Neonatal Infant Tracheal Tube Holder Examples for Fit and Skin Care

A holder can be secure and still be the wrong fit. One adjustable neonatal endotracheal tube-support prototype uses a flexible tube 10 mm in diameter and 300 mm long; those dimensions describe that design, not a universal sizing standard. A neonatal infant tracheal tube holder needs to suit the infant, the endotracheal tube and the planned fixation approach.

For neonatal clinicians, choosing a neonatal infant tracheal tube holder means balancing tube stability with careful attention to delicate skin. Adhesive placement, cheek-pad design, cleaning requirements and tube compatibility all affect how a holder fits into care. This guide explains which design features to compare, how to assess size and compatibility, and what to consider when skin irritation is a concern. Practical examples show how teams can evaluate holder options in context rather than relying on a single measurement or feature.

Design of an adjustable neonatal endotracheal tube support device

A neonatal endotracheal tube support prototype uses a flexible tube measuring 10 mm in diameter and 300 mm long. These dimensions describe that prototype, not a universal holder size. Its component 10 is made from a 3 mm thick stainless steel sheet. The design pairs a flexible section with a more rigid structural component.

Independent tube adjustment is another design consideration. Assess whether the endotracheal tube can be repositioned while the support base stays stable. If adjustment moves the entire assembly, the design may not allow independent positioning. During a controlled design review, observe the tube interface and base together.

Review the parts in sequence: identify infant-contacting surfaces, locate the tube-retention point, then observe how adjustment affects the support. Check whether movement at the interface transfers force to the infant’s face or shifts the base. The design is associated with Petty Patent Application No. 2303001089. Treat the prototype’s measurements as design descriptors, not a Canadian sizing or clinical standard.

Canadian clinicians should follow their hospital’s approved neonatal airway and endotracheal tube securement protocol, as well as the holder’s instructions for use. The local protocol should guide fixation, reassessment and responses to tube movement. Device instructions explain the intended setup and handling.

Example: a team assesses whether an adjustable support suits an infant and the selected tube. Action: compare the tube interface with the actual tube, then observe whether adjustment moves the base. Result: the review shows whether the design allows independent positioning or transfers movement to the holder. Record the fit and adjustment steps in the local assessment instead of treating prototype measurements as universal selection criteria.

Cheek pads and adhesive

Cheek pads spread contact across the face, while adhesive secures selected points of the fixation system. Assess each part separately: note the pad’s coverage, identify where adhesive touches the skin, and observe whether tube movement shifts either component. The cheek interface should fit the infant’s facial contours without obstructing access to the mouth or tube connection. Fit depends on the infant and the device design, not on one universal pad shape.

Adhesive tape can secure a tube directly or attach another part of a fixation system. A dedicated holder may combine adhesive contact with a shaped pad or mechanical retention. Neither method is automatically suitable for every infant. Compare the number and location of adhesive contact points, the holder’s adjustment method and how staff can access the face during care.

How do neonatal tube holders compare with adhesive tape or other securement methods? Tape provides a direct, adaptable fixation approach, while a holder may add a structured interface for positioning the tube. Compare fit, adjustment and skin-contact features under the same local protocol.

• Pad fit: Check whether the edges sit flat rather than fold against facial contours.
• Adhesive placement: Identify contact areas and whether the design allows inspection of nearby skin.
• Access: Assess whether routine mouth and tube checks remain practical.

Example: a team notices an edge lifting near an infant’s cheek. Action: staff assess pad alignment, adhesive contact and tube position, then follow local protocol for any adjustment or replacement. Result: the team can distinguish a fit issue from a change in tube position and document its response. This structured review also helps compare tape-based fixation with a holder without assuming either option works the same way for every infant.

Before selecting a system, review its instructions for use and the hospital’s skin-care process. Follow the specified method for applying and removing adhesive; do not substitute products or techniques without approval. During scheduled care, inspect visible contact areas and record changes according to unit practice. A clear record connects the selected pad and adhesive approach with observed fit, access and skin condition.

Cleaning and skin irritation

Cleaning and skin checks should follow the holder’s instructions for use and the neonatal unit’s infection-prevention process. First, determine whether the device is single-use or reusable. Clean reusable components only as specified by the manufacturer; do not reprocess single-use components. Before reuse or application, check for residue, moisture and damage.

What are the risks of neonatal endotracheal tube securement, including skin injury and accidental extubation? Pressure, friction and adhesive removal can injure fragile skin. Loose or displaced fixation can allow tube movement and accidental extubation. During care, staff should assess both skin contact and tube position.

During each routine airway assessment, inspect visible skin around contact points for redness, pressure marks, moisture or breakdown. Also check whether adhesive edges are lifting and whether the tube’s documented position has changed. If a concern arises, follow the unit’s airway and skin-care protocol before adjusting securement.

• Before cleaning: Identify reusable and single-use parts, then follow the relevant instructions.
• During skin assessment: Observe contact areas and note changes in the clinical record.
• After handling: Reassess tube position and fixation integrity.

How often should a neonatal endotracheal tube holder be checked or replaced? Check it during routine airway assessments and after repositioning, handling or visible loosening. Replace it when the manufacturer’s instructions or local protocol call for replacement, or when damage, contamination or compromised fixation makes continued use unsuitable.

