Thermo Scientific
Thermo Scientific's video was engineered to peel back the exterior casing and reveal the intricate internal mechanics driving their machinery. In the high-stakes field of biotechnology, analytical researchers constantly battle throughput limitations that restrict biological discovery. The cost of inaction means relying on legacy systems that risk missing low-abundance protein expressions, directly halting potential clinical breakthroughs. We designed this visual asset to demonstrate how Thermo Scientific overcomes these limits by utilizing high-throughput single-cell sensitivity to completely capture cellular complexity.
Our design team structured this proteomics technology reveal with high-fidelity, medically accurate structural compositions. We establish context with a ribosome translating mRNA into a growing polypeptide chain before pivoting to an exploded-view cross-section of the mass spectrometer showing ion trajectories navigating electrostatic mirrors. These intricate engineering schematics are paired with clear informational callouts so that proteomics researchers immediately grasp the instrument's unrivaled throughput and measurement depth.
We utilized a sophisticated kinetic animation strategy, visualizing parallel ion routing and electrostatic tracking dynamics to map the physical journey of a sample. To ensure maximum cognitive ease throughout this scientific innovation premiere, we opted for a high-contrast cinematic aesthetic, using glow-traced coordinate paths to reduce visual fatigue during dense technical segments. At Advids, we engineered this presentation with an authoritative, peer-reviewed tone to foster immediate credibility among laboratory directors, concluding with a compelling call to action that directs viewers to explore the future of analytical science.