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Endotracheal Tube, Cuffed

Nasal Preformed Tracheal Tube, Cuffed

Nasal Preformed Tracheal Tube, Cuffed High volume low pressure cuff

The nasal preformed tracheal tube, cuffed, is a medical device that is inserted into the nose and used to provide a airway during medical procedures. It is made of soft, pliable material and has a inflated cuff that helps to keep it in place. The tube is connected to a breathing machine that provides oxygen and other gases.

Description
  • Be used of nasal intubation
  • Responsive pilot balloon
  • Finely heat-welded cuffs (cuffed versions)
  • Bull-nose tip
  • Split-resistant radiopaque line
  • Smooth Murphy eye
  • Kink-resistant thermosensitive tube
Ref. No.: Size: Qty. Cs:
NMR100330 3.0 100
NMR100335 3.5 100
NMR100340 4.0 100
NMR100345 4.5 100
NMR100350 5.0 100
NMR100355 5.5 100
NMR100360 6.0 100
NMR100365 6.5 100
NMR100370 7.0 100
NMR100375 7.5 100
NMR100380 8.0 100
NMR100385 8.5 100
NMR100390 9.0 100
NMR100395 9.5 100
NMR100310 10.0 100

Nasal Preformed Tracheal Tube, Cuffed

The nasal preformed tracheal tube, cuffed, is a medical device that is inserted into the nose and used to provide a airway during medical procedures. It is made of soft, pliable material and has a inflated cuff that helps to keep it in place. The tube is connected to a breathing machine that provides oxygen and other gases.

What is a Nasal Preformed Tracheal Tube?

A nasal preformed tracheal tube is a type of airway device that is inserted through the nose and into the trachea (windpipe). The device has a cuff that inflated to seal the trachea and prevent air leakage. The tube also has a port that allows for suctioning or ventilation.

How is it different from other types of tracheal tubes?

Nasal preformed tracheal tubes, or cuffed tracheal tubes, are slightly different from other types of tracheal tubes in that they have a cuff that is inflated during surgery. This cuff helps to keep the tube in place and also prevents air from leaking around the tube.

Advantages and disadvantages of Nasal Preformed Tracheal Tubes

One of the most common questions we get asked is what are the advantages and disadvantages of using a Nasal Preformed Tracheal Tube (NPFTT). While there are many factors that go into making this decision, here are some key points to consider.

Advantages:

1. Reduced risk of aspiration: NPFTTs are less likely to cause aspiration than other types of tracheal tubes because they have a smaller diameter and are placed higher in the airway.

2. Reduced risk of traumatic intubation: NPFTTs are designed to minimize the risk of trauma to the airway during intubation.

3. Easy to use: NPFTTs are easy to insert and remove, which can save time in the operating room.

Disadvantages:

1. Limited availability: NPFTTs are not widely available, so you may not be able to find one when you need it.

2. Higher cost: NPFTTs are more expensive than other types of tracheal tubes.

3. Increased risk of complications: Although rare, there is an increased risk of complications with NPFTTs, such as bleeding or obstruction.

When is it used?

A nasal preformed tracheal tube, also known as an NPETT, is a type of breathing tube that is inserted through the nose and into the trachea (windpipe). It is most commonly used during general anesthesia, but can also be used in other situations where a patient needs assistance with breathing. The NPETT has a number of advantages over other types of breathing tubes, including its small size and the fact that it does not need to be inserted through the mouth.

How to insert a Nasal Preformed Tracheal Tube

Inserting a Nasal Preformed Tracheal Tube (NPFTT) is a skill that every medical professional should know. Though it may seem daunting at first, with a little practice it can be easily mastered. Here are some tips on how to insert an NPFTT:

1. Before beginning the procedure, be sure to have all the necessary supplies on hand. This includes the NPFTT itself, lubricant, gloves, and a syringe.

2. Start by lubricating the NPFTT. This will help it to slide in more easily.

3. Next, gently insert the NPFTT into the patient's nose. Aim for the area just behind the nasal bones.

4. Once the NPFTT is in place, inflate the cuff with the syringe. This will help to hold the tube in place and prevent it from falling out.

5. Finally, connect the NPFTT to any necessary breathing apparatus. This could include a ventilator or oxygen tank.

Complications that can occur with Nasal Preformed Tracheal Tubes

There are a few potential complications that can occur when using a nasal preformed tracheal tube. These include: displacement of the tube, kinking of the tube, and obstruction of the tube. Displacement occurs when the tube moves out of place, and can be a problem if not caught quickly. Kinking can occur if the tube is not positioned correctly, and can cause problems with breathing. Obstruction can occur if the tube becomes blocked, and can be dangerous if not addressed immediately.

