CNSAC nasal cannulas guarantee optimal properties for measuring airflow and snoring during sleep diagnostics thanks to their high wearing comfort and stable Luer-Lock connection. Thanks to the Luer-Lock connection, the CNSAC nasal cannulas are compatible with almost all devices such as Löwenstein, Embla, Nihon Kohden, Somnomedics, Compumedics, ResMed etc.
We offer you high-quality nasal cannulas for sleep studies and sleep diagnostics so that you can derive better data.
Discover our high-precision nasal pressure transducers with innovative filter, specially developed for even more reliable real-time monitoring of respiratory flow in patients of all ages.
Designed specifically for children, our ergonomic nasal cannulas combine optimal comfort and efficiency to provide even the youngest patients with a particularly gentle and safe sleep diagnosis.
With our new, innovative nasal cannula for CO2 sampling, we enable even more effective monitoring of respiratory gases to ensure optimal patient care at all times.
Our innovative nose-mouth goggles offer a flexible and effective solution for patients with respiratory support by detecting nasal and oral signals and providing a good alternative to the thermistor.
Polysomnography is an advanced diagnostic method in sleep medicine that is used to investigate sleep disorders such as sleep apnea, insomnia and restless legs syndrome. This method records a variety of body activities during sleep, including brain waves, blood oxygen levels, heart rhythm and breathing movements. This detailed information allows doctors to accurately diagnose the causes of sleep disorders and develop customized treatment plans. Polysomnography is mainly concerned with the detection of apnea (reduction in respiratory flow by more than 80 % for more than ten seconds) or hypopnea (Reduction in respiratory flow by more than 30% for more than ten seconds). A common diagnosis is obstructive sleep apnea syndrome (OSA). Treatment is initiated on the basis of the data obtained during polysomnography. The most common and effective treatment for severe sleep apnea is CPAP therapy.
A simplified form of polysomnography is called polygraphy. In most cases, the patient is given a recording device and can sleep at home in a familiar environment. The following parameters are measured during polygraphy: Respiratory effort, snoring, oxygen level, body position, and pulse.
Nasal cannulas are used in both polysomnography and polygraphy examinations to measure respiratory effort and snoring. More precise nasal cannulas provide better results for a reliable diagnosis.
Nasal cannulas for oxygen supply are the most commonly used medical product for oxygen therapy worldwide. Numerous patient groups are dependent on an additional oxygen supply. These patient groups include, for example, COPD (acute hyperemic respiratory failure), asthma patients, and patients with pneumonia. Depending on the level of oxygen required, low-flow or high-flow nasal cannulas can be used for oxygen supply. The great advantage of nasal cannulas for oxygen supply is that they are easy and comfortable to wear and do not interfere with eating, drinking or speaking. CNSAC produces both low-flow and high-flow nasal cannulas and simple oxygen masks to cover a wide range of oxygenation needs for different patients. CNSAC nasal cannulas offer high wearing comfort and reliable oxygen delivery in clinical or home environments.
An optimal oxygen supply is important for healthy sleep. However, snoring and other problems make breathing difficult. This is where sleep medicine can help, with functional and safe products that enable precise control. These include our high-quality, modern nasal cannulas, which we have available for you in numerous variants.
The multi-compatible CNSAC nasal cannulas feel comfortable and are therefore the right equipment for your sleep laboratory or other research or medical institute.
With their high quality and robust Luer-Lock connection, they offer you a high level of safety. The oxygen nasal cannulas for adults and children provide you with the precise amount of required oxygen during therapy. The cannulas also enable CO2 sampling and O2 supply. This promotes healthy sleep – and increases the recovery factor.
Nasal pressure transducers are a key tool in sleep medicine, providing essential data for the diagnosis of sleep disorders such as sleep apnea by measuring nasal airflow. These precise sensors allow detailed analysis of breathing patterns during sleep, helping doctors to develop effective treatment plans.
With their comfortable and user-friendly design, CNSAC nasal cannulas do not disturb sleep, making them ideal for use at night. Their reliability and accuracy not only improve diagnostic accuracy, but also significantly improve the quality of sleep analysis.
With CNSAC nasal pressure transducers, professionals can gain deeper insights into sleep patterns and offer targeted solutions to sleep problems, leading to better sleep health and quality of life. Step into modern sleep diagnostics and take advantage of our innovative products.
Pediatric nasal cannulas are custom-designed to gently monitor children’s airflow during sleep, making them essential for the early detection and treatment of sleep disorders. These child-friendly products provide comfort and do not disturb sleep, which is crucial for accurate diagnostic data.
