SCREW 46-170498P95 by GE Healthcare

Key Highlights

• The SCREW 46-170498P95 by GE Healthcare is designed for optimal compatibility with advanced imaging systems, ensuring reliable performance in clinical settings.
• Manufactured with precision, this component enhances the structural integrity of imaging devices, contributing to their overall durability and longevity.
• Its application in systems such as the REVOLUTION XR/D and XT SUSPENSION AR highlights its versatility across various imaging modalities.
• This component is engineered to meet stringent quality standards, providing healthcare professionals with confidence in its performance and reliability.
• Utilizing this screw can streamline maintenance processes, reducing downtime and improving workflow efficiency in busy medical environments.

Compatible Systems & Use Cases

• REVOLUTION XR/D - Suitable for advanced radiographic imaging, enhancing system reliability.
• XT SUSPENSION AR - Ideal for use in dynamic imaging scenarios, ensuring stability and performance.

Technical Specifications

Parameter	Value
Part Number	46-170498P95
Material	High-strength alloy
Weight	Approx. 10 grams

Clinical and Service Value

The SCREW 46-170498P95 is a critical component that supports the operational efficiency of imaging systems. Its robust construction ensures that it can withstand the rigors of daily use in clinical environments, thereby reducing the frequency of replacements and associated maintenance tasks. This reliability translates into improved uptime for imaging equipment, allowing healthcare providers to deliver timely patient care.

Moreover, the integration of this screw into systems like the REVOLUTION XR/D and XT SUSPENSION AR enhances overall workflow by facilitating quicker assembly and disassembly during routine maintenance. This efficiency not only minimizes disruption within the clinical setting but also optimizes resource allocation, allowing biomedical engineers to focus on other critical tasks. The SCREW 46-170498P95 exemplifies how quality components can significantly impact the operational effectiveness of medical imaging systems.

Additional notes

SCREW 46-170498P95 by GE Healthcare