Showcase medical INNOVATION with high-fidelity 3D ANIMATIONS

We created photorealistic 3D renderings and technical animations for rHEALTH’s revolutionary ONE biomedical analyzer – a portable device that transforms a single drop of blood into comprehensive diagnostics in minutes. Our visualizations showcased the device’s cartridge technology and App in action.

 The project highlighted the rHEALTH ONE across diverse environments – from busy airport medical centers and remote field hospitals to modern laboratories and home healthcare settings. Through dynamic camera work and detailed cross-sections, we demonstrated how this compact analyzer delivers lab-quality results anywhere, making critical health monitoring accessible for travelers, medical professionals, and patients alike.

We produced 3D renderings and technical animations for SatioDx – a patch-based diagnostic device that performs blood draws and delivers test results directly on the device. Our team worked closely with Satio to understand the microneedle technology, vacuum-assisted blood collection, and integrated biosensor systems, translating these complex mechanisms into clear visuals for investor presentations and medical professional training.

Our 6-step development process ensured accurate visualization of every technical detail – from microneedle penetration and blood flow through microfluidic channels to real-time diagnostic readouts. By combining photorealistic renders with technical diagrams, we helped Satio make their complex medical innovation accessible to both venture capitalists and healthcare providers.

We created 3D animations showcasing COVID-19 protective mask technology at both macro and micro levels. Our visualizations demonstrated the multi-layered filtration system – from particle interactions with filter materials at the microscopic level to proper mask fitting and real-world usage. The animations clearly illustrated how viral particles are blocked by different filter layers while maintaining breathability.

The visual assets supported both institutional fundraising efforts and direct sales initiatives. By visualizing the science behind the protection – microscopic fiber structures, airflow dynamics, and particle filtration rates – we helped stakeholders understand the technology’s effectiveness. These animations bridged the gap between complex technical specifications and clear visual communication, making the protective features accessible to investors, healthcare professionals, and end consumers alike.

We created 3D renderings and animations for KMM Group’s medical guidewires – precision components with ±0.0001 inch tolerances used in neurovascular and cardiovascular procedures. Working with KMM’s engineers, we visualized Nitinol core wires with specialized tip geometries, showing wire flexibility specs.

The animations emphasized scale, showing these micro-components in detail while maintaining a clean, professional aesthetic. We used subtle lighting and restrained camera movements to create visuals that were both technically accurate and visually refined. These materials helped KMM communicate their precision manufacturing capabilities to medical device OEMs and interventional specialists.

Exceptional Talent and Collaboration. We had the pleasure of working with Jeff and Max on a project involving the creation of 3D images and animations.