What is a Salter Respiratory?

What is a Salter Respiratory?

Salter Labs manufactures Respiratory Products that help oxygen patients with respiratory therapy. The Salter Labs Company distributes medical respiratory products worldwide. The first is oxygen delivery that includes oxygen tubing, tubing connectors, oxygen indicators, humidifiers and oxygen masks.

What is reservoir nasal cannula?

A reservoir nasal cannula which stores oxygen during exhalation and delivers it as a bolus during inhalation has been reported to conserve oxygen delivery in patients with chronic obstructive pulmonary disease (COPD) at rest.

Who bought Salter Labs?

Edgewater Growth Capital Partners
Edgewater Growth Capital Partners is pleased to announce the recent acquisition of Salter Laboratories, Inc.

Are Salter cannulas latex free?

Latex Free Now, Salter Labs® has the 1600HF High-Flow Cannula that can deliver up to 15 LPM with a higher FiO2 than simple masks5 plus give the patient the ability to communicate with clinical personnel, family and visitors, take oral and aerosol medications, food and liquid intake without assistance.

What is oxygen tubing used for?

The nasal cannula (NC) is a device used to deliver supplemental oxygen or increased airflow to a patient or person in need of respiratory help. This device consists of a lightweight tube which on one end splits into two prongs which are placed in the nostrils and from which a mixture of air and oxygen flows.

How does oxygen reservoir work?

‌Oxygen flows from the tank into the reservoir bag. A one-way valve connects the reservoir bag to the mask. When a person breathes in, oxygen moves from the bag into the mask.

What’s the difference between Oxymizer and nasal cannula?

The Oxymizer® device is a special oxygen nasal cannula that provides a higher luminal diameter in combination with an incorporated oxygen reservoir. Thus it is assumed that a higher oxygen content can be delivered in order to increase oxygenation.

Who bought SunMed?

Dempsey Ventures
Dempsey Ventures is pleased to announce the merger of Salter Labs and SunMed Holdings. Salter Labs, based out of Lake Forest, IL., manufactures respiratory, anesthesia, and critical care products for the hospital and home care markets.

What is a salter scale?

A weighing sling (spring balance), also called the ‘Salter Scale’ is used for measuring the weight of children under two years old, to the nearest 0.1 kg.

What is FiO2 on high flow nasal cannula?

A traditional nasal cannula can only effectively provide only up to 4 to 6 liters per minute of supplemental oxygen. This equates to a FiO2 of approximately 0.37 to 0.45.

What is the flow rate for a nasal cannula?

Flow rates of 1-4 litres per minute are used with nasal cannulas, equating to a concentration of approximately 24-40% oxygen. Flow rates of up to 6 litres can be given but this will often cause nasal dryness and can be uncomfortable for patients (British Thoracic Society, 2008).

What is the best nasal cannula?

1. Curved Prong Cannula. They are curved in the shape and fit perfectly into the nostrils. They are designed keeping in mind anatomy of the nose. Medline Soft Touch Nasal Oxygen Cannula is one of the best nasal cannula with curved prongs.

When should a nasal cannula be used to deliver oxygen?

A nasal cannula is generally used wherever small amounts of supplemental oxygen are required, without rigid control of respiration, such as in oxygen therapy. Most cannulae can only provide oxygen at low flow rates—up to 5 litres per minute (L/min)—delivering an oxygen concentration of 28–44%.

How effective are nasal cannulas?

Around 10,000 feet, 40% oxygen by nasal cannula will give you about the same effective oxygen percentage you would have at sea level. Any higher and you’re going to start experiencing deficits, perceived or not. This will be magnified if you have any cardio-pulmonary issues. One D-cylinder (appx.

How does nasal cannula help in delivering oxygen therapy?

When high-flow nasal cannula, or HFNC, is used to deliver oxygen, the flow rates are much higher than can be achieved with traditional nasal cannula. This results in a greater delivery of prescribed oxygen into the lungs , and less entrainment of room air. The oxygen you want to deliver to your patients is not prone to the same effect of dilution!