Penlon’s Prima ES02 model has been approved by the Medicines and Healthcare products Regulatory Agency (MHRA) for use in hospitals.
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This follows extensive final testing of these devices in hospitals to ensure that they are safe and effective as the UK seeks to increase ventilator capacity within the NHS following the outbreak of COVID-19.
Following the device’s approval, the government has confirmed an order for 15,000 Penlon devices. Hundreds of units are expected to be built over the next week, with production being further scaled up in the coming weeks.
Penlon has worked with the VentilatorChallengeUK consortium, which includes a number of groups including High Value Manufacturing Catapult, Ford, a number of UK based F1 teams and Siemens.
The device is a newly-adapted ventilator design, adapted from previous models, that meets the rapidly manufactured ventilator system specification. It is a fully intubated mechanical ventilator designed to provide support to critically ill patients with functions including volume and pressure-controlled ventilation.
The first dispatch of 40 Ventilator Challenge Penlon devices will be sent to MOD Donnington and will be delivered to the NHS front line.
The news follows the arrival of an existing ventilator model, Smith’s paraPAC plus, to the NHS front line across all four nations last weekend. 80 paraPAC devices were produced last week, with production increasing into the hundreds over the next few weeks. As an existing device, the paraPAC already had MHRA approval.
Chancellor of the Duchy of Lancaster Michael Gove said: “The approval of Penlon’s device underlines the significant progress being made in the Ventilator Challenge.
“Last month the prime minister called on some of the biggest names in British manufacturing to help step up ventilator supplies, in order to save lives during this coronavirus pandemic. Following this, the government has partnered a number of the UK’s leading technology and engineering firms with smaller manufacturers to rapidly build existing, modified or newly designed ventilators at speed.”
