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Endotracheal Tube, Cuffed

Parker Flex-tip Endotracheal Tube, Cuffed

Parker Flex-tip Endotracheal Tube, Cuffed
Item. No.: NMR1001

The Parker Flex tip endotracheal tube is a cuffed tube that is inserted into the trachea for airway management and to provide a route for mechanical ventilation. The tube has a reinforced proximal end to minimize kinking and an atraumatic, rounded distal tip to minimize trauma to the tracheal mucosa. The Parker Flex tip endotracheal tube is available in sizes from 3.0 mm ID to 10.0 mm ID.

Description
  • Parker Flex-tip Endotracheal Tube has a flexible curved tapered distal tip geometry that is designed to facilitate rapid, easy, non-traumatic intubation.
  • A soft flex-tip at the end of the tube, in order to insert easily.

Parker Flex tip Endotracheal Tube, Cuffed

The Parker Flex tip endotracheal tube is a cuffed tube that is inserted into the trachea for airway management and to provide a route for mechanical ventilation. The tube has a reinforced proximal end to minimize kinking and an atraumatic, rounded distal tip to minimize trauma to the tracheal mucosa. The Parker Flex tip endotracheal tube is available in sizes from 3.0 mm ID to 10.0 mm ID.

What is the Parker Flex tip Endotracheal Tube?

The Parker Flex tip Endotracheal Tube is a type of tube that is inserted into the trachea (windpipe) to help with breathing. This tube has a small, flexible tip that makes it easier to insert and remove. The Parker Flex tip Endotracheal Tube is also cuffed, which means that there is a balloon-like cuff around the tube that helps to keep it in place.

How is it used?

The Parker Flex tip Endotracheal Tube is a tube that is inserted through the mouth or nose and goes down the trachea (windpipe). This type of tube is often used during surgery to help the patient breathe. The tube has a small balloon at the end, which is inflated once the tube is in place. This helps to keep the tube from moving around and falling out.

What are the benefits of this type of tube?

The Parker Flex tip endotracheal tube is a great option for those who need a cuffed tube. This type of tube has many benefits, including:

1. The Parker Flex tip provides a better seal around the trachea, which helps to prevent leakage and aspiration.

2. The cuffed design helps to keep the tube in place and provides additional protection against leakage.

3. The Parker Flex tip is made from a softer material, which is more comfortable for the patient.

4. The unique design of the Parker Flex tip allows for easy removal of the tube when necessary.

Are there any risks associated with it?

No, there are no risks associated with the Parker Flex tip Endotracheal Tube. It is a safe and effective way to provide oxygen to patients who are unable to breathe on their own.

How does it compare to other types of endotracheal tubes?

The Parker Flex tip endotracheal tube is a unique type of tube that offers many benefits over other types of tubes. One benefit is that it is easier to insert and remove. This can be a big advantage for patients who need to have the tube inserted and removed frequently. Another advantage is that the Parker Flex tip provides better ventilation. This can be helpful for patients who are having difficulty breathing. Finally, the Parker Flex tip is less likely to cause irritation to the airway. This can be helpful for patients who are particularly sensitive to airway irritation.

soft flex-tip Endotracheal Tube, Cuffed, Parker Flex-tip Endotracheal Tube has a flexible curved tapered distal tip geometry that is designed to facilitate rapid, easy, non-traumatic intubation, a soft flex-tip at the end of the tube, in order to insert easily.

Soft Flex-Tip Endotracheal Tube

Parker Flex-tip Endotracheal Tube Parker Flex-tip Endotracheal Tube, Cuffed, Parker Flex-Tip tube, Parker flex-tip endotracheal tube, cuffed tracheal tube, cuffed tracheal tube price online, cuffed tracheal tube Nexgen Medical, cuffed tracheal tube price in India, cuffed tracheal tube Nexgen Medical. For online shopping visit the website Nexgen Medical. Lubrication of cuffed tracheal tubes (CTTs) reduces liquid leakage. However, it is not clear how to cuff lubrication influences air leakage. We aimed to test the hypothesis that pretreatment with K-Y jelly, a water-soluble lubricant, would improve the air-sealing performance of pediatric CTTs in a model study.
It is well known that the materials and shapes of endotracheal tube cuffs influence their air-sealing properties. For example, Micro cuff pediatric tracheal tubes have been shown to exhibit better air-sealing performance than conventional cuffs. It is also known that lubrication of cuffed tracheal tubes reduces liquid leakage in adult cuffed tubes in a bench-top study and clinical studies. However, it is not clear how pre-treatment of the cuff with lubricants influences air leakage. It is likely that longitudinal folds formed on the cuff wall serve as channels for both air and liquid to pass through and that lubrication may fill these channels and similarly reduce both liquid and air leakage. However, there is a large difference in viscosity between air and liquid. The viscosity of oxygen is approximately 500 times lower than that of airway secretions.  In addition, the pressure gradients across the channels are different for the two types of leakage. Fluid leakage seemed to be regulated by the pressure difference between the hydrostatic pressure of fluid accumulated on the cuff and the end-expiratory airway pressure, soft flex-tip whereas air leakage may be influenced by the peak airway pressure (PAWP). [9] These physical and rheological factors would greatly influence the nature and magnitude of the leakage. If we assume that leakage has properties of laminar flow, the leak flow would be correlated with the pressure gradient and inversely correlated with viscosity. Using a tracheal model, we aimed to test the hypothesis that pretreatment with K-Y jelly, a water-soluble lubricant, would improve the air-sealing performance of pediatric cuffed tracheal tubes.

Methods

We placed Parker Flex-Tip™ tracheal tubes of the high-volume low-pressure cuffed type with an internal diameter (ID) of 5.0 mm (Parker tube; Parker Medical, Highlands Ranch, CO, USA, International product number: I-PFHV-50) into a tracheal model consisting of an acrylic cylinder with the ID of 12 mm to simulate an approximately 8-year-old patient. e also used Parker Flex-Tip™ tracheal tubes of the preformed oral cuffed type with the ID of 4.0 mm (International product number: I-PFOC-40) and an acrylic tracheal model with the ID of 9 mm to simulate an approximately 4-year-old patient. The cuffs of both tracheal tubes are made of polyvinyl chloride (PVC) and have similar cylindrical shapes. We chose Parker Flex-Tip™ tracheal tubes as representative examples of tubes with cylindrical-shaped PVC cuffs. The tracheal model was connected to a test lung, and the tracheal tube was connected to an Avance Carestation (GE HealthCare, Fairfield, CT, USA) through a respiratory circuit. The test lung was ventilated with the pressure control mode at an inspiratory to expiratory time ratio of 1:2 and frequency of 15 breaths/min. We compared three lubrication conditions: None, Water, and K-Y jelly (KY; Johnson & Johnson