Advanced Test & Automation (ATA)07.24.20
ATA is utilizing its knowledge in product validation and test engineering in working with StarFish Medical to produce ventilators in response to the on-going COVID-19 pandemic. The partnership will accelerate the development and delivery of the CEV Winnipeg Ventilator, which is one of the four made-in-Canada ventilator projects ordered as part of the federal government’s response to COVID-19.
“We are thrilled to be putting our engineering resources towards a solution that can help save lives during this pandemic,” said Michael Stuparyk, Director of Business Development at ATA. “Our extensive knowledge of pneumatics, electromechanical design, testing, and manufacturing is being leveraged to deliver the pneumatic module used in The Winnipeg Ventilator. Our team is dedicated to ensuring effective, quality ventilators are available to patients when they need them most.”
As part of this initiative, ATA has converted part of its facility into a clean room and deployed the quality systems appropriate for medical device manufacturing. "We have a flexible facility with a team that is accustomed to maintaining stringent quality standards in a dynamic environment," says Anthony Khoraych, ATA's president. "I am proud of what we’ve been able to achieve with the StarFish project in such a short time. We are dedicated to doing our part in making sure the Canadian healthcare system has the tools needed to fight this pandemic.”
Alexander Shvartsberg, program manager at StarFish Medical added: “ATA has been instrumental in accelerating the design, procurement and manufacturing processes of this project. Their expertise in pneumatics and testing, working with StarFish engineers, has enabled us to develop the prototypes we need and meet our internal milestones on time. ATA has really stepped up to help us meet our ambitious goal of developing a quality ventilator in a matter of weeks.”
StarFish Medical is leading the ventilator design project, which will be sold by Canadian Emergency Ventilators (‘CEV’) as The Winnipeg Ventilator. The Government of Canada has ordered 7,500 units, with deliveries expected in June. ATA will provide:
“We are thrilled to be putting our engineering resources towards a solution that can help save lives during this pandemic,” said Michael Stuparyk, Director of Business Development at ATA. “Our extensive knowledge of pneumatics, electromechanical design, testing, and manufacturing is being leveraged to deliver the pneumatic module used in The Winnipeg Ventilator. Our team is dedicated to ensuring effective, quality ventilators are available to patients when they need them most.”
As part of this initiative, ATA has converted part of its facility into a clean room and deployed the quality systems appropriate for medical device manufacturing. "We have a flexible facility with a team that is accustomed to maintaining stringent quality standards in a dynamic environment," says Anthony Khoraych, ATA's president. "I am proud of what we’ve been able to achieve with the StarFish project in such a short time. We are dedicated to doing our part in making sure the Canadian healthcare system has the tools needed to fight this pandemic.”
Alexander Shvartsberg, program manager at StarFish Medical added: “ATA has been instrumental in accelerating the design, procurement and manufacturing processes of this project. Their expertise in pneumatics and testing, working with StarFish engineers, has enabled us to develop the prototypes we need and meet our internal milestones on time. ATA has really stepped up to help us meet our ambitious goal of developing a quality ventilator in a matter of weeks.”
StarFish Medical is leading the ventilator design project, which will be sold by Canadian Emergency Ventilators (‘CEV’) as The Winnipeg Ventilator. The Government of Canada has ordered 7,500 units, with deliveries expected in June. ATA will provide:
- Mechanical design and validation of the ventilator’s pneumatic circuit;
- Manufacturing of the ventilator’s pneumatic module;
- End-of-line production test equipment for the ventilator.