Stryker M-Series 1025

The Stryker M-Series 1025 Stretcher is a high-performance patient transport and procedural solution, designed to meet the demanding requirements of emergency departments, operating rooms, and intensive care units. With advanced features focused on patient safety, ergonomics, and maneuverability, this stretcher provides exceptional comfort and versatility in critical care environments.

Key Features:

• Hydraulic Height Adjustment: The Stryker M-Series 1025 features a smooth hydraulic height adjustment system, allowing healthcare professionals to effortlessly raise or lower the stretcher for optimal patient positioning during procedures or transport.
• Durable Steel Frame: Constructed with a heavy-duty steel frame, the stretcher is built for durability and long-lasting performance in high-demand medical settings.
• Radiolucent Platform: The stretcher's radiolucent surface enables compatibility with X-ray and imaging procedures, making it ideal for emergency and diagnostic care.
• Multi-Position Backrest and Knee Gatch: Offering adjustable positioning, the multi-position backrest and knee gatch enhance patient comfort during extended procedures or transport, allowing for customized care.
• Smooth-Rolling Casters: The stretcher is equipped with large, smooth-rolling casters and a central locking system for easy maneuverability and stability in fast-paced healthcare environments.
• Integrated Safety Features: Includes drop-down side rails and safety belts to keep patients securely positioned, ensuring safe transport and reducing the risk of falls.
• Easy-to-Clean Anti-Microbial Surfaces: Designed with anti-microbial, easy-to-clean surfaces, the stretcher promotes high hygiene standards, reducing the risk of infection in healthcare environments.

The Stryker M-Series 1025 Stretcher combines innovative features, durable construction, and ease of use, making it the ideal solution for patient transport, procedures, and imaging in critical care, emergency rooms, and surgical units. Its versatility and advanced design ensure optimal performance in high-stress medical environments.