Hieta Technologies Ltd

The Ishisuki project sees HiETA team up with NPL to develop understanding in the mechanical measurement methods for complex additively manufactured thermal management products where standard test methods are not appropriate. The project will address methods of quality control and establishing process variation limits which will enable HiETA to reach highe...

Development and qualification of disruptive large-scale laser powder-bed fusion machines (LPBF) to enable agile production of lightweight, high-performance aerospace components of up to 0.5m in scale, with a roadmap towards 1m. The machines will reduce component costs by delivering unprecedented build rates by delivering multiple laser beams, by full buil...

Project ALLOWS is a feasibility study into the Advanced Liquid Cooling of Power Electronics in relation to next generation Electric Vehicle Powertrains. HiETA Technologies Ltd, and the Compound Semi-conductor Applications Catapult (CSAC) are leaders within their fields of the development and production of Metal Additive Manufacture (MAM) components for th...

By enabling Additive Manufacturing (AM) parts in highly regulated sectors, DAEDALUS will help make the UK the place to manufacture the products that will drive the future of the world, addressing the UK Grand Challenges \[1\] (future electric aircraft for urban mobility and clean growth, and medical devices for ageing society).The adoption of AM in these ...

See attached signed ' Project Change Request #4 - Scope Clarification ' letter from Rolls-Royce

Awaiting Public Project Summary

"Intelligent Fault Detection for Additive manufacturing (IFDAM) is a ground-breaking project to embed machine learning and AI into the laser powder bed fusion (LPBF) process. HiETA Technologies Ltd is a market leader in using LPBF process to produce highly efficient and lightweight thermal management solutions for motorsport, automotive, aerospace and ene...

"OCTOPUS builds on the success of previous Innovate UK project APEX. **Advanced Electric Motors Research** and **The Thinking Pod innovations** will focus optimising the integrated motor and power electronics 'drive' technology and further integrating with a new transmission and thermal management system to deliver the ultimate single unit e-axle solution...

This project aims to utilise Additive Manufacturing (AM) to address the key issues with current electric motor design to deliver step changes in power density. The consortium will build upon the existing class-leading motor architectures from Equipmake and utilise targeted cooling of rotor and stator components. HiETA bring their expertise in thermal mana...

Commercial vehicles contribute to 25% of all transport CO2 emissions in the EU, but to date have not been subject to CO2 emissions regulations. Commercial vehicle CO2 regulations are expected within the next 5 years. Additionally, air quality in cities is increasingly has become a major issue, leading to many cities announcing stricter emissions legislati...

"This project will create an innovative approach to additive manufacturing of fully functional metal components, providing both large scale and low cost to the user. The approach is based 3D printing of parts from a liquid which contains a very high metal content in an organic binder which is photo-curable under visible light. This forms a green body whic...

Additive Manufacturing (AM) is a highly disruptive and rapidly developing manufacturing technology with the potential to revolutionise the design, manufacturing and supply of parts, particularly within key high value manufacturing sectors. AM affords design freedom that can result in highly complex geometries. The benefits are enhanced functionality, sign...