OMRON
Sysmac
Modular
System
Design

Transform manufacturing with integrated modular systems

The Sysmac Modular System revolutionizes production, offering unmatched flexibility and precision for FATP applications. Its integrated control simplifies complex operations, ensuring robust performance and accelerated deployment across diverse manufacturing environments. This solution powerfully boosts productivity.

The system's sleek, modular design and intuitive user interface are visually compelling. Pre-designed templates enhance usability, reflecting a commitment to refined aesthetics and superior user experience. This elegant integration of form and function elevates operational engagement and efficiency.

Revealing precise engineering detail

3D industrial animation breathes life into complex mechanical and electronic processes. This immersive visualization technique educates viewers on intricate system operations, data flows, and interconnections, ensuring unparalleled clarity. It transforms abstract concepts into tangible understanding for all.

Advids expertise crafted intuitive visuals and explored diverse interface showcases, like the dynamic HMI. Precision and attention to detail bring every component to life, emphasizing sophisticated control and seamless functionality. This commitment to visual excellence delivers effective content.

Client Brief

Phoenix Contact sought Advids to address complex hardware installation hurdles through clear visual guidance. By addressing engineering friction in control cabinet assembly, the campaign aims to accelerate component selection. The objective centers on driving adoption of modular terminal blocks within global industrial manufacturing sectors.

Video Creation Approach

Calibrating the initial project roadmap required Advids to ingest detailed CAD blueprints and electrical schematics. Our team established a technical baseline to ensure every screw and port matched physical specifications. This phase synchronized the logic of the Phoenix Contact hardware suite with the narrative flow of the 3D machine assembly video.

Behind the mechanical logic, our designers engineered a transition from flat orthographic drawings to isometric kinetic models acting as a digital blueprint. We choreographed the push-in spring connection mechanism to demonstrate ease of installation within high-density control cabinets. Through precise automated hardware visualizations, the team illustrated how various modules route power across expansive factory floors.

Soundscapes synchronize with every component click to reinforce the tactile nature of the assembly process. This layering strategy reduces cognitive load by focusing on one module at a time. Impactful technical system renderings provide engineers with a clear blueprint for constructing reliable automation frameworks.

What are the steps in making a hardware introduction 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