Macro impact with nanoparticles
VS Particle

Macro impact with nanoparticles
VS Particle

(Services)
(Services)
Motion Design
Motion Design
,
,
Scripting
Scripting
,
,
3D rendering
3D rendering
(Industry)
(Industry)
Deeptech
Deeptech
(Team)
(Team)
INNOVATE
INNOVATE
(Year)
(Year)
2024
2024
(Information)
(Information)
VS Particle faced a challenge: their groundbreaking nanoprinting technology is revolutionary, but difficult to explain. The nanoprinters apply ultra-thin layers of metal to various substrates, offering vast opportunities for material research. Yet, during each sales pitch, valuable time was spent explaining how it works. How do you make complex technology understandable in two minutes?
We combined our technical and creative strength. It started with a precise script: what do you really need to say? Then a storyboard: how do you translate that into images that resonate with the right audience? Using the technical CAD designs of the VSP-P1 machine as a base, we built a visual model suitable for animation and storytelling. Everything came together in a powerful 3D rendering that brought the complex technology to life clearly and convincingly. Thus, spark ablation became understandable for research leaders and professors, without sacrificing technical depth.
VS Particle faced a challenge: their groundbreaking nanoprinting technology is revolutionary, but difficult to explain. The nanoprinters apply ultra-thin layers of metal to various substrates, offering vast opportunities for material research. Yet, during each sales pitch, valuable time was spent explaining how it works. How do you make complex technology understandable in two minutes?
We combined our technical and creative strength. It started with a precise script: what do you really need to say? Then a storyboard: how do you translate that into images that resonate with the right audience? Using the technical CAD designs of the VSP-P1 machine as a base, we built a visual model suitable for animation and storytelling. Everything came together in a powerful 3D rendering that brought the complex technology to life clearly and convincingly. Thus, spark ablation became understandable for research leaders and professors, without sacrificing technical depth.

