PROGRAMMED KV CONTROL BOARD by OEC Medical Systems (GE Healthcare)

Key Highlights

• The Programmed KV Control Board by OEC Medical Systems (GE Healthcare) is designed for enhanced maintainability, ensuring minimal downtime during operations.
• With a focus on higher reliability and efficiency, this control board optimizes performance in imaging applications, contributing to improved patient outcomes.
• Its good structural design provides both rigidity and flexibility, allowing for effective integration into existing systems while accommodating various operational demands.
• This component is specifically tailored for the 2800 UROVIEW model, ensuring compatibility and optimal functionality in urological imaging scenarios.

Compatible Systems & Use Cases

The Programmed KV Control Board is compatible with the following system:

• 2800 UROVIEW

Typical use cases include urological imaging procedures where precise control over kilovolt settings is crucial for achieving high-quality diagnostic images.

Technical Specifications

Parameter	Value
Brand	OEC Medical Systems (GE Healthcare)
Part Number	5136161-3
Model Compatibility	2800 UROVIEW

Clinical and Service Value

The Programmed KV Control Board offers significant clinical value by enhancing the reliability of imaging systems. With its focus on maintainability, healthcare facilities can expect reduced downtime, which is essential for maintaining continuous patient care. The board's design ensures that it can withstand the rigors of clinical environments while delivering consistent performance, thereby supporting improved diagnostic accuracy.

From a service perspective, the board's structural integrity and flexible design allow for straightforward integration into existing systems. This minimizes the need for extensive training or modifications, facilitating smoother workflows in busy hospital settings. By ensuring that imaging systems operate at peak efficiency, the Programmed KV Control Board ultimately contributes to better resource utilization and improved patient throughput.

Additional notes

Great Maintainability Higher Reliability and Efficiency Good Structural Design Rigidity and Flexible