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(919 products available)
Ambu silicone resuscitators come in various types and are widely used within the medical sphere.
This device is commonly used in hospitals to deliver positive pressure to patients who cannot breathe normally. The equipment consists of a flexible bag, a unidirectional valve, and an endotracheal tube or mask.
A healthcare worker will squeeze the bag to deliver air into the patient's lungs. They are mostly used to patients who require mechanical assistance to facilitate breathing.
This kit provides all the essential tools needed by a professional to administer anesthesia to a patient. The tools include various airway devices, self-inflating bags, face masks, and oxygenate that can be used to ventilate patients who cannot do it themselves.
A self-inflating bag is designed so that it can automatically inflate even when there is no oxygen supplied.
Some self-inflating bags also have oxygen reservoir attached that ensures a higher delivery concentration of oxygen. They are useful in emergency care, ventilating patients who do not have adequate airway.
This device is portable and most commonly used to deliver aerosol medication to patients with respiratory diseases.
Hand-held nebulizers convert liquid medication into mist through which patients can easily inhale. This device provides an effective treatment option for patients with asthma, chronic bronchitis, and other respiratory conditions.
Mechanical ventilators are used to move breathable air into a patient's lungs and are particularly useful for patients who cannot do it themselves. These machines are mostly used in intensive care units to monitor and control the breathing process of critically ill patients.
Unlike other devices, Mechanical ventilators provide precise control over tidal volume, airway pressure, and other vital parameters.
What contributes significantly to the performance of ambu masks is the quality of the materials used as well as their durability.
Silicone has gained notoriety for its durability and biocompatibility, making it suitable and widely used in respiratory devices. Silicone elastomers are high-temperature resistant, hence can be sterlised using heat, radiation, or chemicals without degradation.
In addition, unlike natural rubber latex, silicone does not cause allergies, thus increasing its suitability in making medical tools. The application of silicone in amub ventilator parts guarantees longevity, excellent performance, and minimum maintenance.
Other than silicone's sturdy construction, the parts are also designed to fit comfortably in the patient's mouth and create an airtight seal. This ensures proper airflow into the lungs.
PVC is widely used because of its rigidity and adaptability to different manufacturing processes. Polyvinyl chloride is commonly found in components like tubing that require clarity and adequate flexibility.
It can be sterlised through ethylene oxide and gamma radiation, making it suitable for single-use medical devices. Although durable and stiff, PVC cannot easily stretch like silicone.
Thermoplastic elastomers are commonly used because they are both elastic and can be remolded into new shapes repeatedly. Common parts made from TPE include masks and resuscitation bagsdue to their flexibility, durability, and ability to be sterlised.
They provide a latex-free alternative suitable for allergy-sensitive individuals. THM is also gaining increased popularity over silicone and PVC due to its ease of processing and manufacture.
TPEs can efficiently be processed using thermoplastic welding and injection molding, which provide the opportunity to create complex shapes for better performance.
The longevity of the ambu bag depends on the quality of the materials used in its construction. Such styles as the silicone made bags have improved durability and can withstand sterlisation procedures.
TPE and PVC bags are manufactured for single use, although they are durable enough to handle multiple uses in non-sterilised environments. Wear and tear during mechanical ventilation will reduce their effectiveness.
In addition, damage may cause them to break, and exposure to certain chemicals can degrade their structural integrity. In that case, routine inspections for factors such as cracks, discoloration, or reduced elasticity should be conducted.
Ambu bags are manufactured from silicone, PVC, and thermoplastic elastomers due to their suitability in healthcare systems. Their application in public and private healthcare systems presents ideal commercial value.
In the health profession, these bags are used in critical situations to provide artificial ventilation. Their rising popularity in developing regions due to their affordability and effectiveness has contributed to their increasing value.
Made from environmental-friendly materials, many ambu bags find applications in extending the health system's capacity in emergency medicine, hospital care, and outpatient services.
Medically, ambu bags are used in emergency situations to provide manual ventilation for patients who cannot breathe adequately on their own. Tjhey are usually deployed in emergency departments, surgical theatres, and intensive care units.
