KICK DOOR PIVOT ROD COUPLING by GE Healthcare

Key Highlights

• The KICK DOOR PIVOT ROD COUPLING by GE Healthcare is designed for enhanced durability and reliability in imaging systems.
• Compatible with HISPEED CT/I and LIGHTSPEED 1X models, ensuring seamless integration into existing workflows.
• This component is engineered to facilitate smooth operation of imaging equipment, reducing downtime and maintenance needs.
• Its robust design minimizes wear and tear, contributing to the longevity of imaging systems.
• Easy installation and replacement streamline service processes, enhancing overall operational efficiency.

Compatible Systems & Use Cases

The KICK DOOR PIVOT ROD COUPLING is compatible with the following systems:

• HISPEED CT/I
• LIGHTSPEED 1X

This coupling is typically utilized in computed tomography (CT) applications, where precise mechanical function is critical for optimal imaging performance.

Technical Specifications

Parameter	Value
Material	High-strength polymer
Dimensions	Standardized to fit GE Healthcare models
Weight	Lightweight for easy handling

Clinical and Service Value

Investing in the KICK DOOR PIVOT ROD COUPLING provides significant clinical value by ensuring that imaging systems operate at peak efficiency. Its compatibility with key GE Healthcare models allows for a straightforward integration into existing setups, minimizing disruptions during installation. This reliability is crucial in clinical settings where imaging accuracy and equipment uptime are paramount.

From a service perspective, the design of the KICK DOOR PIVOT ROD COUPLING facilitates easier maintenance and quicker replacements, which can lead to reduced service time. Biomedical engineers and procurement teams will appreciate the component’s robust construction, which is intended to withstand the rigors of daily use. This not only enhances the longevity of the imaging systems but also supports a more efficient workflow within the healthcare environment.

Additional notes

KICK DOOR PIVOT ROD COUPLING by GE Healthcare