Articles
Perspectives on Battling HAIs
June 5, 2012 11:28 am | CommentsWhat impact does the effort to reduce the incidence of hospital acquired infections have on the development of new medical devices?
Applying Tech: Diagnostics
June 5, 2012 10:57 am | CommentsHow are you influencing diagnostic devices?
Perspectives on Design Challenges
June 5, 2012 10:37 am | CommentsWould you please share one of the most challenging design obstacles you have faced in the development of a medical device?
Applying Tech: Portable Medical, Part III
June 5, 2012 9:56 am | CommentsHow are you influencing portable medical devices?
Applying Tech: Portable Medical, Part II
June 5, 2012 9:47 am | CommentsHow are you influencing portable medical devices?
Applying Tech: Portable Medical, Part I
June 5, 2012 9:36 am | CommentsHow are you influencing portable medical devices?
Perspectives on Prototyping, Part II
June 5, 2012 8:39 am | CommentsHas design software reached the point where it can serve as an acceptable replacement for physical prototypes in medical device manufacturing?
Perspectives on Prototyping, Part I
June 5, 2012 8:23 am | CommentsHas design software reached the point where it can serve as an acceptable replacement for physical prototypes in medical device manufacturing?
Brushless Motors with Integral Motion Controls Benefit Medical Product Development
June 5, 2012 7:25 am | by John Morehead | CommentsProduct development in medical devices is rapidly embracing the distributed motion benefits of brushless servo motors with integral motion controls for many reasons. The most important is that smart servo motors allow medical device developers to concentrate on and grow their core competencies without having to get into the minutiae of motion control, a specialized field of engineering unto itself.
Living in the Material World
June 5, 2012 7:00 am | by Gus Breiland | CommentsMolding prototype components enables the medical device designer to get a “preview” of a finished part before going into full production. However, to get the full benefit of this, material selection should be just about completed, including any additives that are to be used. This article looks at the considerations for medical device developers when planning molded prototype components.
Conformal Cooling Using DMLS
June 5, 2012 6:44 am | by Tim Ruffner | CommentsConformal cooling in tool design is a concept that’s fundamentally sound. The trouble lies in the mechanics. Design obstacles imposed by performance boundaries in available machining processes often put its merits out of practical reach. The emergence and attainability of DMLS technology gives toolmakers the design latitude to make conformal cooling a profitable reality.
How Low Can You Go?
June 5, 2012 5:58 am | by Donnie Garcia | Comments"Low power” is almost always used to describe MCUs, and it’s usually accompanied by power mode specifications and battery life calculations based on milliamp hours. While those aspects of low power design are important, there are other embedded design techniques that can lead to a significant extension of the usable lifetime of a product, which is the focus of this article.
Injection Molding Small Complex Bioabsorbable Implants
June 5, 2012 5:25 am | by Tanner Hargens | CommentsInjection molding intricate components for medical device implantables is a difficult task on its own. Add absorbable polymer to the equation and it becomes many times more challenging. This article reviews several of the barriers to success in this area of component fabrication for implantable medical devices.
Designing for the User
June 5, 2012 5:04 am | by Shigeru Tanaka | CommentsThere are a number of successful approaches designers can take when developing a new medical device. However, as the market transforms with outpatients being the primary users of many devices over health care professionals, the critical design issues transform as well. This article looks at designing medical devices that are to be used by the outpatients themselves.
Cardiac Catheter Leak Detection
May 30, 2012 12:58 pm | by Joe Pustka | CommentsWith the variety of tasks a cardiac catheter must accomplish, testing them to ensure safety and reliability is of critical importance. However, due to the range of tests that must be completed on them, this process can be lengthy and challenging. This article highlights the difficulties that can be encountered and offers a solution in the form of a new testing system.
