Proven longevity. Predictable performance.​

The INGEVITY+ pacing lead demonstrated 95.6% implant success with left bundle or left septal capture.1

Why choose INGEVITY+

Proven lead performance in a new application

Low and stable pacing threshold with INGEVITY+ for left bundle branch area (LBBA) implants similar to right ventricle apical locations.

Mean pacing capture thresholds were 0.94V @ 0.4 ms at 3 months for LBBA2

98.2% of LBBA thresholds were less than or equal to 2V at 0.4ms2

97.6% of LBBA leads did not have a threshold rise >1V at 3 months2

See Clinical Data

Tested and proven lead design, expanded to LBBAP

• The stylet design INGEVITY+ pacing lead allows for precise positioning including continuous pacing and monitoring of electrical measurements during lead body rotations.3

• Outer insulation has more than 20 years of experience with Boston Scientific pacing leads and continues to be durable even when exposed to rough simulated LBBAP use.3,4,5

• Designed with 3 robust layers of insulation between conductors6  

• Zero conductor fractures demonstrated under simulated use conditions with extensive preconditioning, INGEVITY+ leads in LBBA positions met a minimum of a 10-year survivability similar to right ventricular apical pacing4

400 million cycle distal tip fatigue testing for use in LBBAP 

Watch as two of our R&D Leads Engineers describe the robust testing methods developed to ensure the INGEVITY+ pacing lead meets our highest performance standards in its new application for LBBAP, including the flexible neck between the anode and cathode.

Watch full video

INGEVITY+ enhanced design

200% tensile strength increase with enhanced design changes

Improved inner coil design

The traditional tri-filar inner coil of INGEVITY+ improves the torque transmission of the inner coil and allows for removal of the ETFE covering.

Experience predictable performance with low and consistent turn counts:

• In tortuous bends
• In atrial placements
• When repositioning the lead
• Across a wider breadth of physician techniques

Improved joint design

• Incorporated joint design principles from the RELIANCE™ family of leads, which have multi-filar coils and proven performance
• Reduces potential stress concentrations which could cause conductor fracture if the coil was over-torqued or severely bent in a fatigue condition
• Strengthens the joint construction so INGEVITY+ can withstand extraction forces over 200% more than the previous generation