Example: after routine care, a cheek contact area looks irritated and an adhesive edge has lifted. Action: the team assesses the skin and tube position, then follows its protocol for skin care and securement. Result: staff document both findings and can reassess the site and fixation during subsequent airway checks.

For cleaning, do not apply an unapproved solution to the holder or infant-contact surfaces. A cleaning agent can affect materials, while excess moisture may interfere with adhesive contact. Follow the product instructions, allow components to reach the condition specified for use, and confirm secure placement before completing the care episode.

Tube holder sizes and compatibility

A holder’s size label is only a starting point. Compatibility depends on the endotracheal tube’s dimensions, the holder’s retention mechanism and the infant’s facial fit. Compare the actual tube with the holder’s stated size range and interface. Do not assume two devices fit together because their labels use similar terms.

Check the tube where it contacts the holder, including its shape and any part that passes through a clamp or opening. Then assess whether the holder secures it without obstructing the connector or restricting access for airway care. A design that accepts the tube but shifts during adjustment may not provide a practical fit.

• Tube interface: Match the tube’s external profile to the holder’s stated compatibility.
• Adjustment: Check that the retention feature closes or grips as intended.
• Clinical access: Confirm the holder leaves the connector and care area accessible.
• Infant fit: Assess whether the base sits appropriately without interfering with facial features.

Example: a unit evaluates a new holder for a tube already used in its neonatal care setting. Action: the team checks the tube against the manufacturer’s compatibility information, tests the intended placement and observes whether adjustment affects the tube or base. Result: staff can document whether the combination complies with the device instructions and local protocol, rather than relying on a size label alone.

Compatibility also matters when replacing equipment. If the tube type or holder changes, reassess the connection and retention points instead of assuming the previous fit still applies. Record the selected combination and fit observations in the unit’s process. This gives the care team a clear reference for later reviews of the same setup.

For Canadian facilities planning respiratory equipment, review respiratory care equipment options as part of broader clinical equipment planning. For holder selection, the key decision remains the fit between the specific tube, retention interface and infant, assessed against the device instructions and local protocol.

Novus Medical: LungFit® PH

LungFit® PH is a respiratory therapy system that uses patented Plasma Pulse Technology® to generate inhaled nitric oxide from ambient air. It addresses a different clinical need from tube securement, so it is not a neonatal holder or a substitute for one. For Canadian care teams reviewing respiratory technologies alongside airway equipment, this distinction helps align equipment selection with its intended clinical application.

Novus Medical offers LungFit® PH to facilities considering the system as part of their respiratory therapy planning. Review it against your clinical requirements, workflows and equipment priorities, while evaluating neonatal tube holders separately for tube fit, fixation and skin contact. This keeps the securement decision focused on the infant and the specific airway setup.

Contact Novus Medical to discuss LungFit® PH and its role in your respiratory care planning.

Make the next securement review practical

Use the next equipment review to turn bedside observations into a clear selection brief. Include the clinical use, intended workflow and practical requirements staff identified during evaluation. This gives respiratory, neonatal and procurement teams a shared basis for discussing options instead of relying on informal recollection when planning changes.

When selecting a neonatal infant tracheal tube holder, record the rationale alongside relevant equipment records. This context helps staff explain the purpose of the chosen approach during future reviews, especially when team members or care settings change. Keep the brief focused on the facility’s needs and established clinical processes.

Novus Medical can be part of the broader respiratory equipment discussion when your facility is planning its next steps. Connect with Novus Medical about equipment planning and continue the conversation with your team’s priorities clearly in view.

Frequently Asked Questions

What is a neonatal endotracheal tube holder and how does it work?

A neonatal endotracheal tube holder is an airway accessory designed to help maintain the tube’s selected position. Designs may use adhesive attachment, a mechanical retention point or both. In clinical use, its role is distinct from the tube itself and the ventilator circuit. Review the product instructions to understand its specific components and their intended relationship.

Which tracheal tube holders are suitable for neonates and premature infants?

Choose a holder whose manufacturer instructions specify neonatal use and account for the infant’s clinical context. For a premature infant, consider whether the application method is feasible within the care plan, including access required for other bedside procedures. Do not assume that a product intended for a broader patient group is suitable simply because it can physically attach to a neonatal tube.

What neonatal endotracheal tube sizes and holder size ranges are supported?

Supported tube sizes and holder ranges are model-specific; the product labelling and instructions provide the applicable specifications. The adjustable prototype discussed in this article has a flexible tube measuring 10 mm in diameter and 300 mm long, but those are prototype dimensions, not a range of compatible endotracheal tube sizes. Use the stated compatibility information for the exact holder and tube combination.

How should clinicians apply and adjust a neonatal tracheal tube holder?

Application should be performed by clinicians trained in neonatal airway care, following the product instructions and the facility’s approved procedure. Before use, prepare the required airway equipment and communicate the intended tube position among the team. After a planned adjustment, document the change according to unit practice so the next clinician understands what changed and why.

What infection-control and cleaning requirements apply to neonatal tube holders in Canada?

Canadian facilities should follow their infection-prevention and control policies alongside the product labelling when determining handling and reprocessing. Cleaning agents and methods must be compatible with the holder materials and permitted by its instructions. Facilities can also define how staff document reprocessing and product integrity. Do not use a general cleaning method if the device instructions specify another process.