Loading...
Loading...
Global Warehouse Shipping
WorldwideShips from warehouses worldwide — fast, reliable delivery to your country.
At A Glance
Request pricing, availability, and compatibility details from the sales team.
Category:
Ultrasound » Probes
Brand:
Aloka
Model:
UST-9133
Description:
Convex Array Transducer with Harmonics, Scan Angle: 82 degrees, Radius: 20 mm
Explore related ultrasound probes and parts from our catalog.
The Aloka convex array transducer with harmonics, scan angle: 82 degrees, radius: 20 mm is a Aloka ultrasound transducer listed in our catalog. The verified data on this page — frequency band, compatible console, and category — supports probe identification and procurement decisions.
| Brand | Aloka |
|---|---|
| Product Type | Probes |
| Category | Ultrasound u00bb Probes |
| Model | UST-9133 |
| Description | Convex Array Transducer with Harmonics, Scan Angle: 82 degrees, Radius: 20 mm |
| Type | Convex |
| Frequency | 3.0/6.0 Mhz |
| Ultrasound Machine | Alpha 7, Alpha 5SX |
| Compatible Ultrasound System(s) | Alpha 7, Alpha 5SX |
Our records match this part to the following Aloka platforms: Alpha 7, Alpha 5SX. System revision and software image should be verified against the part reference before ordering.
In an ultrasound console the probe (also called transducer) is the patient-facing imaging element. It houses the piezoelectric array that emits the acoustic pulse and receives the returning echoes, which are then beamformed and processed into the displayed image. Probe families differ by array geometry (linear, curvilinear, phased array, endocavitary) and by frequency band, and each console generation supports a defined list of probes — so adding or replacing a transducer means matching not only the connector but also the system software image and any licensed options tied to that probe.
SKU/Link Reference: AlokaUST-9133
Suitable for professional medical equipment needs in various hospitals
Meeting professional medical equipment needs in clinics
Supporting professional needs in medical research institutions