REIN MID SPACER by GE Healthcare

Key Highlights

• The REIN MID SPACER by GE Healthcare is designed to enhance imaging performance in advanced CT systems.
• Compatible with multiple GE LIGHTSPEED models, it ensures versatility across various clinical applications.
• Its innovative design facilitates improved patient comfort and workflow efficiency during imaging procedures.
• Constructed with high-quality materials, the spacer is built for durability and consistent performance.
• Streamlined integration with existing systems minimizes downtime and supports rapid deployment in clinical settings.

Compatible Systems & Use Cases

The REIN MID SPACER is compatible with the following GE Healthcare models:

• LIGHTSPEED VCT
• LIGHTSPEED PRO 32
• LIGHTSPEED 7X

It is ideally suited for use in diagnostic imaging scenarios, particularly in computed tomography (CT) applications where precision and patient comfort are paramount.

Technical Specifications

Parameter	Value
Material	High-density polyethylene
Dimensions	Standardized for LIGHTSPEED compatibility
Weight	Lightweight for ease of handling

Clinical and Service Value

The REIN MID SPACER enhances clinical workflows by providing a reliable solution for positioning during imaging procedures. Its compatibility with a range of GE LIGHTSPEED systems allows healthcare facilities to optimize their existing equipment without the need for extensive modifications. This adaptability not only supports diverse imaging needs but also fosters a seamless integration into current operational protocols.

Moreover, the durable construction of the REIN MID SPACER ensures longevity and minimizes the frequency of replacements, thereby reducing maintenance concerns. Its lightweight design facilitates easier handling by clinical staff, contributing to improved efficiency in patient throughput. Overall, the REIN MID SPACER serves as a valuable asset in enhancing imaging quality while supporting optimal patient care and operational efficiency.

Additional notes

REIN MID SPACER by GE Healthcare