Horiba UK, Medical announces the first global installation of its new HELO high throughput fully automated haematology platform in Torbay Hospital. The laboratory there has achieved UKAS ISO 15189 accreditation. Additionally, the ease of use, fast processing and operational efficiency delivered by Horiba Medical's new track-based haematology system has enabled routine haematology work to be smoothed and cut by an hour at the Torbay and South Devon NHS Foundation Trust (TSDFT).
The service and support given by the Horiba Medical team to achieve this accreditation, which confirms lab quality and competence, has also been recognised by Biomedical Scientists at Torbay. This successful HELO install follows a response to tender in 2017 by Horiba Medical for a new fully automated haematology platform to replace its 12-year-old Pentra DX 120 haematology analysers. Alongside the requirement for assistance in verification of the new system via Horiba's Quality Accreditation Programme (QAP), other 'must haves' within the tender were robust white cell linearity, optical platelet counts and nucleated red blood cell counts.
"We have always valued our excellent working relationship with Horiba Medical and are extremely impressed by their hands-on service response and support," explained David Strutt, Haematology Technical Manager, Torbay Hospital. "This level of support shone through during HELO's installation and the demands of the validation process for our lab to continue to meet ISO 15189 quality standards. Also, as the world¹s first installation of HELO, we were prepared for the possibility of some teething issues. However, these were minimal and Horiba couldn¹t have done more to sort them out effectively and rapidly."
The new HELO also met Torbay's requirements for a tracked haematology platform with flexible layouts to fit within a reconfigured Blood Sciences lab alongside chemistry analysers to facilitate efficient working. Key to enabling improved workflows is HELO's novel approach to track - samples can be loaded at any analyser and the system then disperses them, depending on tests required and individual analyser capacities.
