CONTACTOR 50 HZ by GE Healthcare

Key Highlights

• The CONTACTOR 50 HZ by GE Healthcare is engineered to enhance the performance of X-ray systems, ensuring optimal imaging quality.
• Designed for compatibility with the MPX model, this device streamlines workflows in radiology departments.
• It features robust construction, ensuring durability and longevity in high-demand clinical environments.
• With a focus on reliability, the CONTACTOR minimizes downtime, facilitating uninterrupted patient care.
• Its efficient design supports seamless integration within existing imaging systems, promoting ease of use for biomedical engineers and technicians.

Compatible Systems & Use Cases

This device is compatible with the MPX model, which is typically utilized in various imaging scenarios, including:

• X-ray imaging for diagnostic purposes
• Fluoroscopy applications
• Interventional radiology procedures

Technical Specifications

Parameter	Value
Frequency	50 Hz
Model Compatibility	MPX
Power Supply	Standard AC Input

Clinical and Service Value

The CONTACTOR 50 HZ by GE Healthcare offers significant clinical value by ensuring high-quality imaging output, which is crucial for accurate diagnostics. Its compatibility with the MPX model enhances the functionality of existing X-ray systems, allowing healthcare facilities to maximize their investments in imaging technology. By integrating this component, radiology departments can expect improved workflow efficiency and reduced operational disruptions.

From a service perspective, the CONTACTOR is built to withstand the rigors of a clinical environment, thereby minimizing maintenance requirements. Its reliable performance translates to fewer service interruptions, allowing biomedical engineers to focus on other critical tasks. The ease of integration with current systems further supports streamlined operations, ultimately benefiting patient care through enhanced imaging capabilities and reduced waiting times for diagnostic results.

Additional notes

CONTACTOR 50 HZ by GE Healthcare