Charles Darwin University has partnered with technology developer SPEE3D to use 3D printing technology to coat door handles with copper in high traffic areas as a possible solution to help reduce the viability of viruses such as COVID-19.
CDU Director of Research and Innovation Dr Steve Rogers said that items covered in copper could reduce the survival of the virus potentially reducing transmission.
“Studies have shown that copper is an effective antimicrobial material,” Dr Rogers said.
The process, known as ACTIVAT3D copper, has been developed by modifying SPEE3D’s 3D printing technology, using new algorithms for controlling their metal printers to allow existing metal parts to be coated with copper.
Australian NATA accredited clinical trial speciality laboratory, 360Biolabs, tested the effect of ACTIVAT3D copper on live SARS-CoV-2 in their Physical Containment 3 (PC3) laboratory. The results have shown that touch surfaces modified by this process “contact kills” 96% of SARSCoV-2, the virus that causes COVID-19, in just two hours.
SPEE3D worked in collaboration with the Advanced Manufacturing Alliance (AMA) at CDU to conduct the initial trial to coat a touch plate and door handle on its Casuarina campus in Darwin, Australia. The SPEE3D team developed a process to coat a stainless-steel door touch plate and other handles in just 5 minutes.
Dr Rogers said the results were promising and he was excited that this innovative technology could help reduce the survival of the virus on high traffic surfaces.
“Using the LightSPEE3D 3D printer on our campus, the SPEE3D team have trialled this innovative engineering solution,” Dr Rogers said. “Working with our facilities staff they installed the first door plate on one of our buildings in late March. The results suggest that it is possible to copper coat further items using the LightSPEE3D machine to help reduce the survival of the virus on surfaces.”
CDU partnered with SPEE3D to form the AMA, a joint initiative to use a world-first 3D metal printing technology.
The alliance will aim to engage with industry partners, trades and academics to develop real-world applications, create industry procedures and standards and drive material development.