Their optimal design of CNSAC pediatric nasal cannulas makes them easy to use overnight and easy to connect with various PSG diagnostic systems. The data obtained provides deep insights into children’s sleep quality and breathing patterns, which supports targeted treatment.
The use of pediatric nasal cannulas facilitates the development of individualized treatment approaches, improves sleep health, and contributes to children’s well-being. They represent a valuable resource in pediatric sleep medicine by providing important support to parents and professionals.
Nasal cannulae for CO2 sampling are essential for the accurate monitoring of CO2 levels in breath. They provide a direct measurement of exhaled carbon dioxide, making them a critical tool in the clinical monitoring and assessment of patient ventilation.
These products are designed to maximize patient comfort while providing continuous, reliable data. Their ease of use makes them a preferred choice for clinicians in areas such as critical care, anesthesiology, and other situations that require accurate monitoring of respiratory function.
By using nasal cannulae for CO2 sampling, healthcare professionals can respond quickly to changes in the patient’s respiratory status, increasing patient safety and supporting effective patient care. They are a key element in modern medical practice, helping to improve the quality of treatment and patient care.
The nasal/oral transducer cannulas are an important tool in medical care that provides simultaneous support for nasal and oral breathing. This device is particularly valuable for patients with breathing difficulties as it effectively monitors nasal and oral airflow simultaneously.
With its ergonomic design, the CNSAC nasal/oral cannulas for both adult and pediatric application are comfortable to wear and adapts seamlessly to individual facial structures. This adaptability is crucial to ensure optimal function during long-term use in sleep medicine.
In addition, CNSAC is developing new oronasal cannulas for optimal oxygen supply, which are used, for example, in the treatment of chronic respiratory diseases or in post-operative care. The integration of the nasal/oral cannulas into patient care enables efficient improvement with oxygen. It plays a central role in ensuring an adequate oxygen supply and supports respiratory function in a wide range of clinical scenarios or even in the home environment.
Overall, the nasal-mouth cannula is an indispensable tool to promote respiratory health and well-being of patients. Their versatility and effectiveness make them a key component in modern medical equipment.
The nasal cannula is a medical product that can be attached directly to the nose. The nasal cannula is used to detect respiratory signals such as respiratory flow or snoring in sleep diagnostics, but also for oxygen supply in patients suffering from COPD or asthma, for example. The design with the soft nasal prongs is comfortable to wear and is used, for example, in oxygen therapy or sleep diagnostics. In the field of sleep diagnostics, the quality of the nasal cannulas is extremely important, as the quality of the signals is important for a reliable diagnosis. In addition, high wearing comfort is necessary for long-term measurements.
There are two categories of nasal cannulas in the field of oxygen supply: Low-flow nasal cannulas and high-flow nasal cannulas. Depending on the doctor’s recommendation or diagnosis, different nasal cannulas can be used for optimum oxygen supply.
In sleep diagnostics, the nasal cannula is used to measure respiratory flow and, if necessary, snoring. The cannula system is directly connected to the sleep diagnosis device or sleep screener via the Luer-Lock connection. In this way, the nasal cannulas help to control the nasal and/or oral airflow.
For oxygen supply, the nasal cannula supports optimal oxygen supply to the patients. This involves medical ventilation. For this purpose, the cannula is connected to an oxygen device. The nasal cannula supplies oxygen to the patient via tubing and nasal prongs to the nostrils.
With their different sizes, the modern nasal cannulas are suitable for children and adults. They can be used in the sleep laboratory to detect health problems caused by snoring or breathing disorders. The nasal cannulas provide a high wearing comfort which is a very important point when examining the sleep of people who snore or have difficulty breathing.
The nasal cannula can be attached directly under the nose of the person being analyzed. The nasal tips (prongs) are positioned directly under the nostrils. With the help of the adjustable loops, the nasal cannula adapts to the head so that it remains in the correct position during sleep.
To ensure that the test subjects or patients do not feel uncomfortable (in case of oxygen masks), the oxygen mask must fit their anatomy perfectly. This depends on the one hand on the size and adaptability of the nasal cannula and on the other hand on the type of oxygen supply.
In the sleep laboratory or hospital, other test devices are used in addition to the nasal cannulas. These include sensors that monitor physical activity during sleep. This enables comprehensive monitoring of heartbeats, eye movements and muscle activity. The nasal cannula itself monitors breathing. An oximeter, which is attached to the finger, is responsible for measuring the oxygen concentration. There may also be belts that measure the respiratory effort in the chest and abdominal area.
For a comprehensive sleep diagnostics, the nasal cannula is connected to analysis devices. This enables the sleep researchers to detect unusual activities of the body. This gives them the opportunity to analyze sleep patterns in detail.