Aside from in-hospital treatment, they are commonly used in out-of-hospital contexts such as by emergency medical services and during cardiopulmonary resuscitation. Post-operation patients requiring assistance in breathing will still use ambu bags.
Inadequate breathing patients can also be ventilated using an ambu bag connected to an endotracheal tube or another airway device.
Their compactness and easy portability feature makes them a go-to intervention in situations needing emergency respiratory intervention. Because they are effective, affordable, and user-friendly, healthcare service providers widely accept them.
To select the right ambu mask for clients, buyers need to consider several key factors.
Resuscitators come with a variety of mask sizes, and one of the factors users must consider is the anatomical characteristics of their patients. Masks in small sizes are ideal for pediatric patients, while large sizes are more suitable for patients with greater circumference faces.
Larger masks provide a better seal; the problem is they may cover more area than necessary in smaller patients. A better fit between the mask size and the patient's facial features will ensure effective ventilation.
The materials used to manufacture the ambu bag directly impact patients' comfort and their efficiency. Silicone masks are more comfortable to their users, environment-friendly, and can be sterlised multiple times without losing their shape or effectiveness.
Single-use PVC masks are the more affordable option, although they are not as comfortable as silicone. PVC masks can also be reused but are often yellowed or cracked after multiple sterlisation cycles.
Thermoplastic elastomer masks offer a latex-free alternative to those who have allergies with varying degrees of flexibility and durability.
Buyers should also consider whether the resuscitator has an oxygen reservoir bag. By providing a higher concentration of oxygen, resin bags improve the ventilation efficiency.
The larger the oxygen reservoir, the greater the capacity for delivering oxygen to the patient. They should also assess the reservoir's connection to the main bag, which must ensure easy installation and removal.
Buyers should consider how easy the ambu resuscitators are to use, especially in emergencies. One of the factors that make the self-inflating bag easy to handle in emergencies is its ability to inflate even when an oxygen source is absent.
Those that come with clear instructions and are ergonomically designed so they can be easily gripped will require less time to orient during respiratory emergencies. Masks that have incorporated features like color coding and simple connectors will reduce the risk of making errors when time is of the essence.
Buyers should seek those resuscitators that comply with recognized national and international medical device quality standards. A device having the CE mark and ISO certification indicates that it has passed safety and effectiveness tests.
To ensure quality control, buyers should also buy from reputable manufacturers who have established a long history of producing devices that are effective. They should ensure the materials were sourced and manufactured responsibly for ethical purposes.
A1. Ambu silicone resuscitators are produced from different materials that include silicone, PVC, and thermoplastic elastomers. Each of the materials offers unique benefits depending on whether it is used single-use or multiple times. Silicone is usually for durability, hypoallergenic properties, and sterlisation. PVC is for affordability.
A2. The ambu resuscitators are used in manual ventilation for patients who experience respiratory failure and cannot breathe adequately on their own. They are usually applied in emergency departments, surgical theaters, intensive care units, and out-of-hospital situations needing immediate ventilation. They are also used in post-anesthesia recovery to ensure patients stable respiratory status.
A3. Attached reservoir bags allow the self-inflating bag to deliver a higher concentration of oxygen to the patient. It provides an area for oxygen to accumulate so that greater tidal volume will be delivered during each ventilation attempt.
This will, in turn, improve the efficiency of oxygen delivery, particularly to those patients who are hypoxic. A well-functioning reservoir bag will stabilize fluctuations as well as ensure that the environment within the bag remains constant during ventilation.
A4. Thermoplastic elastomers (TPE) are becoming increasingly popular because they are supple and can be remolded repeatedly. They are effective compared to silicone and PVC resuscitators.
They are easy to manufacture and are suitable for people who are allergic to latex. Although TPE masks are less eco-friendly than silicone, they remain a preferred option for many manufacturers because they can be processed quickly.
A5. An ambu bag is an artificial ventilation apparatus. The clinician squeezes the bag to deliver air into the lungs when the patient cannot breathe adequately on their own.
This makes it handy in emergencies where Resuscitation is required, such as cardiac arrest. Its compact size means healthcare workers can carry it anywhere. автобус has a mask or tube that connects to the patient's airway so that air can enter their lungs.
