Developing next-generation technology for medical devices is only half the battle when it comes to being first to market in today’s fast-paced global environment.
Developing next-generation technology for medical devices is only half the battle when it comes to being first to market in today’s fast-paced global environment.
Telling the parent their child has a temperature of 38.674 °C may be an impressive engineering feat, but the last two digits have no real value and any time spent in development getting there was misspent.
Telling the parent their child has a temperature of 38.674 °C may be an impressive engineering feat, but the last two digits have no real value and any time spent in development getting there was misspent.
Defiant minds can conceptualize embodiment that customers actually want. But determining methods to best define what the customer wants with novel technologies can be challenging as many of the methods published just don’t fit early stage work. How can we then manage the process of quality function deployment?
Defiant minds can conceptualize embodiment that customers actually want. But determining methods to best define what the customer wants with novel technologies can be challenging as many of the methods published just don’t fit early stage work. How can we then manage the process of quality function deployment?
Whether you are designing an autonomous surgical robot, a patient-specific knee implant, or a paperweight for all the new regulations, volumes of data are useless without the proper specification framework to filter and process it.
When it comes to understanding which colors to choose, how to apply color and why, and what kinds of materials and surface finish create the most value, design expertise and direction is required. It’s time to make medical products object of desire rather than disinclination.
