Stryker GO Bed Hospital Bed Pad

The Stryker GO Bed Hospital Bed Pad maximizes comfort and postural support through its advanced multi-layered, multi-density construction, making it suitable for general patient care and critical environments like ICU/CCU. You can select one of two high-quality internal core options tailored to specific needs:

• Assure II Foam: Features a supportive (1.8 density, 45 ILD) core ideal for stability and extended patient stays. This option also includes two 3-inch wide FirmEdge passive restraint system sides to enhance patient stability.
• Memory Foam: This option prioritizes superior rest quality and pressure relief by incorporating a double thickness top layer of Viscotech memory foam.

Both configurations utilize durable, healthcare-grade covers (Nymed nylon and Vynmed vinyl) which are removable for easy maintenance.

The Stryker GO Bed Hospital Bed Pad is designed to provide excellent postural support for patients. This is achieved through its multi-layered, multi-density construction, which ensures optimal comfort and support in various settings, including general patient care and ICU/CCU environments.

Yes, both configurations of the Stryker GO Bed Hospital Bed Pad (Assure II Foam and Memory Foam) meet California Technical Bulletin 121 and 16CFR part 1633 fire test requirements, ensuring safety and regulatory adherence.

The Stryker GO Bed Pad uses a multi-layered, multi-density design for optimal comfort and postural support, offering two premium foam core configurations:

• Assure II Foam: This configuration provides robust stability and support, making it appropriate for longer patient stays.
  • It features a resilient 1.8 density, 45 ILD core.
  • Enhanced stability is provided by two 3-inch wide FirmEdge passive restraint system sides.
• Viscotech Memory Foam: This option maximizes rest quality and focuses on advanced pressure relief.
  • It includes a double thickness top layer of revolutionary Viscotech memory foam.
  • The top cover utilizes a soft, yet durable, Nymed polyurethane coated healthcare nylon.

The Stryker GO Bed Hospital Bed Pad is ideal for use in hospitals, rehabilitation centers, and long-term care facilities. It is designed for general patient care and ICU/CCU environments.

The Assure II Foam core is engineered for robust support and durability, ideal for extended patient stays. Its key specifications are as follows:

• Density: 1.8
• Indentation Load Deflection (ILD): 45

This configuration also incorporates two 3-inch wide FirmEdge passive restraint system sides, which enhance patient safety by providing passive restraint and superior postural support.

The FirmEdge system is an important safety feature included exclusively with the Assure II Foam core configuration of the Stryker GO Bed Hospital Bed Pad. It is specifically designed to provide postural support for high-risk patients and those requiring extended stays.

This system enhances patient stabilization through a passive restraint design:

• Construction: It consists of two high-density foam sections, each measuring 3 inches wide, integrated into the sides of the mattress.
• Function: These firm edges act as a gentle perimeter or barrier, helping to stabilize the patient and mitigate the risk of accidental rolling or exiting the bed surface.
• Benefit: The system ensures consistent support and stability across the entire sleeping area, complementing the multi-layered, multi-density core.

Yes, the Stryker GO Bed mattress pads feature durable, specialized healthcare covers that are completely removable, facilitating essential cleaning and maintenance in clinical settings.This construction is a major benefit for hygiene and extended patient stays.The high-quality materials used vary based on your selected core configuration:

• Top Cover: Features removable Nymed healthcare nylon. If you select the Memory Foam option, this top layer is an advanced Nymed polyurethane-coated nylon (210 denier) engineered to be soft and non-brittle.
• Bottom Cover: Features removable Vynmed healthcare vinyl for robust protection against the bed base.