SCAN WINDOW TRIM RIM by GE Healthcare

Key Highlights

• The SCAN WINDOW TRIM RIM by GE Healthcare is designed for optimal compatibility with the LIGHTSPEED 1X imaging system, ensuring seamless integration and performance.
• Engineered with high-quality materials, this component enhances the durability and reliability of imaging processes, contributing to long-term operational efficiency.
• Its precision design minimizes the risk of artifacts during imaging, thereby improving diagnostic accuracy and patient outcomes.
• The trim rim facilitates easy installation and maintenance, which can significantly reduce downtime in clinical settings.

Compatible Systems & Use Cases

This product is specifically compatible with the LIGHTSPEED 1X imaging system. It is suitable for various scenarios in radiology and imaging, particularly in PET/CT applications, where precision and reliability are critical for accurate diagnostics.

Technical Specifications

Parameter	Value
Product ID	O16880-21011772
Brand	GE Healthcare
Part Number	2101177-2

Clinical and Service Value

The SCAN WINDOW TRIM RIM enhances the operational capabilities of the LIGHTSPEED 1X imaging system, ensuring that healthcare facilities can maintain high standards of diagnostic imaging. By utilizing this component, institutions can expect improved workflow efficiency, as well as reduced maintenance time due to its user-friendly installation process. This contributes to an overall increase in productivity and the ability to serve more patients effectively.

Moreover, the durability and precision of the SCAN WINDOW TRIM RIM translate to fewer interruptions in imaging services, which is crucial in high-demand environments. The reduction of artifacts during imaging not only supports better diagnostic outcomes but also enhances the confidence of healthcare providers in their imaging capabilities. This product embodies a commitment to quality and reliability, making it a valuable addition to any imaging department.

Additional notes

SCAN WINDOW TRIM RIM by GE Healthcare