Ultipace™ Pacing Lead

ULTIPACE™PACING LEAD
CONDUCTION SYSTEM PACING

PROVEN DESIGN EVOLVED

Not all stylet-driven leads are created equally. UltiPace™ Pacing Lead’s unique construction has been tested to survive the mechanical stress of left bundle branch area pacing (LBBAP) and is backed by successful real-world evidence.^1–4

DISCOVER:

ULTIPACE™ PACING LEAD FLYER

ROBUST DISTAL END DESIGN²

UltiPace™ Pacing Leads have a robust distal end design without a flexible zone seen in other pacing leads that helps reduce stress on the conductors.

SUPERIOR OUTCOMES

Significantly lower rates of heart failure hospitalization and all-cause mortality when used in LBBAP compared to traditional apical pacing.¹

DEMONSTRATED SAFETY

Freedom from adverse effects in LBBAP.^1,4

Resistance to distal fatigue failure³

No distal flex zone²

Deep septal lead deployment in LBBAP might impose leads to higher mechanical stress. Conductor fractures have been found to occur near the ring electrode in lumenless leads and at the flexible interelectrode segment in other stylet-driven leads (SDLs) in LBBAP.⁴ The UltiPace™ Pacing Lead’s robust distal end design, with no flexible segment, helps reduce stress on the conductors.²

Connext
TV

CONNECT TO THE LATEST
IN STRUCTURAL HEART
THERAPY

Find out more

TV

25-105744 Assurity MRI Patient Video (1)

No Wait MRI, an Assurity MRI™ patient story

No Wait MRI

MAT-2602824 v1.0- Assert IQ AI HCP Demo Video - Global

Assert-IQ Demonstration

Assert-IQ Product Demonstration and Workflow

MAT-2602819 v1.0 - Assert IQ AI 3D Sizzle Video - Global

Assert-IQ Overview

Assert-IQ Insertable Cardiac Monitor Product Overview

EHRA 2026 - MAT-2604380 v2.0 - Ms. Victoria Isola Optimizing Pacemaker Therapy in the Era of Conduction System Pacing

Optimising Pacemaker Therapy in CSP Era

Optimising Pacemaker Therapy in the Era of Conduction System Pacing

EHRA 2026 - MAT-2630628 v1.0 - Dr. Oscar Cano & Dr. Margarida Pujol Optimal LBBP in Lieu of BiV Pacing – Insights from ECG Analy

Optimal LBBP vs BiV: ECG Insights

Optimal LBBP in Lieu of BiV Pacing: Insights from ECG Analysis

EHRA 2026 - MAT-2630635 v1.0 - Prof. Jan De Pooter & Dr. Francesco Zanon Troubleshooting and Complex Cases in LBBP

Troubleshooting Complex LBBP Cases

Troubleshooting and Complex Cases in Left Bundle Branch Pacing

Conduction System Pacing Redefined

Conduction System Pacing Redefined: Progress, Evidence, and Future Directions with Dr. Guram Imnadze

EHRA 2026 - MAT-2630637 v1.0 - Prof. Marek Jastrzębski Advanced Concepts in LBBAP ECG Interpretation--Understanding Capture Type

Advanced LBBAP ECG Interpretation

Advanced LBBAP ECG Interpretation: Capture Types, Criteria & Maneuvers

EHRA 2026 - MAT-2630627 v1.0 - Dr. Mauro Biffi & Dr. Lina Marcantoni From Algorithms to Outcomes- How LBBAP and Fusion Pacing ar

LBBAP and Fusion Pacing: From Algorithms to Outcomes

From Algorithms to Outcomes: How LBBAP and Fusion Pacing Are Transforming CRT Therapy with Dr. Biffi and Dr. Marcantoni

EHRA 2026 - MAT-2630633 v1.0 - Prof. Carsten Israel Practical CRT Programming Approaches for Managing Non-Responders

CRT Programming for Non-Responders

Practical CRT Programming Approaches for Managing Non-Responders with Dr. Carsten Israel

References

Vijayaraman P, Sharma PS, Atwater BD, et al. Two-year follow-up of the safety and clinical outcomes of stylet-driven leads for left bundle branch area pacing compared with right ventricular pacing in the Medicare population. Heart Rhythm. 2026 Jan;23(1):169-179. doi: 10.1016/j.hrthm.2025.07.004.
Abbott. Data on File, Engineering Technical Report. Item: 90994484.
Abbott. Data on File, Engineering Technical Report. Item: 91103386.
De Pooter J, Breitenstein A, Özpak E, et al. Lead Integrity and Failure Evaluation in Left Bundle Branch Area Pacing: The LIFE-LBBAP Study. JACC Clin Electrophysiol.