Sale price$63.78

Special Order Item

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Description

Heat and Moisture Exchanger-Trach McKesson ≤25 mg H₂O/L 30 LPM T-Style (Case of 50 Packs)


  • Sold by: Case
  • Contents: 50 packs per case
  • McKesson Trach HME
  • Single Patient Use

Frequently asked questions

Is this HME suitable for pediatric patients?

Yes, this device is engineered to be compatible with both adult and pediatric applications, making it a versatile choice for various patient care needs.

Will this device be comfortable for the patient?

Absolutely. It is designed to be lightweight at only 5 grams, minimizing the burden on the patient while maintaining effective respiratory humidification.

Is this HME easy for a patient to breathe through?

Yes, the unit features a low-resistance design of 1.0 cm H₂O at 30 LPM, which is specifically engineered to facilitate ease of breathing for the user.

Is this safe for someone with a latex allergy?

Yes, this product is not made with natural rubber latex, ensuring safety for patients with latex sensitivities.

Can I use this with a standard tracheostomy tube?

Yes, this T-style HME is designed for use with standard tracheostomy tubes that require supplemental humidification and includes a 15 mm I.D. port for seamless connection.

Is this device meant for long-term repeated use?

No, this device is engineered for single-patient use only to prioritize safety and hygiene standards in clinical and home-care settings.

Does this unit include an integrated filter?

No, this specific model is a dedicated Heat and Moisture Exchanger without an integrated filter.

Is this item sterile and ready for use?

Yes, this device is provided sterile and is intended for single-patient use to ensure optimal hygiene and safety.

What is the dead space for this HME?

This unit has a minimal dead space of 8 mL, which helps optimize the performance and efficiency of the device for the patient.

Does it effectively manage moisture levels?

Yes, it provides reliable moisture output of ≤25 mg H₂O/L at a tidal volume of 1000 mL, ensuring effective respiratory comfort.