Body surface conduit fixing device – Type G

Body Surface Conduit Fixing Device – Type G

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Specialized Fixation with Adjustable Nylon Adhesive Strap

• Primary Use: Provides a sterile, single-use catheter fixation device featuring an adjustable nylon adhesive strap design that allows the device to be repositioned and tensioned around the catheter without requiring adhesive contact with healthy skin.

• How it helps: For the clinical nurse and intensive care unit (ICU) clinician, the Type G device utilizes a nylon Velcro-like strap that wraps around the conduit and adheres to itself, creating a secure, customizable hold that can be adjusted or released without removing the entire device . Unlike adhesive-based fixation devices that rely on skin contact, the Type G mechanism allows clinicians to move the fixing point along the catheter to the optimal position. For the patient, this design reduces the risk of skin irritation from adhesive materials and allows for easy readjustment if the catheter shifts, without the pain of peeling off an adhesive dressing.

2. Mechanical Fixation Replacing Adhesive Skin Contact

• Primary Use: Designed as a mechanical catheter holder where the nylon adhesive strap directly grips the conduit, minimizing the amount of direct skin adhesion required and serving as an alternative for patients with fragile or compromised skin.

• How it helps: For the wound care nurse and dermatology liaison, the Type G device is a valuable alternative for patients with conditions that make traditional adhesive fixation problematic, such as fragile skin, dermatitis, or known adhesive allergies. The fixing mechanism relies on the strap’s grip on the catheter itself rather than the skin’s adhesion to a patch . For the patient with sensitive skin, a history of medical adhesive-related skin injury (MARSI), or those receiving radiation therapy, Type G offers a way to securely fix medical tubing while preserving skin integrity.

3. Class I Medical Device for General Catheter Securement

• Primary Use: The Type G device is classified as a Class I medical device, representing the lowest risk category and indicating its suitability for general-purpose external catheter fixation across multiple clinical scenarios .

• How it helps: For the hospital procurement manager and clinician, the Class I classification signifies that Type G devices are subject to general controls and are appropriate for standard external use in securing medical conduits without specialized training beyond standard nursing practice . This classification streamlines hospital inventory management and ensures broad accessibility. For the patient, this means the device has met essential safety and effectiveness requirements for its intended use as a catheter holder.

4. Compatibility with Multiple Catheter Types

• Primary Use: Type G devices are engineered to be compatible with a variety of medical conduits, including feeding tubes, drainage catheters, and intravenous lines, by utilizing an adjustable strap that conforms to different tube diameters.

• How it helps: For the clinician managing a patient with multiple indwelling lines, the Type G device reduces the need to stock separate fixation devices for each tube type. The universal strap mechanism can be positioned along the catheter, allowing one device to accommodate various sizes . For the patient, this versatility ensures the correct securement device is always available at the bedside, reducing delays in stabilization when new lines are placed.

5. Breathable Non-Woven Material for Patient Comfort

• Primary Use: Constructed with breathable, non-woven fabrics that promote air circulation, reduce moisture accumulation under the fixation site, and help prevent maceration and fungal infections.

• How it helps: For the long-term care or rehabilitation nurse, the breathable construction of Type G devices reduces the risk of moisture-associated skin damage (MASD) often seen with occlusive dressings, particularly in warm environments or in patients who are diaphoretic. For the patient, a breathable material improves comfort during extended wear, reduces itching and the sensation of trapped heat, and supports overall skin health at the fixation site.

SECONDARY & SUPPORTIVE USES

1. Tracheal Intubation Tube Securement: The adjustable nylon strap can be used to circumferentially secure endotracheal tubes, reducing the risk of accidental extubation in mechanically ventilated patients .

2. Nasogastric and Orogastric Tube Fixation: Secures feeding or decompression tubes to the patient’s cheek or nose, preventing tube migration and reducing nasal alar pressure injury.

3. Epidural Catheter Stabilization: Anchors epidural catheters used for pain management in labor or post-operative recovery, using a strap-based mechanism that avoids direct adhesive contact.

4. Hemodialysis Catheter Securement: Stabilizes large-bore dialysis catheters, where the strap method provides robust holding power to withstand the torque generated by high flow rates.

5. Peripheral Nerve Catheter Holder: Used in regional anesthesia to secure continuous peripheral nerve block catheters (e.g., femoral, interscalene), preventing pullout during patient movement.

6. Chest Tube and Surgical Drain Securement: Holds drainage tubes in place without needing to apply adhesive directly over the fresh surgical incision or compromised periwound skin.

7. Central Venous Catheter (CVC) Stabilization: Secures central lines, allowing the fixation point to be adjusted along the catheter line to relieve tension at the insertion site.

8. Peripherally Inserted Central Catheter (PICC) Securement: Stabilizes PICC lines on the upper arm, with a strap that conforms to the limb and allows for circumferential compression adjustment.

9. Arterial Line Securement: Holds arterial lines in place, reducing the risk of displacement during patient transport or limb movement.

10. Urinary Catheter Fixation: Secures Foley catheters to the patient’s leg to prevent urethral traction and reduce the risk of catheter-associated urinary tract infection (CAUTI).

11. Wound Drainage Tube Management: Organizes and stabilizes multiple surgical drains (e.g., Jackson-Pratt, Hemovac) exiting a wound site, preventing tangling and tension.

12. External Ventricular Drain (EVD) Securement: Anchors EVD catheters, with a repositionable strap that allows for fine adjustments to the drainage system’s zero-reference level.

13. Patient-Controlled Analgesia (PCA) Line Protection: Secures PCA tubing to the patient’s gown or limb, preventing accidental dislodgement during sleep.

14. Pediatric Catheter Securement: Offers a gentle yet secure hold for children with sensitive skin, where adhesive-based devices may cause irritation or blistering.

15. Geriatric Skin Protection: Designed for elderly patients with thin, fragile skin, minimizing the use of adhesives and reducing the risk of skin tears.

16. Home Healthcare Line Management: A user-friendly option for family caregivers, as the strap mechanism is intuitive to release and re-secure for daily site inspections.

17. Rehabilitation and Physical Therapy Support: Enables patients with indwelling lines to participate in therapy without fear of dislodgement, as the strap can be periodically checked and retensioned.

18. Burn and Trauma Patient Securement: Used in patients with compromised skin integrity where traditional adhesives cannot be applied; the strap relies on mechanical compression rather than skin adhesion.

19. Pre-hospital and Emergency Department Securement: Quickly applied in trauma bays to stabilize emergency lines before patient transport, allowing for rapid adjustment as patient positioning changes.

20. Operating Room Post-Procedure Dressing: Applied immediately after line placement to provide initial stabilization, with the strap allowing for later repositioning without peeling off an adhesive base.

21. Magnetic Resonance Imaging (MRI) Compatibility: Type G devices typically contain minimal metal components, making them suitable for use in the MRI suite for patients with imaging needs.

22. Long-Term Care Facility Catheter Stabilization: Provides durable, extended-wear securement for residents with chronic indwelling catheters, with straps that can be loosened for site inspection and retightened.

23. Tracheostomy Tube Stabilization: Functions as an adjustable securement device for tracheostomy tube flanges, preventing tube movement that could cause tracheal injury or accidental decannulation.

24. Negative Pressure Wound Therapy Tubing Securement: Holds NPWT tubing in place to prevent tension on the wound drape, which could break the therapeutic vacuum seal.