Graham-Field Hoyer Compatible Padded Slings

Yes, these slings are designed to be compatible with Hoyer lifts and meet the requirements of E0621.

The Graham-Field Hoyer Compatible Padded Slings are equipped with four-point loops for secure and comfortable patient transfers.

Yes, these Graham-Field slings are constructed from high-durability polyester, designed to withstand frequent use in both clinical and home-care settings. Key features include:

• Premium Construction: The durable polyester material is engineered to meet rigorous weight and size specifications for long-lasting structural integrity.
• Enhanced Comfort: Each sling features deluxe closed-cell padding to minimize pressure points and ensure maximum comfort for the patient during transfers.
• Secure Design: The slings utilize a robust four-point loop system, making them fully compatible with most standard Hoyer-style patient lifts.
• Compliance: These slings are specifically designed to meet E0621 requirements for safe patient handling.
• Versatile Capacity: Available in various sizes to accommodate different patient needs:
  • Medium: Supports 99–210 lbs.
  • Large: Supports 198–350 lbs.
  • XL: Supports 270–600 lbs.

The Graham-Field Padded Slings are available in various sizes to support different patient needs. The maximum weight capacity depends on the specific size selected:

• Medium: 99–210 lbs capacity
• Large: 198–350 lbs capacity
• XL: 270–600 lbs capacity

These slings are crafted from durable, high-quality polyester and feature deluxe closed-cell padding to ensure both safety and comfort during every transfer.

Yes, these padded slings are available in two configurations to best meet patient needs and required stability:

• Standard: Slings without integrated head support.
• With Head Support: Slings that include an integrated feature for additional head and neck stability.

This optional feature is available across all sizes (Medium, Large, and XL).

Yes, the Graham-Field Hoyer Compatible Padded Slings are available in Medium, Large, and XL sizes. These options ensure you can select the most appropriate fit for various patient needs.

These slings feature deluxe closed cell padding to provide enhanced comfort and effectively reduce pressure points during patient transfers. This ensures a more comfortable experience for the user.

Yes, these Graham-Field slings are specifically designed to maximize patient comfort and security during lifting and transfers.

• Deluxe Closed-Cell Padding: They feature deluxe closed-cell padding throughout the structure to provide superior cushioning and support.
• Enhanced Stability: The padding is ribbed in the lower sections to offer enhanced support and stability for the patient.
• Durable Materials: The slings are constructed from durable polyester material and include four-point loops for secure attachment to compatible patient lifting systems.

Yes, these Graham-Field slings are designed to offer excellent quality at a value price, matching the weight and size specifications of leading name-brand equipment.

Key features ensuring high quality and safe transfers include:

• Durable Construction: Made from durable polyester material, designed for longevity and reliability.
• Enhanced Patient Comfort: Features deluxe closed-cell padding to maximize patient comfort during lifting procedures.
• Secure Transfers: Equipped with robust four-point loops for a secure connection to compatible Hoyer-style lifting systems.
• Compliance: The slings are designed to meet the regulatory requirements of E0621.

Yes, these Graham-Field slings are manufactured to strict specifications ensuring safety and reliability during patient transfers.

• Compliance: They are designed to meet the requirements of the E0621 standard for patient lifts and slings.
• Secure Attachment: They feature robust four-point loops for a secure, stable connection to compatible lifting systems.
• Durable Construction: The slings are made from durable polyester material and are manufactured to the same weight and size specifications as leading name-brand equivalents.