Elixir reported high rates of clinical success with its LithiX Hertz Contact IVL system at EuroPCR 2024.

The IVL mechanism of action is based on a physics principle of Hertz Contact Stress and requires no capital equipment making the procedure workflow and learning curve simpler and faster.

LithiX Hertz Contact IVL System is a transcatheter device comprising multiple discrete metal hemispheres incorporated on a semi-compliant balloon.

LithiX™ lithotripsy mechanism of action to create calcium fractures is based on the Hertz Contact Stress principle and does not require an external energy source or capital equipment, delivering ...

TCT 381: Safety and Effectiveness of a Novel Intravascular Lithotripsy Device Using the Hertz Contact Stress Mechanism for Calcium Fragmentation: Six-Month Outcomes of the PINNACLE I Clinical Trial ...

The contact stress produced by the roller load was calculated by using Hertz contact theory. Based on the nonlinear regression analysis between the input parameters and the output plastic deformations ...

Based on the Hertz Contact Stress principle, the device delivers precise mechanical amplification of force to achieve calcium fractures while minimizing unintended vessel trauma.

The IVL mechanism of action is based on a physics principle of Hertz Contact Stress and requires no capital equipment making the procedure workflow and learning curve simpler and faster.

LithiX™ lithotripsy mechanism of action to create calcium fractures is based on the Hertz Contact Stress principle and does not require an external energy source or capital equipment, delivering ...

The LithiX™ HC-IVL device represents a novel mechanical approach to calcium modification in calcified coronary lesions, offering the benefits of intravascular lithotripsy using prior technologies ...