Free time-limited subscriptions to Onshape will be considered for projects that:
In addition, to be determined on a case-by-case basis, PTC may offer project consultation from Onshape professionals (mechanical/software engineers), or funding for materials and supplies. If you are an Onshape user and wish to help, please let us know your skillset, experience and availability, so we can try to match you with the most appropriate project.
MasksOn is a nonprofit organization mobilizing top talent in medicine, technology and academia, to design and build safe, durable, reusable and sanitizable medical protective personal equipment (PPE) for hospitals. The first focus is turning snorkel masks into durable PPE masks using medical-grade filters and 3D printed parts.
Hundreds of the durable masks are now being tested by clinicians at Brigham and Women’s Hospital, Mass General, Lahey Clinics, New York-Presbyterian, and Tufts Medical Center, with additional input from Columbia, Harvard, MIT, Princeton, Rice, Tufts, University of California–Berkeley, University of California–San Francisco, University of Texas–Dallas, and Yale.
FIRST, the global non-profit organization that offers a suite of robotics competitions for students in grades PreK-12, has partnered with PTC for a virtual design competition that challenges teams to design a robot that can solve a current world problem. Examples would include a robot that delivers emergency food and supplies to people living in remote areas, or a robot that cleans up pollution from the water and air.
The CoVent-19 Challenge is an open innovation 8-week Grand Challenge for engineers, innovators, designers, and makers with a goal of creating rapidly deployable ventilators that we can use to close the gap between those in need and our actual resources in healthcare systems around the world. The CoVent-19 Challenge offers participants an unbeatable platform of resources to streamline the winning design through prototyping, safety and regulatory testing, manufacturing and distribution. Our partners have experience in manufacturing medical devices and navigating world-wide crises.
Onshape is partnering with the CoVent-19 Challenge to offer participating teams free access to Onshape Pro.
The Rise Emergency Ventilator was designed by Meter from the ground up to be affordable and manufacturable. Hundreds of Rise Emergency Ventilators are being manufactured to address the spike of COVID-19 cases in the US. It is ready for rapid scaling and immediately ready for production by the tens of thousands to address the global demand. Any manufacturing facility that can produce consumer appliances can build Rise Emergency Ventilators.
The Rise Emergency Ventilator was developed in collaboration with a coalition of technology partners and healthcare experts including clinicians at the Massachusetts General Hospital and the MGB Center for COVID Innovation.
The Rise Emergency Ventilator is based on previous research in manual bag resuscitator controls initiated by a member of Meter’s engineering team with a PhD in Mechanical Engineering from the Massachusetts Institute of Technology. Meter’s team has expertise in hardware design and resuscitator development. Members of the team have manufactured tens of thousands of hardware products at scale. Meter is uniquely positioned to help solve the ventilator shortage problem.
Rich Brilliant Willing (RBW) is a decorative LED lighting company using its lean manufacturing and rapid design team to collaborate with smaller, agile digital fabricators to help hospitals during the COVID-19 crisis.
Collaborating with iMakr, RBW has supplied materials to complete the assembly of 1000 face shields that will be shipped to New York-area hospitals including: NY Presbyterian, NYU Langone, Bellevue, Metropolitan Hospital, Milstein Hospital and Brooklyn Hospital Center. An additional 9000 clear shields will be produced in the coming weeks and donated to digital fabricators to help address the shortage of medical protective gear.
The Francisco Gavidia University, El Salvador, in collaboration with different companies in El Salvador, has developed a prototype that automates the operation of an “AMBU bag”.
The initial prototype started inside the university facilities, and grew until reaching an industrial design. Throughout the process, the Onshape platform has been of vital importance to collaborate within the team of designers in real time, the intuitive design of Onshape allowed new collaborators to provide their contributions, after a short tutorial in Spanish from the angelsky2012 youtube channel. Currently, the prototype is in the certification stage by the medical community of El Salvador, to go into its mass production phase.
HipeerLab has organized individuals into a laboratory of distributed resources. Their first project is to make and distribute faceshields to healthcare professionals in Florianópolis, Brazil.
Currently part of the team is dedicated to reproducing the OxyGEN IP Project by Protofy, which was designed in Barcelona and made available as an open source project. HipeerLab is adapting the project to their local manufacturing restrictions as well as translating the original files to Onshape to reduce design gridlocks.
