Stryker® Power-PRO XT & Power-PRO 2 Half Shell Bearings

The Power-PRO XT (6506) & Power-PRO 2 (6507) Half Shell Bearings are crucial components designed for the preventative maintenance of the Stryker® Power-PRO XT and Power-PRO 2 ambulance cots. These bearings play a vital role in ensuring the smooth operation and longevity of the cot mechanisms. A total of 16 half shell bearings are required to complete a maintenance cycle, ensuring that all moving parts function efficiently with minimal wear and tear. The bearings' dimensions are specifically tailored to match the requirements of the Power-PRO XT and Power-PRO 2 models, guaranteeing a perfect fit and optimal performance.

Intended Use: These half shell bearings are intended for use by emergency medical services (EMS) professionals tasked with the maintenance of Stryker® Power-PRO XT (6506) or Power-PRO 2 (6507) ambulance cots. They are designed to replace worn or damaged bearings, maintaining the cot's mechanical integrity and operational readiness, which is crucial for patient transport and care.

Benefits:

• Smooth Operation: Ensures the cot mechanisms operate smoothly, enhancing overall performance and reducing the risk of malfunction during use.
• Preventative Maintenance: Integral to the cot's maintenance regimen, these bearings help prevent future breakdowns and extend the cot's service life.
• Specific Compatibility: Precisely engineered for the Stryker® Power-PRO XT and Power-PRO 2 models, ensuring seamless fit and function.

Specifications:

• Height: 0.5 inches
• Width: 1.5 inches
• Length: 2.5 inches
• Quantity Required: 16 for a complete preventative maintenance cycle
• Compatibility: Designed exclusively for the Stryker® Power-PRO XT (6506) and Power-PRO 2 (6507) ambulance cots.

The Power-PRO XT (6506) & Power-PRO 2 (6507) Half Shell Bearings are essential for maintaining the operational efficiency and reliability of your ambulance cots. By incorporating these bearings into your regular maintenance schedule, EMS providers can ensure their equipment remains in top condition, ready to serve the critical needs of patients in emergency situations.