Conclusion

The nasal preformed tracheal tube, cuffed, is a great option for those who need a little extra support when it comes to breathing. This type of tube is designed to fit snugly in the nose and provide a comfortable seal that helps to prevent air leakage. Additionally, the cuff helps to keep the tube in place and provides an additional level of protection against air leaks. If you are looking for a reliable tracheal tube that can help you breathe easier, then consider investing in a nasal preformed tracheal tube, cuffed.

Nasal Preformed Tracheal Tube, Nexgen Medical has brought Endotracheal Tube, Cuffed Manufactured with strong tube walls to ensure the proper ventilation for all patients. A variety of sizes ensures a safe airway is maintained throughout the surgery. Nasal Preformed Tracheal Tube
  • Used to maintain a patent airway and mechanically ventilate patients
  • Made from non-toxic, non-irritant medical grade PVC
  • Preformed tubes reduce the risk of kinking and improve access to the operative field
  • The tube can be temporarily straightened for ease of suctioning
  • Smooth polished murphy eye, a distal end, and tapered balloon end for atraumatic intubation and extubation
  • Accurate and safe positioning ensured by graduation marks and tip-to-tip radiopaque line
  • High volume / low-pressure cuff ensures efficient low-pressure cuff seal (For cuffed tubes)
  • Universal 15 mm connecter at the proximal end
  • E.T.O sterile and pyrogen-free. For single patient use
  • Made of PVC with high volume, low-pressure cuff These anatomically shaped tubes have a high-volume, low-pressure cuff in both cylindrical and tapered styles and are designed to provide an optimal seal at low pressures.
    • Single-use
    • Sterile
    • Not made with natural rubber latex
    Monitoring Editor: Flavia A De Orange,corresponding author Rebeca GAC Andrade, Andrea Lemos, Paulo SGN Borges, José N Figueroa, Pete G Kovatsis, and Cochrane Anaesthesia Group
    Instituto de Medicina Integral Prof Fernando Figueira ‐ IMIP, Department of Anaesthesiology, Rua do Coelhos sem número, RecifeBrazil, 50070‐550
    Universidade Federal de Pernambuco, Physical Therapy, Av Prof. Moraes Rego, 1235, Cidade Universitária ‐ Depto Fisioterapia, RecifePernambucoBrazil, 50670‐901
    Instituto de Medicina Integral Prof Fernando Figueira ‐ IMIP, Department of Paediatric Surgery, Rua do Coelhos sem número, RecifeBrazil, 50070‐550
    Instituto de Medicina Integral Prof Fernando Figueira ‐ IMIP, Department of Research Direction, Coelhos Street, 300, Boa Vista, Nasal Preformed Tracheal Tube RecifePernambucoBrazil, 50070‐550
    Boston Children’s Hospital, Department of Anesthesiology, Perioperative and Pain Medicine, 300 Longwood Avenue, BostonMassachusettsUSA, 02115
    Harvard Medical School, Department of Anaesthesia, BostonMassachusettsUSA
    Flavia A De Orange
    The endotracheal tube is also known as ET Tube. ET Tube is used to maintain a patent airway and mechanically ventilated patients. Endotracheal Tube is made from non-toxic, nonirritant medical grade PVC. The endotracheal tube has a uniform spiral metal-reinforced tube wall to prevent the tube from kinking. Reinforcement supports tube position and verification during X-ray. Accurate and safe positioning ensured by graduation marks and tip-to-tip radiopaque line. ET Tube is fitted with a universal 15 mm connecter at the proximal end. Recommended use of bite block / Guedel airway. E.T.O sterile and pyrogen-free. ET Tube is for single patient use.
    The tracheas of 20 ASA grade 1 and 2 patients were each consecutively intubated with an oral and nasal cuffed tracheal tube. Measurements of tube movement, as the position of the head and neck altered, were made with a fibreoptic bronchoscope. Both oral and nasal tubes moved an average distance of 15 mm towards the carina with head and neck flexion and 8.5 mm away with head and neck extension. Movement in both directions occurred with lateral rotation of the head. Optimal placement of tracheal tubes can be aided with a single guide mark placed 3 cm proximal to the cuff and 8 cm proximal to the distal end, which may reduce complications arising from this movement. This is a better method in women than inserting a pre-determined length of tracheal tube measured from the lips or nares. However, current guide marks vary in their position relative to the cuff and tip of the tube.