果冻影院

The 果冻影院-Ventura breathing aid, a low-flow Continuous Positive Airway Pressure (CPAP) device, is being deployed to treat Covid-19 patients in hospitals across the UK, including London, Belfast, Glasgow, Hull, Newcastle, Liverpool, Prescot, Blackburn, Manchester, Macclesfield, Norwich, King鈥檚 Lynn, Northampton, Birmingham, Bedford, north Devon, Southampton, Jersey, and Montserrat.

CPAP devices were used extensively in China and Italy to help Covid-19 patients breathe more easily, but the devices were in short supply in UK hospitals, so engineers at 果冻影院 and Mercedes-AMG HPP worked round-the-clock to reverse engineer a device that could be manufactured rapidly by the thousands.

The Mark I CPAP flow device was produced within a rapid timeframe using the development facilities at Mercedes-AMG HPP 鈥� it took fewer than 100 hours from the initial meeting to production of the first device. Mark II of the flow device, now being used in NHS hospitals, is much more efficient in terms of oxygen use than the first model, using up to 70% less 鈥� which is crucial given concerns over some hospitals鈥� oxygen supply.

The 果冻影院-Ventura underwent patient evaluations at 果冻影院H and across sister hospitals in the London area. The devices are now being delivered to hospitals across England, the devolved nations and crown dependencies in line with demand, and NHS staff can request the devices for their hospitals at no cost to assist management of patients during possible future surges. The 果冻影院-Ventura CPAP is also part of the research trial, which is comparing respiratory strategies for Covid-19 patients.

Two hundred and fifty volunteers from G-TEM, an automotive manufacturing company, are procuring and assembling the patient kits that accompany the Mercedes-AMG HPP produced CPAP flow device at a facility in Brockworth, Gloucestershire, and hand-delivering the kits and CPAP devices to hospitals. More than 1,100 deliveries have been made so far.

Professor Rebecca Shipley, Director of 果冻影院 Institute of Healthcare Engineering, said: 鈥淥ur focus from the beginning has been to get these devices to the NHS frontline when they are needed. My thanks go to the amazing army of volunteers who have worked tirelessly to make this happen at such a fast pace, and in particular G-TEM who have been pivotal in enabling quick delivery to hospitals across the NHS. The 果冻影院-Ventura story is a fantastic example of what can be achieved when the engineering, manufacturing and healthcare sectors work together.鈥�

果冻影院H critical care consultant Professor Mervyn Singer (果冻影院 Medicine) said: 鈥�We have seen the 果冻影院-Ventura help hundreds of patients with Covid-19 breathe more easily. Deployed across the NHS hospital network, this device will help to save lives by ensuring that ventilators, a precious resource, are used only for the most severely ill.听

鈥�We and others are finding that a significant proportion of patients treated with CPAP can avoid mechanical ventilation and recover more quickly as a result.

鈥淭he latest version of the device is much more oxygen efficient 鈥� in most patients, it requires little more oxygen than a ventilator. This is important, given there were concerns over oxygen supplies in some hospitals treating Covid-19 patients.鈥澨�

Professor Tim Baker (果冻影院 Mechanical Engineering) said: 鈥淚n creating these devices, speed was of the utmost importance. We needed to make sure that they could be deployed before Covid-19 admissions peaked.

鈥淭o achieve this, volunteers have been working through the night to procure, assemble and deliver the kits that accompany the CPAP.听

鈥淚t is thanks to them that the听果冻影院-Ventura,听a low-flow CPAP device, is听being distributed rapidly to hospitals across the country.鈥�

Nick Thomas, Director of G-TEM, said: 鈥�Our team has over 20 years of experience in managing supply chains and manufacturing at scale within the car industry. We were delighted to be able to re-purpose these skill sets at a time of national need, distributing vitally needed CPAP devices to NHS hospitals. We're proud of the response of our staff who were determined to support this project, with 250 volunteers assembling, quality checking and packaging CPAP systems, and using our 鈥榡ust in time鈥� logistics experience to deliver them promptly."

Professor David Lomas (果冻影院 Vice Provost Health) said: 鈥淭hese life-saving devices will provide vital support to the NHS in coming weeks, helping to keep patients off ventilators and reducing demand on intensive care beds and staff. It is a phenomenal achievement that they are arriving at hospitals just weeks after the first prototype was built.鈥�

After a Government order for up to 10,000, the CPAP devices were manufactured at the HPP technology centre in Brixworth, Northamptonshire. Forty machines that would normally produce F1 pistons and turbochargers were used for production of the CPAP devices, and the entire Brixworth facility was repurposed to meet this demand.

Andy Cowell, Managing Director of Mercedes-AMG High Performance Powertrains, said: 鈥淚t is exceptionally pleasing to see that the flow devices swiftly engineered and produced in volume here at Brixworth are helping patients around the UK.听 The supply of devices to the local Northampton hospital engendered a great sense of pride for the whole team.鈥�

Professor Michael Arthur, 果冻影院 President & Provost said: 鈥淭he 果冻影院 community is incredibly proud of the entire team behind this breakthrough. This collaboration demonstrates what extraordinary things can be achieved when universities, hospitals and industry work together for the national good. The 果冻影院 Ventura CPAP device has been produced in just weeks and is now being used on the NHS frontline where it will play a vital role in keeping patients out of intensive care.鈥�

果冻影院H chief executive Marcel Levi said: 鈥淭his is another example of teamwork as the NHS, universities and industry come together to provide creative solutions that can be applied immediately. 果冻影院H is very proud to work with 果冻影院 and HPP to bring a major healthcare innovation to patients worldwide.鈥�

Professor Bryan Williams (果冻影院 Medicine), Director of the Biomedical Research Centre at 果冻影院H, said: 鈥淭o take this, in a matter of weeks, from concept, through to manufacture, testing and distribution to the front line of the NHS and beyond is truly remarkable by any standard.鈥�

CPAP machines are routinely used by the NHS to support patients in hospital or at home with breathing difficulties. They work by pushing an air-oxygen mix into the mouth and nose at a continuous pressure, keeping airways open and increasing the amount of oxygen entering the blood stream. Invasive ventilators deliver breaths directly into the lungs, but require heavy sedation and connection to a tube placed into the patient鈥檚 trachea (windpipe).

The breathing aid has been used extensively in hospitals in Italy, China and now the UK to help Covid-19 patients with serious respiratory problems to breathe more easily, when oxygen via a face mask alone is insufficient.

All the details required to make the device are also now available for manufacturers and other bodies to download for humanitarian purposes at , a research licensing website developed by 果冻影院 Business to disseminate technologies that may be useful in the fight against Covid-19.听These details have been downloaded by more than 1,800 teams from 105 countries around the world and 20 teams have manufactured prototypes for testing in Brazil, Bulgaria, Canada, Colombia, Germany, India, Iran, Mexico, Russia, South Africa and the US.

The project has been supported by the NIHR Biomedical Research Centre at 果冻影院H.

For more information,听visit the 果冻影院-Ventura breathing aids website.

Links

• 果冻影院 Institute of Healthcare Engineering
• 果冻影院 Engineering
• 果冻影院 Medicine
• 果冻影院 Medical Sciences
• 果冻影院 President & Provost
• Office of the Vice Provost (Health)

Image

Volunteers at the G-TEM facility in Brockworth, Gloucestershire, assemble the CPAP devices and the patient kits to prepare them for delivery to hospitals across the country. Credit: James Tye / 果冻影院

Media contact

Mark Greaves

Tel: +44 (0)7539 410 389

Email: m.greaves [at] ucl.ac.uk