LOWER SWITCH BOARD FOR UL VIVID E9 OPERATOR PANEL by GE Healthcare

Key Highlights

• The Lower Switch Board for the UL Vivid E9 Operator Panel by GE Healthcare is designed to enhance operational efficiency in ultrasound imaging systems.
• Featuring radiation resistance, this switch board ensures durability and reliability in clinical environments.
• Its single large panel design provides intuitive control over power flow, optimizing user interaction.
• Engineered for maximum tactile response, it allows operators to execute commands with precision and confidence.
• This component is RoHS compliant, reflecting GE Healthcare's commitment to environmental standards and safety.

Compatible Systems & Use Cases

This Lower Switch Board is specifically designed for use with the VIVID E9 ultrasound system. It is ideal for various clinical scenarios including cardiovascular imaging, obstetric assessments, and general diagnostic applications where ultrasound technology is utilized.

Technical Specifications

Parameter	Value
Part Number	GA200440
Compliance Standards	RoHS Compliant
Design Type	Single Large Panel
Features	Radiation Resistance, Maximum Tactile Response

Clinical and Service Value

Investing in the Lower Switch Board for the UL Vivid E9 Operator Panel enhances the operational capabilities of ultrasound systems, ensuring that healthcare professionals can perform imaging tasks efficiently. The board’s radiation resistance and compliance with RoHS standards contribute to a safer working environment, which is essential for both clinicians and patients. The intuitive design allows for easier training of staff, thereby streamlining workflows in busy clinical settings.

Furthermore, the maximum tactile response feature of the switch board enhances user control, reducing the potential for errors during critical imaging procedures. This reliability not only improves patient outcomes but also supports the longevity of the ultrasound system, minimizing downtime and maintenance needs. With such attributes, the Lower Switch Board stands as a valuable component in modern healthcare infrastructure, facilitating high-quality patient care through advanced imaging technology.

Additional notes

Radiation resistance Single large panel Controls the power flow Maximum tactile response