Challenge

The development process ran in parallel with ongoing engineering refinement. Based on a detailed technical package, we were required to rapidly interpret functional requirements, spatial constraints, and mechanical interfaces into a precise and manufacturable design.
The challenge lay in balancing technical complexity with clarity and usability—creating a device that communicates precision and performance while remaining visually consistent with DIOPTIC’s existing portfolio. Time constraints added further pressure: design decisions needed to be made efficiently, without compromising feasibility or quality.

Vision

Our guiding principle was to evolve DIOPTIC’s established design language into a more contemporary and refined expression. Clear geometries, precise edges, and a reduced, technical aesthetic define the overall appearance.
From the earliest concept sketches to the fully detailed 3D construction of all manufactured components, we ensured that every element served both functional and visual coherence. The design emphasizes structural logic, clean surface transitions, and a confident, high-precision character—reflecting the technological performance of the system itself.

We were responsible for the complete product design process in close collaboration with DIOPTIC’s engineering team. This included translating the technical package into initial sketches, developing the formal concept, refining proportions and detailing, and delivering the final 3D construction data for production.
Within six weeks, we enabled the realization of a fully functional prototype ready for presentation at SPIE Photonics West. Our work ensured not only manufacturability and integration of all technical components, but also a strong and forward-looking visual identity for ARGOS nexus within the DIOPTIC product family.