CABLE by GE Healthcare

Key Highlights

• The CABLE by GE Healthcare is designed for seamless integration with the DEFINIUM 5000 POSITIONER, ensuring optimal performance in diagnostic imaging.
• Engineered with high-quality materials, this cable provides reliable connectivity, enhancing the stability of imaging systems.
• Its robust design minimizes wear and tear, contributing to prolonged device life and reduced downtime.
• The CABLE supports efficient workflow in clinical environments, allowing for quick setup and easy maintenance.

Compatible Systems & Use Cases

This cable is specifically compatible with the GE Healthcare DEFINIUM 5000 POSITIONER. It is ideal for use in radiology departments, particularly in applications involving digital radiography and fluoroscopy, where high-quality image transmission is crucial for accurate diagnostics.

Technical Specifications

Parameter	Value
Brand	GE Healthcare
Part Number	A9697-01
Compatibility	DEFINIUM 5000 POSITIONER
Material	High-Quality Insulation
Length	Standard Length (assumed 3 meters)

Clinical and Service Value

The CABLE by GE Healthcare enhances the functionality of the DEFINIUM 5000 POSITIONER, providing a reliable connection essential for high-quality imaging. In clinical settings, the integrity of connections directly impacts the accuracy of diagnostic results. The robust construction of this cable helps mitigate issues related to signal loss, ensuring that clinicians receive consistent, high-definition images necessary for patient assessments.

From a service perspective, the CABLE's durable design translates to lower maintenance requirements and fewer disruptions in workflow. By minimizing the frequency of replacements, healthcare facilities can optimize their operational efficiency. Additionally, the ease of installation and compatibility with existing systems allows biomedical engineers to integrate this cable swiftly, facilitating a seamless transition and enhancing overall productivity in imaging departments.

Additional notes

CABLE by GE Healthcare