CORROSION RESISTANCE PEDAL MECHANISM by GE Healthcare

Key Highlights

• Durable Design: The Corrosion Resistance Pedal Mechanism by GE Healthcare is engineered for longevity, ensuring optimal performance in high-demand environments.
• High Load Capacity: Each pedal can withstand a load of up to 100 Kg, making it suitable for various clinical applications that require robust foot control.
• Versatile Compatibility: Designed specifically for GE Healthcare ultrasound systems, including the VIVID E9 and VIVID E, enhancing operational efficiency across multiple modalities.
• Comprehensive Mechanism: The assembly includes components such as an axle bracket base, torsion spring cam, and block bearing, contributing to its reliable functionality and ease of maintenance.
• Enhanced Workflow: The pedal mechanism streamlines user interaction with ultrasound systems, allowing for improved workflow and patient care during examinations.

Compatible Systems & Use Cases

• Models:
  • VIVID E9
  • VIVID E
• Use Cases:
  • Ultrasound imaging for cardiology and obstetrics
  • General imaging applications in clinical settings
  • Environments requiring high-frequency use of ultrasound systems

Technical Specifications

Clinical and Service Value

The Corrosion Resistance Pedal Mechanism by GE Healthcare offers significant advantages for procurement and maintenance within clinical settings. Its robust design ensures longevity, reducing the frequency of replacements and minimizing downtime. This reliability is crucial in busy healthcare environments where ultrasound systems are used extensively. The ability to support high loads on each pedal enhances the safety and efficacy of procedures, allowing healthcare professionals to focus on patient care without concerns about equipment failure.

Moreover, the mechanism's compatibility with GE Healthcare's VIVID series ensures seamless integration into existing workflows. This compatibility simplifies training for clinical staff, as they can quickly adapt to the pedal's functionality. Additionally, the comprehensive design, which includes multiple components working in unison, promotes ease of maintenance. Regular servicing can be performed with minimal disruption to clinical operations, ultimately contributing to improved patient outcomes and efficient use of hospital resources.

Additional notes

The Pedal Mechanism is used in Ultrasound and many other similar machines. It comprises of an axle bracket base, axle rotation, torsion spring cam, block bearing, bracket base plate, cam pedal, arm cam, roller, bolt and screws. Pedal mechanics can withstand 100 Kg load on each pedal.