Pregnancy Test + Nanotechnology = Fast, Cheap Kidney Failure Test

Scientists in the U.K. are developing a $15 device that could potentially diagnose kidney failure at home. The device combines the technology of a home pregnancy test with nanotechnology to provide fast results that could potentially link to a doctor’s office through mobile technology.


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  • A New Approach To Contract Medical Device Manufacturing Relationships
    A New Approach To Contract Medical Device Manufacturing Relationships

    Contract manufacturing for medical devices is one of the fastest growing segments of the medical device industry. Why? Because in the race to bring new devices to market, device makers from the largest OEMs to small startups have found that it is more efficient to leverage the experience and facilities of outside organizations for device development rather than recruit, hire, and train people and purchase equipment and facilities.

Metal Injection Molding: A Cost Effective Alternative To Machining

Many design engineers and project managers know that metal injection molding can yield parts with complex shapes, outstanding strength, and excellent surface finishes. What they don’t know is that the technique is actually a cost-effective option for prototyping or low-volume production, particularly when compared to machining.

The Most Misunderstood Problem In Medical Injection Molding — And How To Solve It

Shear heating variations are a primary cause of numerous issues that are common when injection molding medical parts, including high scrap rates, weight and dimensional variation between cavities or between shots, long cycle times, warpage, and others. Yet more often than not these shear heating variations go unchecked, usually due to misunderstandings regarding shear heating in medical injection molding. This article will explain how shear heating develops, how it affects your parts, and how to control it to your advantage.

Wireless Dose-Compliance Monitoring In Drug-Delivery Devices

Incorporating wireless technology into medical devices is about more than just keeping up with the hottest technology trends; the benefits are real and significant, especially with regard to monitoring and encouraging dose compliance in the pharmaceutical and medical realm. Prior to embarking on the development of a wireless-enabled drug-delivery device, however, it is crucial to know what, specifically, the benefits are, and exactly what kinds of challenges and design considerations must be taken into account.

How To Overcome Interconnection Issues In High-Reliability Medical Electronics

Dovetail connectors are ideal for integration into high-reliability medical electronics for imaging, diagnostic, and therapeutic applications. Download the white paper to learn how their tolerance to shock and vibration, low insertion forces, high current ratings, high mating cycles, low contact resistance, and their configurable nature can help overcome interconnection complications encountered when connecting one element to another.

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  • Companies To Watch: Novian Health
    Companies To Watch: Novian Health

    With its novel, laser-based technology, this early-stage company hopes to displace lumpectomy as the standard of care for eliminating breast tumors after early detection.

  • 3D-Printed Injection Molding: The Future Of Rapid Prototyping?
    3D-Printed Injection Molding: The Future Of Rapid Prototyping?

    3D printing has fundamentally changed the way medical devices are prototyped and tested; however, the technology can carry a product only so far into the development process, primarily due to material constraints. Injection molding (IM) can generate highly accurate prototypes in final production materials, but the process is not without its own drawbacks. Now, a hybrid prototyping process has emerged, offering medical device developers the best of both worlds — the speed and economy of 3D printing combined with the material and accuracy advantages of IM.

  • Development Of A Pathogen Inactivation System To Stop Ebola And Other Deadly Outbreaks
    Development Of A Pathogen Inactivation System To Stop Ebola And Other Deadly Outbreaks

    It wasn’t so long ago that the world was in an absolute panic over Ebola. One company that found itself smack in the middle of the global healthcare industry's response to Ebola was Cerus Corporation, maker of a technology that inactivates pathogens in transfused blood components. I recently had the pleasure of speaking with William “Obi” Greenman, the company's president and CEO. We discussed the Intercept system, the factors behind Cerus’ recent public stock offering, the modular premarket approval (PMA) pathway it used for Intercept, the story behind its Ebola involvement, and why it is uniquely positioned to help stop future infectious disease outbreaks.

More From The Editor


Success in today’s medical device industry requires innovative ways of thinking about traditional and evolving problems. To this end, Med Device Online is pleased to bring you Med Device Insights, a new digital publication that imparts fresh perspectives and strategies from your peers and other thought leaders in the space. Our first issue includes original articles about:

  • A revolutionary new approach to rapid prototyping
  • The unintended consequences of new payment paradigms
  • Factors to consider when developing your India strategy
  • Using Internet-of-Things-style protocols for connected devices
  • Steps to identify the right clinical outsourcing partner
  • A company developing laser-based tumor ablation systems
  • And more...

Check out Med Device Insights today!


N Series Rugged Medical Connectors

N Series Rugged Medical Connectors

The N Series of connectors are used in a variety of medical device and equipment applications like medical imaging, monitoring devices, and therapeutic equipment.  The N Series is used in the most demanding of applications where the environment requires durability, ruggedization and extended operating life.

Semiconductor Technology for Implantable Medical Devices

Semiconductor Technology for Implantable Medical Devices

All mission critical functions are accessible within the MST group to provide miniaturized packages. Capabilities include design, substrate manufacturing, component selection and validation as well as all major semiconductor packaging processes.

Optical Thickness Gauge: 157 Series

Optical Thickness Gauge: 157 Series

The Model 157 optical thickness gauge uses proven optical interferometer technology to measure the absolute thickness of specialty plastic films, medical membranes, and ophthalmic products.

Insert Molding for Medical Devices

Insert Molding for Medical Devices

Insert molding techniques can streamline the production of your next medical device and eliminate the need for additional secondary operations. This type of molding can result in consistency, stability, the potential for reduced size and weight, and design flexibility.

Medical Device Contract Manufacturing

Medical Device Contract Manufacturing

Contract manufacturing for single-use medical devices is how Phase 2 got their start. They provide ultrasonic cleaning, injection molding, solvent and UV bonding, soldering, annealing, and more manufacturing services to both startup single-use medical device companies and larger-sized OEMs.

Metal Injection Molding

Metal Injection Molding

Metal injection molding (MIM) is a mature and established metalworking process for creating fully dense, net-shape metal parts. The MIM process is economical and allows parts to be delivered much faster than traditional metal injection molding.

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Canon USA, Inc.

Canon USA, Inc.

Canon Optoelectronic Components, Integrating the Latest Technologies. Canon has been developing industrial components with super-high levels of precision and accuracys using its optical technologies gained and accumulated for over half a century.