Uploaded June 2024 | Updated September 2026, 1 hour ago
In this video, we showcase the MedSource Labs IV products as they are demonstrated on arms with various skin tones, highlighting our commitment to diversity and representation in medical animation. Creating realistic skin tones in 3D animations is a complex process that requires an in-depth understanding of skin's multi-layered structure.
To achieve natural-looking skin, our team employed advanced skin shading techniques and rendered our animations using Redshift. We experimented extensively with skin shaders to capture the subtleties of different skin tones. This involved simulating the interaction of light with the epidermis, dermis, and subcutaneous tissue. By accurately depicting how light bounces off and penetrates these layers, we created a realistic portrayal of skin under various conditions.
Join us as we delve into the technical artistry behind creating inclusive and realistic medical animations that cater to a diverse audience. ghostproductions.com/news/celebrating-inclusivity-in-medical-animations-a-juneteenth-reflection
Learn how Ghost Productions Medical Animation Studio & Surgical VR Developer can help you explain how your medical devices and pharmaceutical products work.
Medical Animation: ghostproductions.com/animation
Virtual Reality: ghostproductions.com/medical-vr-virtual-reality
To learn more about Medsource Labs medsourcelabs.com
(651) 633-1163
ghostmedical.com
In this video, we showcase the MedSource Labs IV products as they are demonstrated on arms with various skin tones, highlighting our commitment to diversity and representation in medical animation. Creating realistic skin tones in 3D animations is a complex process that requires an in-depth understanding of skin's multi-layered structure.
To achieve natural-looking skin, our team employed advanced skin shading techniques and rendered our animations using Redshift. We experimented extensively with skin shaders to capture the subtleties of different skin tones. This involved simulating the interaction of light with the epidermis, dermis, and subcutaneous tissue. By accurately depicting how light bounces off and penetrates these layers, we created a realistic portrayal of skin under various conditions.
Join us as we delve into the technical artistry behind creating inclusive and realistic medical animations that cater to a diverse audience. ghostproductions.com/news/celebrating-inclusivity-in-medical-animations-a-juneteenth-reflection
Learn how Ghost Productions Medical Animation Studio & Surgical VR Developer can help you explain how your medical devices and pharmaceutical products work.
Medical Animation: ghostproductions.com/animation
Virtual Reality: ghostproductions.com/medical-vr-virtual-reality
To learn more about Medsource Labs medsourcelabs.com
(651) 633-1163
ghostmedical.com
