XY-MECHANISM by GE Healthcare

Key Highlights

• The XY-MECHANISM by GE Healthcare is designed to enhance the functionality of ultrasound systems, particularly the LOGIQ E9 and VIVID E9 models.
• This mechanism ensures precise positioning, improving image quality and diagnostic accuracy during ultrasound examinations.
• Its robust construction is tailored for high-demand clinical environments, promoting durability and reliability in daily operations.
• Easy integration with existing systems allows for seamless upgrades without extensive downtime or reconfiguration.
• The XY-MECHANISM supports a wide range of clinical applications, from general imaging to specialized cardiovascular assessments.

Compatible Systems & Use Cases

The XY-MECHANISM is compatible with the following GE Healthcare ultrasound systems:

• LOGIQ E9
• VIVID E9

These models are commonly utilized in various clinical scenarios, including general imaging, obstetrics, and cardiovascular assessments, enhancing the overall diagnostic capabilities of healthcare facilities.

Technical Specifications

Parameter	Value
Part Number	GA200036
Weight	Approximately 2 kg
Dimensions	30 cm x 20 cm x 10 cm
Material	High-grade aluminum and plastic composites

Clinical and Service Value

The XY-MECHANISM by GE Healthcare is an essential component for enhancing the operational efficiency of ultrasound systems. It allows healthcare providers to achieve optimal imaging results, which is critical in making accurate diagnoses. By integrating this mechanism, hospitals can ensure that their ultrasound systems remain at the forefront of technology, thereby improving patient outcomes and satisfaction.

Moreover, the mechanism's robust design minimizes maintenance needs, allowing biomedical engineers to focus on other critical equipment. Its compatibility with existing systems reduces the learning curve for staff, facilitating a smoother transition and ensuring that healthcare professionals can maximize the benefits of the enhanced imaging capabilities without significant disruption to workflow.

Additional notes

GA200036