ToffeeX in action
Cost-Effective High-Performance Heat Sinks for Electronics Cooling
Explore the powerful combination of physics-driven generative design software and additive screen printing technology for electronics cooling applications.
Design Exploration for a Cross-Flow Oil Cooler
Explore innovative design strategies for a cross-flow oil cooler, comparing various optimization approaches to maximize heat transfer and efficiency.
Enabling Green Initiatives: Physics-Driven Design for Carbon Capture
Discover how physics-driven design and advanced simulations are revolutionizing carbon capture by optimizing MOF-based contactors, enabling efficient direct air capture (DAC) and supporting scalable, sustainable climate solutions.
Cooling Hydrogen Fuel Cells in Drones: Generative Design Tackles the Nacelle Challenge
Cooling hydrogen fuel cells in drones benefits from precision airflow. Discover how generative design enables compact, reliable thermal systems for zero-emission UAVs.
Beyond CFD As We Know It – Multiscale Modeling
Discover how ToffeeX leverages multiscale modeling to overcome CFD limitations, enabling rapid, scalable, and efficient designs for advanced engineering challenges.
Pioneering Cooling Systems for Electrified Aviation
Read how we pioneered efficient cooling systems for electrified aviation using fluid topology optimization and generative design.
New Cooling Solutions for Advanced Nuclear Technologies
Find out about cooling solutions nuclear technologies with our fluid TO, enhancing hydrogen cogeneration performance.
Advanced Heat Sinks for Cooler Electronics
Discover how Ricoh achieved a 31% thermal efficiency boost with the ToffeeX design software and metal binder jetting.
Better Engines: Fluid Topology Optimization in Exhaust Manifold Design
Read how ToffeeX revolutionizes exhaust manifold design with fluid topology optimization, boosting engine performance and emissions control.