological applications. The UST-9112 Compatible Ultrasound Probe is a separate model with its own system pairings, so confirm compatibility with your hardware.
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.




