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Company profile

Halo X Ray Technologies Limited

UK company 08020147, incorporated on 4 April 2012.

HALO X-ray Technologies Ltd

HALO X-ray Technologies - next generation X-ray diffraction technology for the aviation security, medical and process control markets.

Company number
08020147
Incorporated
4 Apr 2012
Companies House status
Active

Company identity

Browse spinouts
Founded / incorporated
4 April 2012

Company number 08020147

Verify at Companies House
Legal name
HALO X RAY TECHNOLOGIES LIMITED
Company type
LTD
Region
East Midlands
Registered address
Unknown
Insolvency history
No

Corporate ownership

Updated 07 Jul 2026 09:49

1 level 2 ultimate controllers
1
Company Active LTD
Halo X Ray Technologies Limited
CRN 08020147
2
Direct and ultimate controller
01155786
CRN 01155786
3
Direct and ultimate controller Active LTD

Company events

Reference milestones and recent Companies House filing stream events.

1 event
04 Apr
2012

Incorporated

Inception

Company registered at Companies House

Spinout profile

1 entry

Company description

HALO X-ray Technologies is an innovation company developing new and disruptive materials identification systems for aviation security, medical systems and process control applications. The HXT patent portfolio, currently licensed from our academic partners, protects our core IP. Industry-standard lab- and time-bound X-ray analysis techniques are now possible as real-time solutions for multiple industries by implementing new X-ray optics to dramatically improve signal strength. This significantly translates underlying and well-established science into a solution that can solve industrial and commercial applications at speeds required for these markets. As an example, aviation security has historically used technology that typically only estimates if a material is a threat. This leads to false alarms, long delays through checkpoints and frustrated passengers. HXT technology has capability to definitively identify material and for the first time at speeds that will enhance rather than slow checkpoint systems and at a cost point that is well-aligned with our target markets. HXT platform technology can provide medical systems for point-of-care solutions to address an ageing population and process control systems providing definitive and rapid materials analysis to improve efficiency for in-line industrial manufacturing. HXT IP provides platform capability across numerous sectors, realising disruptive and compelling solutions and offering significant business opportunity in all areas of application. The current focus is on aviation and border security and there are a number of opportunities specifically for this sector, such as: - Drugs and currency detection for postal systems. - Personal electronic devices screening (PEDS). - Checkpoint screening system for explosives detection.

Project impact

Halo X-ray Technologies Ltd (HXT) has its offices and development facilities based in *BioCity Nottingham. HXT systems offer new opportunities to the aviation security environment and will be potentially deployed in greater locations throughout the airport. The aviation checkpoint will be improved as our technology and systems roll out and new HXT technology will facilitate additional security checks at the departure gate. *BioCity is a private limited company founded by the University of Nottingham and Nottingham Trent University who are each part owners of the business.

HALO X-ray Technologies Ltd
2012

Public funding

2 awards
First funded
2013
Funded years
2013, 2022
Age at first award
1 years

Projects

2022 EU-Funded Lead participant

Parcel and Letter Security for Postal and Express Courier Flows

1 Oct 2022 to 30 Sep 2025

Awarded
£584,412
Total cost £584,412

no public description

2013 Collaborative R&D Lead participant

HALO Tunable X-ray Technology - High Speed Materials Identification

1 Oct 2013 to 30 Sep 2014

Awarded
£51,510
Total cost £85,914

A consortium of UK companies and Universities, led by HALO X-ray Technologies Ltd, are pioneering a new high speed materials identification system using hollow X-ray beams. The molecular fingerprint of a scanned object is revealed by receiving and decoding a combination of X-ray halos. Each different material produces a unique halo signature. This excitin...

Product types

Collaborative R&D EU-Funded