Who are we?
Founded in 2019 – with eight nationalities represented – TOffeeAM stands for ‘Topology Optimisation For Fluids Engineering for Advanced Manufacturing.’ TOffeeAM’s cloud-based physics-driven software for manufacturing design helps engineers innovate and improve their designs while ensuring new products meet all manufacturing requirements. Put simply, physics-driven means that the software uses the principles from physics (usually through highly accurate simulation) to help create better designs or solve engineering problems. This helps to quickly produce components carefully optimised for their use, such as cooling electronics or EV batteries, more efficient aircraft engines, or more effective carbon capture.
We help engineers to:
⏳ Streamline design approaches, which can traditionally be time-consuming.
♻️ Optimise designs to reduce waste and increase energy efficiency.
📈 Generate innovative designs and maximise performance.
🗺️ Overcome time and resource constraints to explore more design options.
💸 Minimise the cost of manufacturing by selecting components that are cost-effective in the long run.
🌎 Collaborate on designs, even if located in different regions.
💡 Produce cutting-edge products to stay ahead of the competition.
⚡ Push the boundaries of what’s possible in engineering design.
Our mission?
To help engineers go further, faster – enhancing their creative power.
The lightbulb moment?
Before TOffeeAM, engineers struggled to fully take advantage of the creative possibilities of additive manufacturing to optimise the performance and efficiency of components. TOffeeAM was created to fill this gap in the market.
But that’s not the end of the story. As customers seek new ways of mass-producing better-performing designs at lower costs for more traditional manufacturing methods – the market demand for TOffeeAM continues to grow rapidly. We’ve risen to the challenge, with a new brand set to launch with evolved capabilities to meet these needs.
Where do we hope to be in five years?
Helping many organisations – from the most promising start-ups to the world’s leading companies – design more efficient, higher performing, lower lifetime cost products that make the world a better place.
Which emerging technologies excite us?
The progress with AI has been dramatic – the possibilities are unimaginable, and processes are being improved in every possible way, including in the field of manufacturing. Another one is Fusion Energy – the impact of which on manufacturing would be paradigm-shifting. It has the potential to vastly increase the supply of energy while greatly reducing costs, all while being sustainable and non-polluting.
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