Description
Lindy Traction Boot Liner is designed for clinicians who need reliable patient positioning during orthopedic surgery. When you want to support and maintain the position of an anesthetized patient, this liner offers a dependable solution. Ideal for operating room teams seeking a non-sterile, single-use option that helps streamline surgical prep and reduce cross-contamination risks.
- Non-Sterile Construction – Suitable for procedures where sterility is not required, giving you flexibility in the OR.
- Single-Use Design – Reduces the risk of contamination and supports efficient workflow for busy surgical teams.
- Latex-Free Material – Helps protect patients and staff with latex sensitivities, offering peace of mind.
- Supports Patient Positioning – Intended to maintain the position of anesthetized patients, ensuring stability throughout surgery.
Orthopedic Boot Liner for Secure Patient Support
This orthopedic boot liner is crafted for healthcare professionals who need to keep anesthetized patients stable during surgery. The non-sterile, latex-free construction makes it a safe choice for a wide range of procedures. Its single-use format helps prevent infection and simplifies post-op cleanup. Designed for use with compatible traction boots, this liner is a practical addition to your surgical supplies. By supporting patient positioning, it helps clinicians work efficiently and confidently in the operating room.
Features and Benefits
Patient Safety and Comfort
- Latex-Free Composition – Minimizes allergic reactions for sensitive patients and staff.
- Soft Liner Material – Provides gentle contact with the patient’s skin, reducing the risk of pressure points.
Procedure Efficiency
- Single-Use Format – Eliminates the need for reprocessing, saving time between cases.
- Easy Application – Simple to place and secure, streamlining setup for surgical teams.
Compatibility and Use
- Designed for Traction Boots – Intended for use with Allen® Traction Boot A – 93000 and Steris® OT 1000 Traction Boot.
- Non-Sterile – Appropriate for non-sterile procedures where sterility is not required.
Product Specifications
Material and Safety
- Latex-Free: Yes
- Sterilization Status: Non-sterile
Usage Details
- Lifespan: Single-use
Explore More: See all Orthopedic Surgery Disposables | Shop more Lindy Products
Reliable Support for Surgical Teams
Choose this orthopedic boot liner for consistent patient positioning and peace of mind in the OR. Its latex-free, single-use design helps you maintain a safe environment and focus on patient care. Compared to reusable liners, this product reduces the risk of cross-contamination and streamlines your workflow.
- Latex-Free Assurance – Protects against latex allergies for both patients and staff.
- Disposable Convenience – Single-use format eliminates cleaning and reprocessing steps.
- Specialized Fit – Designed for use with specific traction boots for optimal positioning.
- Consistent Performance – Maintains its shape and support throughout the procedure.
Manuals and Troubleshooting Guides
Lindy Traction Boot Liner – Patient Care Boot Insert Pad IFU
Frequently Asked Questions (FAQs)
What is the intended use of this boot liner?
This liner is intended to support and maintain the position of an anesthetized patient during orthopedic surgery.
Is the liner sterile?
No, this product is non-sterile and intended for single-use procedures where sterility is not required.
Can the liner be reused?
No, it is designed for single-use only and should be discarded after each procedure.
Is the liner latex-free?
Yes, the liner is made from latex-free materials to help prevent allergic reactions.
Which traction boots are compatible with this liner?
This liner is designed for use with Allen® Traction Boot A – 93000 and Steris® OT 1000 Traction Boot.
Who should use this product?
This product is intended for use by healthcare professionals during surgical procedures requiring patient positioning.
How should the liner be disposed of after use?
Dispose of the liner according to your facility’s protocol and all applicable regulations for surgical devices.
