CorWave Implantable Left Ventricular Assist Device (LVAD) | Medical Animation

Video Directory
November 17, 2018
This 3D animation showcases the innovative CorWave LVAD—a pulsatile, wave-driven implant that mimics native heart motion for advanced heart failure treatment.

Description

This visually engaging 3D animation, created by Ghost Medical for CorWave, explains the functionality of its revolutionary left ventricular assist device (LVAD).

Designed for patients with advanced heart failure, the CoreWave implant utilizes a proprietary wave membrane pump driven by a magnetic actuator. This single-moving-part system generates oscillations that produce a native-like, pulsatile blood flow. Implanted at the left ventricular apex and connected to an external power source via a driveline, the device offers compact form, full support, and compatibility with minimally invasive surgical techniques.

This animation supports surgical training, investor presentations, and medical marketing efforts by clearly illustrating the unique benefits of CorWave’s LVAD technology.

CorWave, LVAD, Heart Failure, Medical Animation, Cardiovascular Device, 3D Animation, Medical Device Animation, Cardiac Surgery, Left Ventricular Assist Device, Magnetic Actuator, Wave Pump, Physiology, Advanced Heart Therapy, Pulsatile Flow, Minimally Invasive

Client

Corwave Logo

Corwave

Share this content: 

LinkedIn
Facebook
X
Email
Reddit

Disclaimer

The animations showcased by Ghost Medical are intended solely to demonstrate our portfolio work and are not intended to be labeled as reliable FDA claims in the healthcare market. Surgeons and healthcare professionals should exercise caution and conduct their own research before relying solely on the information presented in the animations. Please be aware that while our animations strive to accurately represent medical concepts and technologies, they may not always reflect the current state of the medical industry.

Bibliography

Post Type

Blog

Page Name

CorWave LVAD | Heart Pump Device Cardiology Animation

Author

Ghost Productions, Inc.

Publisher

Ghost Productions, Inc.

Date Published

Nov 17, 2018

Citation Styles

AMA Style

Ghost Productions, Inc. CorWave LVAD | Heart Pump Device Cardiology Animation [Blog]. Ghost Productions, Inc. Published Nov 17, 2018. Available at https://ghostmedical.com/video/ghost-productions-corwave-lvad/

APA Style

Ghost Productions, Inc. (Nov 17, 2018). CorWave LVAD | Heart Pump Device Cardiology Animation [Blog]. Ghost Productions, Inc. Retrieved from https://ghostmedical.com/video/ghost-productions-corwave-lvad/

MLA Style

Ghost Productions, Inc. “CorWave LVAD | Heart Pump Device Cardiology Animation.” Ghost Productions, Inc., Nov 17, 2018, https://ghostmedical.com/video/ghost-productions-corwave-lvad/. [Blog]

Featured News

Can AI Actually Make Medically Accurate Images? Blog Post Thumbnail

Can AI Actually Make Medically Accurate Images?

February 12, 2026

can AI image generators finally produce medically accurate visuals that would survive clinical review? Learn about what we found.

More Medical Animation Posts

Minimally Invasive Partial Knee Resurfacing (MIPKR) Animation Video Post Thumb
Partial Knee Doc

Minimally Invasive Partial Knee Resurfacing (MIPKR) Animation

Explore the world of Minimally Invasive Partial Knee Resurfacing (MIPKR) with the Repicci technique in stunning 4K animation. Ghost Medical Animation has collaborated with Partial Knee Doc to showcase their innovative Partial Knee Implant device and procedure.
Ilion Medical's NADIA® implant for SI Joint Fusion - NASS 2023
DocTech.LIVE

Ilion Medical’s NADIA® implant for SI Joint Fusion – NASS 2023

Ilion Medical’s NeuroSafe® approach offers hope for those suffering from sacroiliac joint issues with the NADIA® implant.
Severe Angular Injury to the Spine – Spinal Kinetics Video Post Thumb
Spinal Kinetics

Severe Angular Injury to the Spine – Spinal Kinetics

Ghost Medical’s 4K medical animation for Spinal Kinetics vividly illustrates the consequences of excessive angulation, shedding light on the crucial role of spinal support ligaments and the implications of their damage on nerve function.