From Insight to Impact: Design That Powers Biomedical Innovation
Pyxa™
3D confocal spatial analysis system
The Challenge
As a pioneering startup in 3D spatial biology, Stellaromics set out to transform a powerful in situ analysis prototype into a refined, commercial-ready instrument. This project demanded more than engineering excellence - it required an industrial design and user experience that could embody the sophistication of the technology while ensuring usability, reliability, and visual impact in real-world research settings.
The Solution
Within a very condensed timeframe, we developed the design for a full-scale validation prototype using virtual mock-ups to meet key human factors goals. Our agile approach enabled fast iteration, seamless alignment with usability objectives, and ensured technical feasibility every step of the way.
No Red Tape. Just Smart Design.
At FLUID, we understand that early-stage startups and pre-seed projects require a unique kind of design support. Our setup is intentionally flexible to meet the fast-paced, hands-on nature of this phase. It’s less about rigid processes and more about pragmatic collaboration, open dialogue, and working as equals. We often enable our clients to finalize designs internally, based on clear, co-defined guidelines. Through regular review sessions, we help ensure that the design vision and quality we’ve set together stay on track – all the way to the finish line.
Driving Innovation Through Close Collaboration
Working hand-in-hand with engineering, marketing, and leadership teams, we quickly aligned on market needs and defined both functional and user experience requirements for the device. The result: a design that brings technical complexity and intuitive usability into perfect balance - crucial for a sophisticated diagnostic tool that still needs to feel accessible and easy to operate.
Designing for Scientific Breakthroughs
This floor-standing analyzer is built to capture high-resolution, 3D multi-omic data from thick tissue samples. It allows researchers to map gene expression patterns with precision while preserving spatial context and anatomical structure - delivering powerful insights for cutting-edge biomedical research.
Highlights & Capabilities
Aligned from Day One
Unified engineering, development, and decision making around a clear design vision - turning cross-functional input into a focused, user-driven solution.
Seamless Science Meets Intuitive Design
Transformed complex diagnostic technology into an accessible, easy-to-use hardware and software UI - enabling groundbreaking 3D multi-omic research without sacrificing usability.
