With the news regarding China and questions surrounding the safety of its manufacturing facilities, in addition to the constant concerns over intellectual property protection, some medical device manufacturers are looking for alternatives.
With device designers constantly seeking the next unique material that will help make their latest device a reality, it is important to stay abreast of what the material suppliers are developing.
Minimally invasive surgery has been a growing trend in healthcare for some time. As such, manufacturers who provide devices to the medical community for these procedures need to stay abreast of the technologies available to enhance their products.
Orthopedic technologies are dominated by metal materials in the fabrication of implants and other devices used in this sector. However, increasingly, advanced, high-performance plastics are enabling enhancements with regard to safety and functionality.
When it was decided that the FDA’s OSEL would be moving, officials sought to address vibration isolation in the new building upfront so they wouldn’t bring this issue with them from the previous facility.
Some are new, some old, but five technologies are making strides and aiding medical device manufacturers produce a quality product.
Virtual reality simulators are often associated more with entertainment or video game technology than something that would serve a true medical benefit; however, that’s not proving to be the case when it comes to using simulators with medical devices.
The local delivery of anti-proliferative compounds from drug eluting stents (DES) has successfully reduced rates of restenosis following stent implantation. However, somewhat higher rates of late stent thrombosis are perceived for DES compared to their bare metal counterparts.
The Project: Find an ERP software solution that will enhance operational efficiency while also reducing costs. The Solution: Syspro’s integrated ERP/CRM offering provides a robust package that satisfies the requirements while also helping to facilitate regulatory compliance.
Medical OEMs face a number of challenges in miniaturizing device designs. Fortunately, new electronic capabilities and technologies are enabling this process to be performed more efficiently.
Parylene is an excellent option for medical device manufacturers seeking a device coating for their product. Unfortunately, specific factors limit its use in certain applications. A new variation offers benefits that address these concerns.
This presentationthe follow-up to an article that appeared in the May issuereviews the physical characteristics of the materials used when designing and manufacturing a combination product.
Device companies are always seeking new methods with which to save time and money in the design and manufacturing processes.
Selecting the right fluid line connector can boost performance and bring enhanced benefits to a medical device. However, with a variety of choices between fittings, luers, and couplings, it is difficult to know which offering would be best indicated for a specific application.
Selecting a membrane to use with a medical device seems like a relatively simple enough process, however, without careful consideration of a number of key factors, a device can fail as a result of an improper choice.