SHIMADZU
IRXross
Scientific
Instrument
Animation
Design

Unlock scientific analytical device excellence

This video powerfully illustrates how Shimadzu's IRXross enhances research with high sensitivity and resolution. It accelerates complex chemical analysis tracking ensuring precise data for critical breakthroughs empowering scientific discovery and innovation worldwide.

Visually stunning animation elevates technical details presenting advanced features like micro analysis and contaminant recognition clearly. The intuitive design of IR Pilot software simplifies complex operations making sophisticated scientific tasks effortlessly accessible and highly engaging for users.

Engaging visual explanation perfected

The video employs clear illustrative animation to demystify intricate scientific processes and equipment functions. This visual technique enhances viewer comprehension making advanced concepts immediately accessible and highly informative for a diverse audience.

Advids expertise crafted intuitive visuals and refined interfaces ensuring aesthetic appeal and technical accuracy. Diverse design approaches were explored achieving optimal visual storytelling. Precision and detail brought every scientific principle vividly to life.

Client Brief

SHIMADZU IRXross approached Advids to develop a 3D medical technology video for their spectrophotometer. The objective involves addressing market hesitation regarding internal hardware complexity by clarifying optical performance. This initiative seeks to drive procurement within high-end laboratory environments by articulating measured sensitivity and throughput.

Video Creation Approach

Synchronizing the technical specifications for the SHIMADZU IRXross required Advids to calibrate the spectrophotometer blueprints with volumetric data models. We established a strategic baseline by auditing hardware schemas to ensure every internal refraction point aligned with exact physics standards before initiating the primary animation sequences.

Beneath the outer casing, the photonic path mapping involves a translucent shell transition revealing the gold-plated corner cube mirror. This transparency strategy allows for the depiction of high-throughput laboratory workflows where various chemical samples undergo rapid processing. Integrating analytical instrumentation visuals clarifies how the hardware manages multiple concurrent diagnostic tasks without compromising data integrity.

Methodical rhythmic pulses choreograph the assembly of internal components to reduce cognitive strain during the technical breakdown. Precise acoustic cues signal each beam reflection to reinforce the accuracy of complex molecular diagnostics. The resulting narrative provides a structured map of instrument capability for procurement officers evaluating specialized analytical tools.

What are the steps in making a 3D medical technology video?

1. Research & Analysis
2. Script Writing
3. Character & Style Sheet
4. Storyboard Development
5. Voice Over Recording
6. Animating Stage
7. Sound Effects & Music
8. Translation & Foreign Voice (If needed)
9. Delivery & Formats

Video Production Techniques