Accuvue

Designed and executed a product launch visualization for ACUVUE OASYS 1-Day MAX, translating complex lens technology into a clear, layered 3D narrative that helped win the pitch.

Outcome

The film successfully communicated the product’s technical innovation and helped secure the pitch. The project led to an ongoing client relationship and established a visual framework for presenting complex product technology in an accessible way.

Role

Art Direction / Motion Design

Type

3D Animation

, Product Visualization

Date

January 2022

Tools

Cinema 4D, Octane, After Effects, Photoshop, Xparticles

Challenge

ACUVUE OASYS 1-Day MAX introduced a contact lens built around a triple-protection system, with three distinct layers delivering separate benefits that function together.

The challenge was to:

  • Communicate technical innovation clearly

  • Visualize microscopic lens structure in an intuitive way

  • Balance scientific credibility with premium brand aesthetics

  • Deliver a compelling film strong enough to win the pitch

The visualization needed to feel both precise and aspirational.

Role

In collaboration with the team at Wunderman Thompson, I:

  • Developed the 3D visualization concept

  • Designed the layered lens system representation

  • Executed the motion design and animation

  • Helped translate product engineering into cinematic storytelling

Approach

I treated the lens as a system rather than a surface.

The visual strategy centered on separating and revealing the three functional layers allowing each to be understood independently before fusing them into a cohesive whole.

The goal was clarity through structure:

  • Define each layer’s role

  • Show interaction and alignment

  • Resolve into a unified “triple-protection” system

This approach mirrored the product’s engineering logic.

Process

Using Cinema 4D and Octane, I:

  • Built a modular 3D model of the lens structure

  • Designed layered animation sequences to isolate each benefit

  • Controlled lighting and transparency to maintain legibility

  • Structured the scene to allow iterative refinement during pitch development

The modular setup made it possible to adjust pacing, layer emphasis, and camera movement without rebuilding the core system that was critical during the pitch phase.

Reflection

This project reinforced the value of structural visualization when translating engineering into story. Clear systems-based thinking, both in product and animation, can turn technical complexity into a persuasive narrative.