Product Features
Increasing CRT Response
Simplify your process to select the right pacing vector with LV VectorOpt and fight non-response with only limited impact on battery with MultiPole Pacing (MPP).
Avoiding Inappropriate Shocks
More protection, more peace of mind for your patients with ShockReduct, using the latest tachycardia detection, therapy and monitoring tools.
Increased Lifetime
Offer your patients the only remote monitoring system that has demonstrated a more than 50% mortality reduction for CRT-D patients, as proven by the IN-TIME trial.1
Simplifying MRI Access
Ensure optimal patient therapy and simplified workflows with intelligent MRI AutoDetect sensor technology.
Supporting Physiological Pacing
Achieve physiological rate response modulation during episodes of emotional and physical stress with Closed Loop Stimulation (CLS).
Improving AF Management
DX technology in CRT offers atrial information and full range of VT/SVT discrimination for selected patient groups not receiving an atrial lead.
Product Details
MultiPole Pacing with Reduced Impact on Battery
MultiPole Pacing from BIOTRONIK offers sequential or simultaneous pacing, individually programmable impulses and no disproportionate battery drain when exceeding 3.0V pacing amplitudes. For an energy-efficient way to fight non-response.
BIOTRONIK Home Monitoring is a remote monitoring service available with cardiac monitors, pacemakers, implantable defibrillators (ICDs) and cardiac resynchronization therapy (CRT) systems. Home Monitoring allows physicians to continuously and reliably survey patients’ device and physiological condition, and alerts responsible healthcare staff of acute health changes within 24 hours.
MRI AutoDetect minimizes the time in MRI mode to the duration of the scan itself, ensuring optimal pacing and tachycardia therapy directly before and after MRI scan. Detection of the MR environment and automatic activation of the MRI mode eliminate additional programming, save time and increase efficiency.
CLS is a unique physiological rate-adaptive technology. The feature is able to determine the appropriate heart rate response during episodes of physical and emotional stress.
1 Hindricks G, Taborsky M, Glikson M, et al. Implant-based multiparameter telemonitoring of patients with heart failure (IN-TIME): a randomised controlled trial. The Lancet. 2014; 384 (9943): 583–590.