The round is led by the UK Innovation & Science Seed Fund (UKI2S), managed by Future Planet Capital, which contributed £750,000, with co-investment of £1 million each from the Development Bank of Wales and Parkwalk Advisors.
The investment represents UKI2S’s largest cheque from its Knowledge Assets portfolio to date, which focuses on turning public sector research into commercial businesses.
As part of the investment, the company has relocated from the National Physical Laboratory to the Advanced Manufacturing Research Centre (AMRC) in North Wales, strengthening its access to industrial partners and manufacturing expertise as it moves towards commercial deployment.
In sectors such as aerospace, manufacturers measure large and complex components to extremely tight tolerances. Current processes require production to stop while specialist equipment measures individual points, followed by repeated calibration checks. These interruptions can add significant time to build schedules, increase costs and place heavy demands on skilled engineering teams.
K3Metrology’s technology is designed to transform this approach by allowing manufacturers to measure multiple points simultaneously and continuously, in real time, while components are being assembled. This enables engineers to identify alignment issues as they arise, rather than discovering problems later in the production process when rework is more costly and time-consuming.
By enabling measurement to take place as part of the build process, rather than as a series of stop-start inspections, the technology reduces production downtime, cuts rework caused by late-stage errors, improves the use of skilled labour and supports more automated and digitally enabled manufacturing environments – enabling greater management within smart factories globally.
The technology has been developed at the National Physical Laboratory (NPL), the UK’s national metrology institute, and refined through close engagement with industrial partners in advanced manufacturing and aerospace. The funding will be used to expand the engineering team, accelerate industrial trials and support early commercial deployments.