Design and refine biological processes for space-based manufacturing. Reach viable formulations faster with simulation-driven pre-flight design.
Microgravity produces larger, more uniform protein crystals — critical for drug discovery and biologics development. But each flight is expensive and opportunities are limited. Traditional approaches rely on trial and error across multiple missions.
Model protein behavior under microgravity conditions and identify optimal crystallization parameters before committing to a flight.
Automatically analyze crystallization outcomes to understand what worked and why. Feed insights directly into the next experiment design.
Predict crystal quality and yield for different configurations, so you can prioritize the most promising approaches.
Book a demo tailored to your protein crystallization or biologics workflow.