Our Portfolio
Advanced Solutions for Electrophysiology and Interventional Cardiology
Electrophysiology – EP-TRACER® 2
Empowering modern electrophysiology with excellent signal quality, integrated stimulator, and intuitive workflows.
Designed for flexibility, the EP-TRACER® 2 portfolio offers three system configurations to meet the needs of different clinical environments and electrophysiology procedures.
PRODUCTS
Hemodynamics – evolution
Delivering precise hemodynamic measurements, intuitive workflows, and seamless integration into every modern cath lab.
From fully integrated cath lab installations to mobile solutions, the evolution series provides the flexibility to meet different clinical, procedural and workflow requirements.
PRODUCTS
Combined Solutions Hemo-EP – evolution duo
The evolution duo unites electrophysiology and hemodynamics in one intuitive platform, delivering unmatched flexibility and maximum efficiency.
Designed for different clinical applications, it enables seamless transitions between EP and hemodynamic procedures within a single system.
PRODUCTS
Service & Support
We support you! Please choose between technical support and training
Digital Learning Center
Learn anytime, anywhere with the Digital Learning Center – Access on-demand training, practical tutorials, and expert guidance to maximize system performance.
Technical Support
Expertise beyond technology – With dedicated specialists and expert support, we are your trusted partner for long-term performance and confidence.
Service Contracts
Choose the service contract that fits your needs – with tailored coverage, expert support, and greater planning confidence.
News & Events
Get informed and meet the specialists
Fast access to patient data and previous procedures for more efficient EP workflows
Standardisierter Datenaustausch für einen effizienten und vernetzten EP-Workflow
With our virtual simulation of a cardiac cath lab, you can experience our products EP-TRACER® for electrophysiology and evolution for hemodynamics in action.
International exchange and new perspectives on modern electrophysiology