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Project Details

Figure 4 135: Visualizing Fast, Flexible 3D Production for End-Use Parts

3D animation of Figure 4 135, highlighting projector-based SLA, high-speed workflows, and real-world production quality.

Client
Avatar
3d Systems
Year
2025
Solution
3D Product Animation

Figure 4 135 — Visualizing Fast, Flexible 3D Production for End-Use Parts

The Challenge
3D Systems needed a way to visually communicate the capabilities of the Figure 4 135, a high-speed, projection-based SLA printer designed for direct production of end-use plastic parts. The printer replaces or complements traditional injection molding workflows, drastically reducing lead times, tooling costs, and inventory needs.

The core message was technical: high precision, repeatability, and true production-grade output. But the client also needed the animation to feel cinematic and accessible, to resonate at tradeshows, on product pages, and across marketing materials.

The Solution
We developed a focused 3D animation that tells a clear story about how the Figure 4 135 accelerates manufacturing, both technically and visually.

  • We illustrated the projector-based resin curing process, showing how full layers are created at once, unlike traditional laser SLA
  • To show precision, we included procedural simulations of multiple small parts building on the same platform, highlighting pixel resolution and uniformity
  • Cinematic lighting and microtexture detail helped emphasize material quality, smooth surfaces, and fine geometry
  • The animation also touched on fleet management and traceability tools, helping viewers understand how the system scales in production environments

The Results
The animation became a key asset for 3D Systems’ Figure 4 135 product launch, giving their team a clean, fast, and technical visual to explain the printer’s value. It has since been used in trade booths, sales decks, landing pages, and product-focused social content, helping connect a technical product to a broader audience.

Tech Stack

Project Items

  • Compositing
  • Fluid Simulation (APIC)
  • Keyframe Animation
  • Motion Capture
  • Motion Design
  • Path Tracing Render
  • PBR Texture Development
  • Procedural Tech
  • Python Development

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