NUT 8-32 UNC by GE Healthcare

Key Highlights

• The NUT 8-32 UNC by GE Healthcare is designed to enhance the functionality of the 88 SPOT FILM DEVICE, ensuring optimal performance in imaging applications.
• Constructed with precision engineering, this component guarantees reliability and durability, which are critical in high-demand clinical environments.
• Its compatibility with established GE Healthcare systems allows for seamless integration, minimizing disruption during upgrades or maintenance.
• Designed for ease of installation, the NUT 8-32 UNC facilitates quick service interventions, reducing downtime and enhancing workflow efficiency.
• This product adheres to industry standards, ensuring safety and compliance within medical imaging practices.

Compatible Systems & Use Cases

This product is compatible with the following model:

• 88 SPOT FILM DEVICE

It is primarily utilized in radiology departments for film processing and imaging, supporting various clinical scenarios such as diagnostic imaging and patient monitoring.

Technical Specifications

Parameter	Value
Material	High-Strength Alloy
Thread Size	8-32 UNC
Dimensions	Standardized for GE Compatibility

Clinical and Service Value

The NUT 8-32 UNC by GE Healthcare provides significant clinical value by ensuring that the 88 SPOT FILM DEVICE operates at peak performance. Its robust design minimizes the risk of mechanical failure, which is essential in maintaining the continuity of imaging services. This reliability is crucial for patient diagnostics, where timely and accurate imaging is paramount.

From a service perspective, the ease of installation and standardization of this component simplifies maintenance procedures. Biomedical engineers can quickly replace or service the part without extensive training or specialized tools, thus reducing potential downtime. This operational efficiency not only streamlines workflows but also supports the overall productivity of the radiology department, enhancing patient care delivery.

Additional notes

NUT 8-32 UNC by GE Healthcare