Helping design and engineering professionals discover, evaluate and specify technologies and processes that shorten the design cycle and enable success.
The field of medical device and healthcare solution design is complex. In addition to the complexities of engineering solutions that must interact with the human body, there are also numerous regulatory and compliance hurdles to be overcome. That means development cycles can be long and arduous.
But that is changing.
New rules and technologies have enabled a greater role for digital simulation of these products, including, for example, early-stage digital trials. Simulation and high-performance computing (HPC) have also enabled accelerated product development.
In this special focus issue, we examine some of the key challenges of medical device design, and new technology solutions that are making it easier for engineers to rapidly create new healthcare solutions.
Simulation-led workflows now dominate early-stage device design and have edged into bench testing and validation.
Packaging is critical; mechanical and electrical requirements are just as important, and must be protected.
Mass customization and flexibility ensure AM’s role in the post-COVID world.
Designers and engineers rethink ventilator functions, prototyping and production.
Incorporating human body models as part of simulation-driven design improves design outcomes, resulting in highly personalized, safer products.
Robotics and the technology that drives them have stepped up to the plate to assist healthcare workers and patients.
Photogrammetry and AM open new markets for personalized healthcare, eyewear, jewelry and more.
3D printing companies and medical researchers are coming together to accelerate production of nasal swab designs to quickly address COVID-19-related shortages.
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