Esaote Probe AC2541

Esaote Probe AC2541

The Esaote Probe AC2541 is a state-of-the-art device designed for abdominal, obstetric, gynecological and vascular ultrasound examinations. With a frequency range of 1.0 to 8.0 MHz, it provides exceptional image resolution for precise diagnostics. With its innovative curved design, the AC2541 transducer offers remarkable versatility for a variety of clinical applications. Its curvature allows it to easily adapt to anatomical contours, thus ensuring high quality ultrasound images and better visualization of internal structures.

This transducer is perfectly compatible with several world-renowned ultrasound systems, including the MyLab Six, Seven, Alpha and Gamma from Esaote. This broad compatibility ensures seamless integration into existing clinical environments, eliminating the constraints of implementing new equipment.

For healthcare professionals, this compatibility represents a significant advantage. It allows them to take full advantage of the advanced features of their ultrasound systems while benefiting from the exceptional performance of the AC2541 transducer. Whether for abdominal, obstetric, gynecological or vascular examinations, this transducer offers a versatile and effective solution.

The Esaote Probe AC2541 is meticulously manufactured from premium stainless steel, ensuring remarkable robustness and durability. Its stainless steel design provides protection against corrosion and damage, ensuring exceptional durability that lasts over time.

Technical Details

Frequency Range: 1.0 MHz to 8.0 MHz
Transducer Configuration: Curved
Applications: Abdominal, Obstetrics, Gynecology, Vascular
Material: Stainless Steel
Weight: 1.54 kg (including packaging)
Dimensions: Not specified
Probe Type: Convex
Support Pin Type: 11-23G
Angle Adjustment: Three angles
Compatibility: Esaote MyLab Six, Seven, Alpha, Gamma

Compatible Accessories

Reusable biopsy guides: Facilitating precise medical interventions.
Connection cables: Connecting the transducer to the ultrasound equipment.
Probe supports: Holding the transducer in place during examinations.
Protective cover: Shielding the transducer when not in use.
User manual: Providing detailed instructions on the use and maintenance of the transducer.
Carrying case: Facilitating safe transportation and storage of the transducer.
Ultrasound gel: Ensuring optimal contact between the transducer and the patient’s skin during examinations.
Connector adapters: Ensuring compatibility with different models of ultrasound equipment.