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Disposable PVC Laryngeal Mask
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Endotracheal Tube, Cuffed

Disposable PVC Laryngeal Mask

Disposable PVC Laryngeal Mask

Laryngeal mask airway is an inflatable mask that fits over your child's mouth and nose, providing a safe way for your child to receive anesthesia during surgery.

Description
  • Smooth cuff provides good and soft sealing.
  • Designed for elective, outpatient surgical procedures.
  • Ideal for emergency and prehospital settings.
Ref. No.: Size: Applicable people Color code: Qty. Cs:
NMR104215 1.0 ＜5kg Purple 10
NMR104216 1.5 5-10kg Orange 10
NMR104217 2.0 10-20kg Blue 10
NMR104218 2.5 20-30kg White 10
NMR104219 3.0 30-50kg Green 10
NMR104220 4.0 50-70kg Yellow 10
NMR104221 5.0 ＞70kg Red 10

Disposable PVC Laryngeal Mask

Laryngeal mask airway is an inflatable mask that fits over your child's mouth and nose, providing a safe way for your child to receive anesthesia during surgery.

What is a disposable PVC laryngeal mask?

A disposable PVC laryngeal mask is a medical device that is used to protect the patient's airway during certain medical procedures. The mask is inserted into the patient's mouth and then placed over the larynx (voice box). This allows the doctor or nurse to access the patient's airway without having to intubate them. The laryngeal mask is made of soft, pliable material and has a inflatable cuff that helps to seal the mask to the patient's face.

How is a disposable PVC laryngeal mask used?

A disposable PVC laryngeal mask is a type of device that is inserted into the patient's mouth in order to keep the airway open during certain medical procedures. The mask is made of a soft, pliable material that is placed over the tongue and held in place by straps that go around the head. The mask seals off the airway and allows the patient to breathe normally through their nose and mouth.

What are the benefits of using a disposable PVC laryngeal mask?

There are many benefits of using a disposable PVC laryngeal mask, including:

1. They provide a good seal between the patient's airway and the ventilator circuit.

2. They are easy to insert and remove.

3. They are less likely to cause patient discomfort than other types of laryngeal masks.

4. They are less expensive than other types of laryngeal masks.

Are there any risks associated with using a disposable PVC laryngeal mask?

There are always risks associated with any medical procedure, and using a disposable PVC laryngeal mask is no different. However, the risks are relatively low when compared to other medical procedures. The most common complication associated with using a disposable PVC laryngeal mask is aspiration, which can lead to pneumonia. Aspiration occurs when liquids or food are brought up from the stomach and then breathed in (inhaled). This can happen if the mask is not placed correctly, if the patient vomits, or if the patient has gastroesophageal reflux disease (GERD). GERD is a condition where stomach acid backs up into the esophagus.

How to care for a disposable PVC laryngeal mask

If you have a disposable PVC laryngeal mask, it is important to take care of it so that it lasts as long as possible. Here are some tips on how to do so:

-Wash the mask thoroughly after each use with warm water and mild soap. Be sure to rinse all of the soap off of the mask.

-Store the mask in a cool, dry place when not in use.

-Inspect the mask regularly for any signs of damage or wear and tear. If you notice any damage, discard the mask and get a new one.

Best Buy Products Disposable PVC Laryngeal Mask, Smooth cuff provides good and soft sealing, Designed for elective, outpatient surgical procedures, Ideal for emergency and prehospital settings. For more information contact Nexgen Medical Website and start your online shopping now! Disposable PVC Laryngeal Mask All data were collected by a single, unblinded, independent observer. The patient’s age, sex, height and weight, American Society of Anesthesiologists-Physical Status (ASA) [3], device size and type, and duration of surgery were recorded. An effective airway was defined by resistance to further downward motion, chest wall movement, presence of end-tidal side-stream CO2 waveform, and movement of the reservoir bag during spontaneous ventilation. A failed insertion attempt was defined as complete withdrawal from the mouth following an unsuccessful placement. The number of insertion attempts was recorded, and after three attempts, the device was regarded as failed and a cLMA was then inserted without further data collection. The total time of insertion was defined by the moment the device was picked up to the first end-tidal side-stream CO2 trace. Our primary endpoint of oropharyngeal leak pressure (OLP) was determined using the manometric stability test with a fresh gas flow of 3 L/min against a closed pressure-limiting valve of the anesthetic circuit. The airway pressure (maximum of 30 cm H2O) was recorded when equilibrium was obtained. After insertion, laryngeal alignment was assessed with a fibreoptic bronchoscope (Olympus LF-GP, Olympus Optical Company, Japan) inserted into the aperture of the device via a self-sealing diaphragm. The fibreoptic view was graded according to an established scoring system for direct laryngoscopy. Disposable PVC Laryngeal Mask Respiratory complications such as desaturations (pulse oximetry <95%), hiccups, or stridor were noted. Cuff pressure was recorded at 5-minute intervals. The device was inspected for blood on removal and patients were directly questioned for sore throat using a dichotomous rating (present or absent) on discharge from the recovery room. The sample size was obtained by performing a prospective power analysis with oropharyngeal leak pressure as the primary endpoint. The sample size was calculated to project a change of 20% in the primary outcome variable based on a previous peer-reviewed trial result for the LMAU of  mmHg (meanS.D) [7], with a type I error of 0.05 and a power of 95% to reject the null hypothesis. All quantitative data were found to be parametric and were examined by two-sided Student’s -tests for single comparisons and ANOVA for multiple comparisons. Cuff pressure changes were analyzed by repeated-measures ANOVA (SYSTAT v.7, SPSS Inc. Chicago). Qualitative data were assessed by Chi-square or Fisher exact test where appropriate. All data are presented as mean standard deviation (range) or numbers (%).  was considered statistically significant.