Product Features
Excellence in comprehensive diagnostics, trustworthy therapy and efficient follow-up
BIOTRONIK Home Monitoring
Remotely-guided and effective patient care
ProMRI
Grants patients access to MRIs
Closed Loop Stimulation
The most physiological rate response algorithm
Event-Triggered IEGMs
Advanced event evaluation
Heart Failure Monitor
Comprehensive set of trend data to evaluate patients’ heart failure condition
Vp Suppression
Reduces unnecessary ventricular pacing
Excellent Longevity
Long-lasting devices that transmit a complete data set daily
SafeSync RF Telemetry
Convenient communication during implantation and follow-up
Product Details
BIOTRONIK Home Monitoring
BIOTRONIK Home Monitoring is a remote monitoring service available with cardiac monitors, pacemakers, implantable defibrillators (ICD) and cardiac resynchronization therapy (CRT) systems. Home Monitoring allows physicians to continuously and reliably survey the patients’ physiological and device condition and alerts responsible healthcare staff of acute health changes within 24 hours. Click Here for more information
ProMRI
ProMRI technology offers patients safe access to MRIs under certain conditions. Click Here for more information
Closed Loop Stimulation
CLS is a unique physiological rate-adaptive technology. The feature is able to determine the appropriate heart rate response during times of physical and emotional activity or stress. Click Here for more information
Early Detection
The early detection of changes in heart failure status allows for informed decision-making and the early initiation of therapeutic measures.
Long-Lasting Products
Industry-leading device longevity prolongs replacement intervals to limit the number of replacements necessary and reduce the risk of complications.
Media
Closed Loop Stimulation
Closed Loop Stimulation - physiological and automatic rate adaption
Closed Loop Stimulation
Closed Loop Stimulation (CLS) is BIOTRONIK's proprietary technology used in pacemakers and heart failure devices to allow pacing adjustments to metabolic demands independent of activity.