A restful night’s sleep is essential for everyone, yet many individuals struggle to achieve this due to various disorders and health conditions that disrupt their sleep cycle. SleepSense, a brand under Scientific Laboratory Products, is dedicated to addressing this critical need by offering the most advanced tools for sleep diagnosis available in the market.

When patients face difficulties with sleep or struggle to function normally during the day, it’s crucial for specialists to identify the underlying issues and guide them toward effective treatment. SleepSense recognizes that sleep disorders affect individuals of all ages, from children to seniors, and it is committed to providing solutions that cater to the diverse needs of all patients. 

Why Sleep is Essential

The Centers for Disease Control and Prevention (CDC) reports that about a third of U.S. adults consistently get less sleep than recommended, a deficit that can have severe consequences. Insufficient sleep is linked to a higher risk of motor vehicle accidents and workplace errors, leading to significant injury and disability each year.

SleepSense, the Trusted Source

With more than 15 years of expertise in diagnosing and treating sleep disorders, SleepSense has established itself as a trusted leader in the field of sleep medicine. Their extensive experience is reflected in the comprehensive range of tools they offer, designed to meet the diverse needs of sleep specialists and healthcare providers.

SleepSense's product line includes a variety of high-quality diagnostic tools, such as body sensors and probes that accurately monitor physiological parameters, as well as cannulas that ensure proper airflow measurement. In addition to these individual components, SleepSense provides a selection of carefully curated kits, which include all the necessary equipment for healthcare providers to perform a complete and accurate sleep diagnosis from the moment they receive the tools.

• Body and Limb Movement Sensors: Body Position Sensors and Limb Movement Sensors are designed to detect and measure how often a patient moves during sleep. These sensors are particularly useful in identifying limb spasms or uncomfortable sleeping positions that can disrupt sleep by causing sudden awakenings. By tracking this movement, the sensors provide valuable insights to patients, helping them understand the frequency and potential impact of these disturbances on their overall sleep quality.
• Probes: Probes, when used in conjunction with pressure sensors, are essential for detecting and monitoring changes in airflow. This combination plays a crucial role in identifying symptoms of sleep apnea, breathing difficulties, and other related conditions. By providing precise measurements, these tools are vital for accurate diagnosis and effective treatment planning.
• Cannulas: Cannulas are an essential tool for accurately detecting airflow changes during sleep. Designed to be positioned under the nose, they effectively transmit airflow pressure signals to a polysomnography (PSG) system, enabling precise monitoring throughout the night.
• Snore Sensors: These sensors are designed to detect and monitor snoring during sleep, tracking the frequency of these events. SleepSense snore sensors are commonly compatible with various respiratory monitoring systems, making them a versatile tool in comprehensive sleep assessments.
• ThermoCan: ThermoCan is a specialized brand of cannulas that simultaneously monitors both thermal and pressure airflow during sleep. These cannulas, along with their accessories, are available in both disposable and reusable models, offering flexibility and convenience for various clinical needs.
• Pulse Oximeter Probes: The pulse oximetry probes are designed to provide a superior solution for monitoring oxygen saturation levels during sleep studies. These advanced probes feature a tangle-free design, ensuring reliable and uninterrupted signal transmission throughout the night. This innovation not only enhances the accuracy of sleep assessments but also improves patient comfort by minimizing disruptions caused by tangled wires.