It is a next-generation bracelet that contains the most advanced sensors for monitoring:
THIS DEVICE IS INCLUDED IN THE MONTHLY PLANS:
It is a latest generation bracelet that contains the most advanced sensors for monitoring:
Constant blood pressure measurement offers numerous health benefits
Regular measurement helps identify hypertension early, which often has no obvious symptoms until complications appear
Allows assessment of overall health and heart function, helping to monitor any significant changes over time
For those already being treated for hypertension or other cardiovascular conditions, constant monitoring allows for more effective and timely adjustment of treatment
Identifying and managing hypertension early reduces the risk of developing serious complications such as stroke, heart attack, kidney failure, and eye damage
Awareness of one's blood pressure readings can stimulate the adoption of a healthier lifestyle by encouraging regular physical activity, balanced diet, and management of stres sIn summary, the constant measurement of blood pressure is critical for the prevention, monitoring, and management of hypertension and other cardiovascular diseases, contributing significantly to the promotion of long-term health and well-being.
Sleep monitoring offers several important benefits for overall health and well-being:
Tracking sleep can help identify and change habits that negatively affect sleep quality, such as irregular sleep cycles or sleep interruptions
Continuous sleep monitoring can reveal patterns that indicate the presence of sleep disorders such as insomnia, facilitating early diagnosis and treatment
Quality sleep is critical for physical and mental recovery. Monitoring sleep helps ensure that adequate rest is achieved, improving cognitive function, mood, and productivity throughout the day
Good sleep hygiene, supported by monitoring, can reduce stress levels and contribute to mental well-being
Good sleep hygiene, supported by monitoring, can reduce stress levels and contribute to mental well-being
Adequate sleep supports cell regeneration, the immune system, and helps prevent disease. Monitoring sleep allows these vital health processes to be optimized .In summary, sleep monitoring is a valuable tool for improving sleep quality, identifying and treating sleep disorders, optimizing cognitive and physical function, reducing stress, and supporting mental and physical health.
Constantly measuring the heart rate serves various important purposes for health and overall well-being.
Regular monitoring of heartbeats can help prevent cardiovascular disease by allowing early identification of problems that may require specialist intervention
Measuring Heart Rate Variability (HRV) is mainly used to assess a person's state of well-being, monitor the level of mental and physical stress, and optimize recovery and athletic performance. HRV is one of the most important indicators of Autonomic Nervous System functioning and reflects the body's ability to adapt to internal and external stresses. A high HRV is generally associated with a good level of fitness and greater ability to handle stress, while a low HRV may indicate fatigue, stress, or potential health problems. Regular measurement of HRV can therefore provide valuable information for adjusting training, improving recovery, managing stress, and maintaining good overall health.
This parameter measures the percentage of hemoglobin in the blood that is saturated with oxygen, compared to the total hemoglobin available for oxygen transport. It is an essential indicator of the amount of oxygen transported in the blood to the various organs and tissues of the body.
Continuous SpO2 measurement makes it possible to assess the effectiveness of breathing and to identify early any respiratory problems or hypoxia (low blood oxygen concentration)
Continuous SpO2 measurement makes it possible to assess the effectiveness of breathing and to identify early any respiratory problems or hypoxia (low blood oxygen concentration) . For patients with chronic lung diseases such as COPD (Chronic Obstructive Pulmonary Disease) or asthma, regular monitoring of SpO2 can help manage the disease and prevent their worsening.
Measuring SpO2 during sleep can help identify sleep apnea, a condition in which interruptions in breathing occur during sleep.
Early detection of low blood oxygen levels allows early intervention to prevent serious complications, such as organ damage.
Continuous measurement of SpO2 allows for the assessment of effective breathing and early identification of possible respiratory problems or hypoxia (low blood oxygen concentration) .
Management ofchronic conditions: For patients with chronic lung diseases such as COPD (Chronic Obstructive Pulmonary Disease) or asthma, regular monitoring of SpO2 can help manage the disease and prevent their worsening.
Assessment ofsleep apnea: Measuring SpO2 during sleep can help identify sleep apnea, a condition in which interruptions in breathing occur during sleep.
Complication prevention: Early detection of low blood oxygen levels allows early intervention to prevent serious complications, such as organ damage.
The weighing scale is equipped with 8 impedance sensors that detect 19 parameters with each weight measurement.
The impedance scale with a dumbbell and 8 sensors is an instrument that uses the latest technology. It works by taking advantage of the principle of impedance testing to measure body composition.
This type of scale uses a low-intensity electric current that is imperceptible and absolutely safe for the human body, which is sent through the subject's body.
The weighing scale is equipped with 8 impedance sensors that detect 19 parameters with each weight measurement.
The impedance scale with a dumbbell and 8 sensors is an instrument that uses the latest technology. It works by taking advantage of the principle of impedance testing to measure body composition.
This type of scale uses a low-intensity electric current that is imperceptible and absolutely safe for the human body, which is sent through the subject's body.
The user stands on the scale, holding the handlebars (equipped with electrodes) with their hands. The presence of 8 sensors, distributed between the base of the scale (for the feet) and the handlebars (for the hands), allows for the transmission and reception of electrical current to and from various parts of the body.
Electric current flows through the body at different speeds depending on the type of tissue encountered (muscle, fat, bone, fluid). By measuring resistance (impedance) to the passage of the current, the scale can estimate body composition, including parameters such as body weight, body fat percentage, muscle mass, water content, and other metrics important for health and fitness.
The combination of hand and foot sensors provides more accurate and detailed measurements of body composition than impedance scales that use sensors only for the feet. This is because the current can flow through the entire body, providing a more accurate overall estimate .
The NSS010 scale offers an advanced and detailed method of assessing body composition, providing 19 different data constantly compared with previous measurements so as to monitor trends not only in weight but also in body composition.
The next-generation wristband that integrates the most advanced sensors for complete and accurate monitoring of your well-being and physical activities.
Discover how the NSB002 can become your ideal health and sports companion.