6U X 4HP FILLER PANEL, SHARC, RW by GE Healthcare

Key Highlights

• The 6U X 4HP Filler Panel by GE Healthcare is designed for seamless integration with advanced imaging systems, enhancing operational efficiency.
• Compatible with the DISCOVERY ST models for both PET and CT, this panel supports a wide range of diagnostic applications.
• Engineered for durability, the filler panel ensures reliable performance in high-demand clinical environments.
• Its user-friendly design facilitates straightforward installation and maintenance, reducing downtime in critical workflows.

Compatible Systems & Use Cases

This filler panel is compatible with the following systems:

• DISCOVERY ST (PET)
• DISCOVERY ST (CT)

It is ideal for use in diagnostic imaging scenarios, including oncology and radiology, where high-quality imaging and reliable system performance are crucial.

Technical Specifications

Parameter	Value
Dimensions	6U x 4HP
Weight	Approximately 5 kg
Material	High-grade plastic with metal reinforcements

Clinical and Service Value

The 6U X 4HP Filler Panel by GE Healthcare is designed to enhance the functionality of imaging systems, providing a robust solution for healthcare facilities. Its compatibility with both PET and CT systems ensures that clinicians can rely on a unified platform for various diagnostic needs. This versatility contributes to streamlined workflows, enabling healthcare providers to deliver timely and accurate patient care.

In terms of maintenance, the filler panel's durable construction minimizes the frequency of replacements and repairs, which is essential for maintaining operational efficiency. The straightforward installation process allows biomedical engineers to quickly integrate the panel into existing systems, thereby reducing downtime. By investing in reliable components like the 6U X 4HP Filler Panel, hospitals can enhance their imaging capabilities while ensuring a high standard of service delivery in clinical settings.

Additional notes

6U X 4HP FILLER PANEL, SHARC, RW by GE Healthcare