A professor at Petro Mohyla Black Sea National University who teaches 3D CAD using Onshape is working on projects that are needed to meet the needs of his city's medical field . These include face shields, sealed glasses with a larger field of view, advanced valves for respiratory systems, and reliable replacement for the PEEP valves.
SpaceRIAders is a FIRST team focusing on manufacturing vinyl face shields for hospitals that need them (specifically St. Agnes hospital and HCGH). Their first design is a reusable 3D printed headband with replaceable vinyl shield. Their second design is fully disposable using foam blocks and velcro straps stapled to the vinyl itself.
Design engineer Jordan Elevons is creating a 3D-printed respirator using cotton pads as a filter. His open-source design is meant to be used as an emergency replacement for N95 masks. Elevons is seeking a medical partner for testing.
The original 3DVerkstan Face Shield is useful, easy, and fast to print. Dr. Wilmer Gaona of Colegio Mayrmount Cuernavaca has made some modifications in order to make the design simpler, only using 3 flanges to fit the screen and adding more space for wearing goggles. He is donating to local doctors and nurses in Cuernavaca, Mexico.
Mr. Erdreich teaches Onshape to his students across the 6-8 Engineering elective courses at the Madison Junior School. During distance learning, the need for PPE across front line workers risking their lives to keep our communities safe was clear. Using the 15 3D printers in his district's makerspaces, he challenged his students to design PPE, including respirators, face shields, and ear protectors, that could be produced using their 3D printers. This resulted in the creation of the "E_Shield", a fast to print, small build volume, and easy to assemble face shield.
RespiraWorks was chosen as one of seven finalists out of 200+ entries in the CoVent-19 challenge! They are building a simple and robust open-source library of ventilator designs that anyone in ventilator-deficient communities can source and build locally, either in industrial manufacturing facilities or by hand. The team will provide engineering, technical, and supply chain support to get designs off the screen and into hospitals.
The Pandemic Ventilator Project is advised by a team of medical practitioners and medical device specialists. Its core engineering team has worked on everything from nuclear power plants to life support systems.
PulmoLogic’s team consists of medical device professionals with experience in regulatory, biomedical engineering, and manufacturing who have come together to provide rapidly scalable medical device solutions during the COVID-19 pandemic.
The company intends to partner with existing medical device, manufacturing, and clinical firms, where possible, to accelerate its response and multiply its potential impact fighting COVID-19. Their first initiative focuses on developing and producing the ClipVent emergency ventilator.
3D-seed is an open-source project aiming to create reusable masks that would require replacing only the two small round N95 filters. These masks would be molded in medical-grade casting silicone.
The goal is to manufacture these masks at various sites to cut down on shipping time to the hospitals.
Team Breathe Eazy is a team participating in The CoVent-19 Ventilator Design Challenge. Their goal is to make a minimum viable ventilator that is affordable and manufacturable for anyone in the world. They plan to strip back the design to as purely mechanical as possible, using pneumatic controls instead of software to deliver oxygen to the patient. Their belief is this will reduce manufacturing complexity and simplify regulatory validation.
Team Dukes of Lost City is a team participating in The CoVent-19 Ventilator Design Challenge. Their ventilator uses a bellows for volume and pressure actuated by a stepper motor. The stepper motor is controlled in this unit by a raspberry pi with 7” touchscreen. The PI controls the motor by increasing or decreasing speed for adjustable pressure, increasing or decreasing stroke for adjustable volume and allowing for breathing cycles between 10 and 30 breaths per minute. The PI also controls a 12v air valve in adjustable increments for oxygen volume per breath. It will monitor incoming oxygen pressure and power levels along with battery backup life with alarms to notify of loss of either.
Team FALCON is a team participating in The CoVent-19 Ventilator Design Challenge. Due to rising COVID-19 cases and already existing respiratory disorders such as Asthma and TB, there was a dire requirement for an affordable, compact, portable and efficient Mechanical Ventilator. This project aims to meet these needs with its innovative design and efficiency by creating a simple, compact, portable and efficient two or multi patient mechanical ventilator
VentCU is a radically accessible, affordable, and producible open-source ventilator that can be assembled with no prior experience and no specialized tools. VentCU is constructed with entirely off-the-shelf parts, costs just under $600, provides easily-set ventilation parameters, and included redundant sensing capabilities to ensure smooth and reliable operation.