ARCSM
Boston Medical Education Designs tasked us with a significant project for their online dental education platform. We aimed to achieve the highest possible level of realism, both in the assets used in the profession and in the procedures themselves. We developed every aspect of their product, not only the CGI and video content for the dentistry degree showcase on their platform. but also all promotional materials and designed the platform itself, along with their corporate identity.
Real Time
2024
Real Time VFX
ARCSM
Boston Medical Education Designs tasked us with a significant project for their online dental education platform. We aimed to achieve the highest possible level of realism, both in the assets used in the profession and in the procedures themselves. We developed every aspect of their product, not only the CGI and video content for the dentistry degree showcase on their platform. but also all promotional materials and designed the platform itself, along with their corporate identity.
Real Time
2024
Real Time VFX
ARCSM
Boston Medical Education Designs tasked us with a significant project for their online dental education platform. We aimed to achieve the highest possible level of realism, both in the assets used in the profession and in the procedures themselves. We developed every aspect of their product, not only the CGI and video content for the dentistry degree showcase on their platform. but also all promotional materials and designed the platform itself, along with their corporate identity.
Real Time
2024
Real Time VFX
The Tools
To ensure the explanatory videos are as realistic and accurate as possible, the dental tools were engineered with millimeter precision. We conducted simulations using these tools, where the tooth carving process required exact accuracy.
The Tools
To ensure the explanatory videos are as realistic and accurate as possible, the dental tools were engineered with millimeter precision. We conducted simulations using these tools, where the tooth carving process required exact accuracy.
The Tools
To ensure the explanatory videos are as realistic and accurate as possible, the dental tools were engineered with millimeter precision. We conducted simulations using these tools, where the tooth carving process required exact accuracy.
Connect to Content
Add layers or components to make infinite auto-playing slideshows.
Connect to Content
Add layers or components to make infinite auto-playing slideshows.
Our goal was to provide all the professional tools used in the field during training. Therefore, each asset was created according to real-world measurements and the latest technologies
Our goal was to provide all the professional tools used in the field during training. Therefore, each asset was created according to real-world measurements and the latest technologies
Our goal was to provide all the professional tools used in the field during training. Therefore, each asset was created according to real-world measurements and the latest technologies
Simulations
One of the biggest challenges in computer graphics is creating dynamic geometries, particularly those where the number and order of vertices change frame by frame. To tackle this challenge, we used Houdini as our tool of choice. By utilizing volumetric voxels, we were able to run our hand-animated sequences through our Houdini setup and perform frame-by-frame Boolean operations to simulate the carving process of dental burs on a tooth.
Simulations
One of the biggest challenges in computer graphics is creating dynamic geometries, particularly those where the number and order of vertices change frame by frame. To tackle this challenge, we used Houdini as our tool of choice. By utilizing volumetric voxels, we were able to run our hand-animated sequences through our Houdini setup and perform frame-by-frame Boolean operations to simulate the carving process of dental burs on a tooth.
Simulations
One of the biggest challenges in computer graphics is creating dynamic geometries, particularly those where the number and order of vertices change frame by frame. To tackle this challenge, we used Houdini as our tool of choice. By utilizing volumetric voxels, we were able to run our hand-animated sequences through our Houdini setup and perform frame-by-frame Boolean operations to simulate the carving process of dental burs on a tooth.
The Platform
Axiom VFX, in collaboration with Medical Education Designs, developed a comprehensive platform featuring all the visuals and educational content required to support the complete dental academic curriculum.
Credits
Written and directed by Peter SzewczykProduced by Verity White and Kasia LesniakStarring Naomi Scott, Lech Dyblik, and Nick Moran©2013 A Light + Mathematics Production WINNER | BEST VFX SHORT | HollyShorts Film Festival SELECTIONSITGES INTERNATIONAL FILM FESTIVAL SELECTIONCHICAGO HORROR FILM FESTIVAL
Let's work
together
Let's create something beautiful together! At AXIOM VFX, we believe in collaboration to bring your unique vision to life. Get in touch and let's get started!
Let's work
together
Let's create something beautiful together! At AXIOM VFX, we believe in collaboration to bring your unique vision to life. Get in touch and let's get started!
Let's work
together
Let's create something beautiful together! At AXIOM VFX, we believe in collaboration to bring your unique vision to life. Get in touch and let's get started!
Headquarters
Austin, Texas (USA)
Valencia (ESP)
Headquarters
Austin, Texas (USA)
Valencia (ESP)
©2023 AXIOM VFX, INC
Headquarters
Austin, Texas (USA)
Valencia (ESP)
©2023 AXIOM VFX, INC