Subheader Icon 877-412-3651
Request a quote
Article Isinnova Saved Lives by 3D Printing Ventilator Valves, but They’re Now in Legal Trouble Image

Isinnova, an Italian 3D printing start-up has responded to the plead of emergency units for ventilator valves. They printed out spare parts and supplied the Chiari hospital in Brescia that was dealing with an overwhelming number of patients at the time. As a result of this timely help coming from a high-tech company, tens of patients who were in critical condition were saved. There was simply no time or way to procure ventilator valves from the OEM, as the supply line had been interrupted by the events. In addition to that, the valves would have costed $11000 each whereas Isinnova printed them out at a filament cost of about $1 each. 

When the start-up contacted the original manufacturer, they explained that Italy is in an emergency, and asked for the blueprints of the valves. Not only has the medical equipment maker refused to provide any technical data, but they even threatened to proceed with lawsuits on the basis of copyright infringement. Admitedly, the designer of the valve has every right to protect their patented design, as this is what gives them a market advantage. However, during crises like the ongoing virus outbreak, a medical firm could have taken into account the fact that the lives of many people were on the line.  

Isinnova’s boss though wasn’t moved by the duress. He responded by saying that the situation is calling for action, and you can’t just leave people die because of bureaucracy. He also pointed out that they are making no profit from this situation, and added that they are not planning to use the product for any reason other than to save lives. Soon, more medical facilities around the country contacted the 3D printing company and asked for ventilator valves, which are on shortage. Finally, another local 3D printing workshop has joined the effort too, putting their polyamide powder printers to work overtime to cover the demand.  

Related Articles

Latest Scientists Build Memory Chip That Keeps Working at 1300°F, Hotter Than Lava Image
Industry News

Scientists Build Memory Chip That Keeps Working at 1300°F, Hotter Than Lava

A Breakthrough Beyond Extreme Heat In a remarkable advance for next-generation electronics, scientists have developed a new memory chip capable of surviving temperatures as high as 1300°F (700°C) — hotter than molten lava. The breakthrough, achieved by researchers at the University of Southern California (USC), could transform the future of electronics used in some of the harshest environments

Latest What is “Nominal Pipe Size”? Image
Aerospace

What is “Nominal Pipe Size”?

You’ve probably encountered the abbreviation NPS previously on our or similar websites. It means “Nominal Pipe Size,” and it is the North American standard for measuring pipe sizes used for various pressures and temperatures. The NPS standard is widely accepted in the USA, but some things have to be observed correctly in order to find the right nominal pipe size. The reason is very straightforw

Latest REalloys Commits $40 Million to Build Largest Non-China Heavy Rare Earth Metal Plant Image
Industry News

REalloys Commits $40 Million to Build Largest Non-China Heavy Rare Earth Metal Plant

REalloys has given the green light to a heavy rare earth metallization facility, it says will be the largest of its kind outside China, and the first commercial-scale operation in North America built to comply with U.S. defense sourcing rules taking effect in 2027. The project is fully financed after a recent $50 million raise, and first operations are targeted for the first half of 2027. While

Latest Metal Density Chart: Density of Common Metals Explained Image
Defense

Metal Density Chart: Density of Common Metals Explained

A metal density chart is a valuable reference for engineers, fabricators, and procurement professionals working with metals across industries like aerospace, defense, construction, and medical manufacturing. Understanding metal density directly impacts material selection, structural performance, and overall project cost. When comparing metals such as steel, aluminum, titanium, and nickel alloys