Sleep diagnostics uses nasal cannulas to monitor respiratory flow, snoring and other processes during sleep and make a diagnosis based on the data collected. Detailed sleep examinations are possible with the cannulas. In sleep medicine, the main task of nasal cannulas is to monitor respiratory flow. If necessary, this is followed by individual sleep therapy. This aims to improve the oxygen supply to body. This in turn leads to healthier sleep, which results in significantly more rest.
Polysomnography (PSG) deals with precise examinations that focus on the quality of sleep. Specific disorders can often be identified by evaluating of data from the sleep diagnostics in sleep laboratory or during a home sleep test. Several physiological activities play a role here. The measurements of the sleep diagnostics enable a precise analysis of:
High-quality nasal cannulas, sensors and electrodes are essential for this analysis data. The information collected can be used to identify acute or chronic illnesses. In the case of problems such as breathing interruptions or sleep apnoea, doctors advise suitable therapy. This should optimize the breathing supply so that sleep provides the desired rest.
The nasal cannulas differ in their application (sleep diagnostics, oxygen suppy, and COs sampling), as well as different designs for adults and children. Tube length and the shape of the nasal prongs as well as the distance between the nasal prongs are the two important variables that are optimized with regard to the application and target groups. When selecting the optimal nasal cannula, the patient’s age and the aim of the treatment must be taken into account. There are also different connectors for the nasal cannulas so that the product can be used with different devices and for different applications.
The CNSAC nasal cannulas are suitable for children or adults, depending on the size. The standard models allow simultaneous measurement of nasal and/or oral airflow. This is where the advantages of the modern nasal/oral cannula become apparent. The exemplary list provides a brief overview of the most important oxygen goggles:
Since our foundation in 2020, we have been working with perseverance and innovation to develop high-quality products. We specialize in disposable and reusable medical products for sleep diagnostics, neurophysiology and cardiology. Our customers are hospitals, clinics and medical practices. In addition, a global network of distribution partners supports us in offering our high-quality diagnostic products worldwide.
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Nasal cannulas, especially those designed for oxygen supply, have established themselves as an indispensable aid for patients with respiratory problems. These lightweight, efficient devices allow people with chronic lung diseases or temporary breathing problems to meet their oxygen needs while going about their daily activities. In this text, we will take a closer look at the importance, function, and different types of nasal cannulas, focusing on their contribution to improving users’ quality of life.
Nasal cannulas are a comfortable solution to supply oxygen directly to the user from a delivery system, such as an oxygen concentrator or oxygen cylinder. The design typically consists of a lightweight, flexible tube that is worn behind the ears, with two small prongs inserted into the nostrils to efficiently deliver oxygen to the user.
The use of nasal cannulas is particularly prevalent in patients with chronic obstructive pulmonary disease (COPD), pulmonary fibrosis, or other conditions that require long-term oxygen therapy. These devices are designed to allow users to maintain their mobility and independence by ensuring a continuous supply of oxygen without significantly interfering with their daily routine.
There are different types of nasal cannulas tailored to the individual needs and preferences of users. Some are specifically designed for increased oxygen delivery during sleep, while others are designed for active daytime users with a need for a more discreet and comfortable option. Choosing the right nasal cannula is crucial to ensure the greatest possible comfort and efficiency of oxygen therapy.
The installation and handling of nasal cannulas is very simple. Most devices are equipped with universal adapters that allow easy connection to different oxygen sources.
Maintenance is limited to regular cleaning and replacement of the nasal cannula to ensure optimal hygiene and performance. However, users should always follow the manufacturer’s specific instructions to ensure correct use.
In addition to physical support, nasal cannulas also offer psychological benefits. The ability to actively participate in social life and perform everyday tasks without significant limitations contributes significantly to improving quality of life. This aspect is particularly crucial for long-term users, as it helps to alleviate feelings of isolation and depression that often accompany chronic health conditions.
Choosing the right nasal cannula requires careful consideration of various factors, including individual oxygen requirements, preferred lifestyle and possible activity levels. Healthcare professionals can provide valuable advice to ensure users find the optimal solution for their needs.
Innovations in nasal cannula technology and design have led to improved models that are even lighter, more durable and more user-friendly. These advances allow users to experience an even higher quality of oxygen therapy, which directly leads to better respiratory function, increased energy and an overall improved sense of well-being.
In conclusion, nasal cannulas play a crucial role in modern medical care by providing individuals with breathing difficulties an efficient, comfortable and flexible solution to their oxygen therapy. The continuous development and improvement of these devices will ensure that they remain a key component in the treatment of respiratory diseases in the future. The right choice and use of nasal cannulas can therefore make a significant difference in the lives of many people, helping them to remain active and self-determined.
