Skip to main content

New medical makerspace lets hospital staff literally invent their own high-tech tools

Nurses are at the forefront of patient care, providing everything from a listening ear to extra blankets. Soon, nurses at John Sealy Hospital in Galveston, Texas will be able to add 3D-printed high-tech tools to the arsenal of devices they use to care for their patients. These tools will be designed by the nurses themselves in a new makerspace lab which recently opened in the Texas-area hospital.

Developed by The University of Texas Medical Branch (UTMB) at Galveston and MakerNurse, the new MakerNurse lab is the first dedicated makerspace in a U.S. hospital for health care providers. The makerspace lab is arranged into stations with each one focused on a different medical challenge, such as assistive care or fluid control. Nurses have the ability to use 3D printers, laser cutters, sensors, microcontrollers, fabrics and more in their design. Medical staff are encouraged to think creatively while they design new devices or improve existing devices using the high-tech tools at their disposal.

Once a device is created, a nurse then has the option of recording a demonstration showing how to use the device, while also being able to capture a “selfie” picture giving credit to the individual who created the device. Medical professionals must follow a series of safeguards before utilizing their creation in a real life scenario. Before an invention can be used for patient care, the device must be tested and approved by a review board. It also must be sterilized before entering the hospital floor.

The MakerHealth Space at UTMB may be the first dedicated makerspace to be installed permanently in a U.S. hospital facility, but it is not the only maker lab available for health professionals. As part of its existing program, MakerNurse operates several mobile spaces in hospitals and nursing schools across the U.S. MakerNurse is a part of the larger MakerHealth program, which provides making facilities for those involved all aspects of health care, including physicians, caregivers, and patients.

Editors' Recommendations

Kelly Hodgkins
Kelly's been writing online for ten years, working at Gizmodo, TUAW, and BGR among others. Living near the White Mountains of…
3D printing lets hospitals make ventilator substitutes with common equipment
PEEP mask 1

Materialise 3D Prints Non-Invasive PEEP Masks to Alleviate Ventilator Shortage

Many hospitals around the world currently have an alarming shortage of mechanical ventilators, which they can use to treat COVID-19 patients. Responding to this crisis, Belgian 3D printing company Materialise has developed a 3D-printable device that transforms standard equipment available in the majority of hospitals into a mask that can help coronavirus patients get the oxygen they desperately need into their lungs. The company’s smart solution promises to create high positive pressure in patients’ lungs without the use of a traditional ventilator.

Read more
3D-printed ventilator valves help out Italian hospital rocked by coronavirus
3d printed ventilator valves img 20200314 223845

What do you do when a crucial part of a lifesaving piece of medical equipment is in hopelessly short supply? You 3D print yourself a supply of them, of course. At least, that’s what happened at a hospital in Brescia, Italy, rocked by the outbreak of the coronavirus pandemic.

While ventilator breathing machines are not exactly in abundant supply, medical professionals found that the valves connecting the machine to the patient were even scarcer. This is due to the fact that they have to be regularly swapped out between patients, giving the component a very short life span.

Read more
3D-printing technique produces tiny, highly detailed objects in seconds
The new fast 3D printing technique developed by researchers at EPFL.

The new fast 3D printing technique developed by researchers at EPFL. Ecole Polytechnique Federale de Lausanne

3D printing has incredible potential for both research and home uses, but it has some limitations. The current technology takes some time to produce an object, and it produces hard structures only. But now, researchers from the Swiss Federal Institute of Technology Lausanne (EPFL) have come up with a method for printing highly-precise miniature objects with different textures.

Read more