Stryker® Power-LOAD Handle Grip for Patient Right

The Power-LOAD (6390) Handle Grip for Patient Right is a critical component designed specifically for the Stryker® Power-LOAD, aimed at ensuring ergonomic and safe operation during patient transport. This handle grip is essential for preventative maintenance, providing a durable and comfortable grip that enhances the safety and efficiency of emergency medical services personnel. The precise dimensions of the grip are engineered to offer optimal comfort and security, making it a vital replacement part for maintaining the system's functionality.

Intended Use: Intended for medical and emergency services professionals, this handle grip is designed for the patient right side of the Stryker® Power-LOAD (6390) system. It serves as a replacement for worn or damaged grips, ensuring that operators have a secure and reliable hold during the critical process of loading and unloading patients, thereby improving safety and reducing the potential for strain or injury.

Benefits:

• Safety Enhancement: Offers a secure and firm grip for operators, minimizing the risk of accidents during patient handling.
• Ergonomic Design: Provides a comfortable grip, reducing fatigue and strain on EMS personnel during extended periods of use.
• Preventative Maintenance: The replacement of the handle grip is a key aspect of the Power-LOAD system's preventative maintenance, helping to prolong the system's lifespan and maintain its operational efficiency.

Specifications:

• Height: 1.5 inches
• Width: 5 inches
• Length: 0.5 inches
• Compatibility: Specially designed for the patient right side of the Stryker® Power-LOAD (6390) system.

The Power-LOAD (6390) Handle Grip for Patient Right is an indispensable part of the Power-LOAD, ensuring that emergency medical service providers can continue to deliver high-quality care with enhanced safety and operational efficiency. Regular replacement and maintenance of this component are crucial for the reliable and effective use of the Power-LOAD system in critical patient transport scenarios.