Shenzhen Refresh Biosensor Technology Co., Ltd.

CGM

The CGM system uses a miniature electrochemical sensor inserted subcutaneously to detect glucose concentration in the interstitial fluid based on the electrical signal generated by the electrochemical reaction catalyzed by glucose oxidase. This signal is then converted into a blood glucose reading through an algorithm and transmitted by the transmitter to a wireless receiver. The CGM system typically measures blood glucose concentration every 3 to 5 minutes, enabling patients to gain a comprehensive understanding of their blood glucose fluctuations over a 24-hour period.

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Continuous Glucose
Monitoring (CGM):
CGM devices can continuously and dynamically track blood glucose levels throughout the day
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CGM devices can record and store blood glucose levels for each time period, as well as other related events such as meals, exercise, and medication.
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Data Analysis:
Monitoring (CGM):
By downloading the monitoring data to a computer and processing it, a continuous glucose profile can be generated.
This allows doctors to have an overall view of the patient's blood glucose control.
wireless

electronic thermometer

The wireless electronic thermometer is a medical-grade device specifically designed for continuous temperature monitoring. It is worn by attaching it to the baby's underarm using an adhesive patch. Once paired with a smartphone, it can monitor the baby's temperature in real-time, 24 hours a day. Parents can set temperature alerts, such as 38.5°C, and the phone will provide a high-temperature warning if the baby's temperature exceeds this threshold. The accompanying software also includes features for recording medication, sharing temperature data, and facilitating remote consultations with healthcare providers.

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The built-in Refresh® MS02 high-precision biosignal processing chip, combined with a high-sensitivity temperature sensor, offers a temperature resolution of up to 0.01°C and a measurement accuracy of ±0.2°C, ensuring faster response times and higher accuracy!
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Parents can set a high-temperature alert value within the app, and an alarm will be triggered immediately if the temperature exceeds this threshold. This eliminates the need for parents to frequently check their child's temperature, allowing them to sleep peacefully alongside their baby.
AbsolutSweat
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Why is sweat important?
Decoding metabolic information at the molecular level
Sweating during and after exercise results in the loss of significant amounts of water and metabolic byproducts from the body. Glucose, potassium, and sodium are among the most critical metabolites. Changes in the concentration of these metabolites in sweat can indicate your exercise status, providing data for evidence-based training.
Analyzing biomarkers in sweat can directly reflect your body's physiological functions. Compared to traditional wearable fitness devices (like PPG sensors), AbsolutSweat P1 offers deeper, more accurate, and multi-dimensional data analysis. This biological data helps you engage in more scientific exercise training and optimize recovery.
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Molecular-Level Metabolite Detection
Provides accurate feedback on your body's condition, meeting the detection needs of individual differences.
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Comprehensive Real-Time Insights into Your Body's Condition During Exercise
Tracks five key sweat biomarkers: sweat glucose, potassium ions, sodium ions, sweat volume, and sweat efficiency.
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Support for Professional Athletes
Sawan Serasinghe, an Australian badminton player and seven-time Oceania Championship winner, shares his experience using AbsolutSweat P1. He highlights how the device has helped improve his training plans and enhance his athletic performance.
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Expert Testing by Fitness Enthusiast - Nemanja Bozovic
Nemanja Bozovic, a Serbian bodybuilder, powerlifting and classic bodybuilding champion, and IFBB judge and professional coach, has professionally tested AbsolutSweat P1.
Urine Monitoring System
The urine monitoring system is based on Refresh Sensor's proprietary BIOSYS biosensing system. It enables real-time acquisition of urine samples for comprehensive quantitative monitoring of various elements in daily urine metabolism. The biochip processes biological signals from the urine in real-time, transmitting the processed data to a mobile device for display.
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Monitoring Frequency and Volume of Urination, and Bowel Movements
Biochemical Detection Features: Fully quantitative analysis of four routine urine indicators—pH, ascorbic acid, protein, and glucose—along with other customizable indicators.
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Offering a Variety of OEM Solutions