Sentec Digital Monitor (SDM) with activated PO2 channel for tcPCO2, tcPO2, SpO2, PR and HP monitoring
The Sentec Digital Monitoring System with PO2 (SDMS-PO2) provides continuous and non-invasive real-time monitoring of ventilation (tcPCO2), oxygenation (tcPO2) and Heating Power (HP) for neonatal patients. In pediatric / adult patients, the system can be used for tcPCO2, tcPO2, SpOI2, Pulse Rate, Pulsation Index (PI) and HP monitoring.
Transcutaneous monitoring (TCM) provides clinicians with greater insight to quickly identify trends, rapidly and accurately assess patient status, and make more well-informed, timely care decisions.
Sentec transcutaneous monitoring provides continuous, accurate values regardless of ventilation method. The Sentec ventilation monitoring can be used in different application areas depending on the care setting chosen:
Carbon dioxide tension oxygen tension and Pulse oximetry sensor
* In neonatal patients, the use of the OxiVenT™ Sensor is currently indicated for carbon dioxide tension and oxygen tension monitoring only.
Carbon dioxide tension and Pulse oximetry sensor
* In neonatal patients, the use of the V-Sign™ Sensor is currently indicated for carbon dioxide tension monitoring only.
Service is essential to keep medical equipment operational and safe. Our Nordic service team consists of experienced service technicians stationed across the Nordic countries. Our service technicians are ready to take on your every service need.”
Anesthesia breathing circuit and kits
Limb-O™ single limb anesthesia breathing circuit and kits. Each Limb-O™ circuit is divided by a flexible septum running the length of the tube. Limb-O™ effectively transfers heat from the expiratory to the inspiratory side of the circuit. Increased thermal efficiency rates during surgery keeps gases warm and body temperature normothermic.
Less weight means less torque on the ET tube and less plastic is being used. Decreased compliance helps lead to accurate delivered volume. Accomplish more with less as the single limb design services pediatric through adult patients. Limb-O™ as all Vyaire circuits are made without latex.
IncuCap® – Innovative incubator cover made of a High-Tex material
IncuCap® is made of a 3-layered functional specialty knit fabric. A highly elastic, breathable membrane in the core assures the incubator cover’s imperviousness to light. The 3D knit spacing fabric underneath ensures optimum noise attenuation, provides an anti-slip effect, and permanently retains the cover’s shape. Additionally, the material is characterized by low weight.
IncuCap® has been tested and certified according to Oeko-Tex® Standard 100, is bi-elastic, breathable, washable up to 95 °C and suitable for tumble-drying. The anti-slip (silicone) interior lining is neutral so that the child can be evaluated without any interfering influences. Access to the infant is flexible and ensured by 4 side and 2 head/foot flaps. Optionally available with an opening flap for phototherapy lamps, including magnetic openings as an option.
Top-of-the-range activity monitor
The ActiGraph GT9X Link captures and records high resolution human activity information using a solid state 3-axis MEMS accelerometer and our proprietary filtering algorithm. The GT9X Link is our most sophisticated activity monitor and represents a significant upgrade from previous models. Building on our validated physical activity and sleep measurement platform, it has been redesigned with a rich set of new features along with multiple new channels of sensor data captured by gyroscope, magnetometer and secondary accelerometer. High resolution LCD screen, Bluetooth® for wireless data capture and uploads to ActiGraph’s mobile applications makes GTX9 Link the most versatile and user-friendly activity monitor in our range. It is fully backward compatible with previous device models to ensure data comparability for our existing clients.
Insight Watch – Medical-Grade actigraphy monitoring, redefined
The compact and stylish CentrePoint Insight Watch captures and records continuous high-resolution raw acceleration data, sampled up to 256 Hz, to support the development of novel endpoints related to real-world activity, mobility, and sleep behaviors to provide objective, real-world physical activity, mobility, and sleep measures, in near real time.
Used in conjunction with the CentrePoint Data Hub or mobile application, captured data is passively transmitted to the cloud for near real-time detection of compliance issues and potential data trends.
