Our cutting-edge, world-first MCHE technology
LUX is developing a proprietary, world-first Micro Channel Heat Exchanger – a 3D microchannel design, additively manufactured as a single leak-free part, up to 100x smaller than industry-standard solutions.
Originally engineered for the extreme demands of liquid hydrogen at −253°C, LUX's technology now powers next-generation cooling for AI data centres, aerospace and industrial systems worldwide.
Ultra-Low Pressure Drop
LUX MCHE achieves under 65 mbar pressure drop, dramatically lower than plate fin or shell & tube – cutting pump energy use and running costs.
World-First 3D Micron Scale Heat Exchange
Our world-first 3D microchannel design is up to 100x volumetrically smaller than plate fin or shell & tube heat exchangers, with 90–99% thermal effectiveness.
Vertical Integration
LUX MCHE is a standardised design, additively manufactured in-house on a production line, enabling faster scalability from 1kW to 1MW+.
Built for Extremes
LUX MCHE is unlocking high-performance cooling for AI, Quantum and industrial systems, wherever – and whatever extremes they're deployed in.
Modular Implementation
Our MCHE is standardised and modular, arranged in custom configurations to increase surface area, reduce pressure drop and improve thermal performance
A Size for Every Scale
Our scalable algorithm ensure we can produce a heat exchanger for every application and sizing.
Low-Maintenance Integration
LUX MCHE integrates directly into your existing CDU or FDU system, removing custom engineering - and is built to run reliably with minimal servicing.
Scalable Performance
Cooling demand varies by rack, row and facility. Our MCHE scales from kW to MW+ per unit, so operators build exactly the capacity they need.
