Designing and developing surgical tools that heat tissue for necrosis requires understanding the temperature distribution that develops during the use of the device. Multiphysics simulation enables designers to understand and address the interaction of the heat source with the body in order to develop devices that target specific tissue without damaging the surrounding healthy tissue.

Global production of Polylactic Acid (PLA) is increasing dramatically as it becomes the biodegradable plastic of choice for a wide range of medical and industrial applications. PLA requires a specialized recycling plan…is your company ready? Attend this Webinar to learn what you need to know to prepare for the PLA revolution.

Biosensors and point-of-care devices are poised to change the delivery of healthcare. This 60-minute Webinar from the editors of Medical Design Briefs explores cutting-edge developments and their role in the future of medical devices.

A novel method for recycling PLA using low-temperature, low-pressure reactions with alcohol or water has been discovered by Zeus Research. PLA is used today in many applications ranging from food packaging to implantable medical devices. Because of its sensitivity to thermal degradation, PLA is difficult to recycle and actually becomes a contaminant in the plastics stream of municipal solid waste.

This presentation will describe the benefits of parametric release and how best to establish a compliant and capable process design. Topics covered include:

Designing durable medical devices is challenging due to the rise of superbug threats causing more stringent disinfecting protocols throughout medical facilities.

There are five critical factors to consider when looking for the most cost-effective solutions for complex assembly automation problems. After these are addressed, it’s important to determine the best transport and tooling actuation technology – non-synchronous, synchronous, or synchronized. This presentation takes a brief look at the five key factors to be explored and then offers the pros and cons of each transport and tooling actuation technology to show how to find the correct solution for an assembly automation problem.

One of the challenges of disposable syringe production is how to attach the stainless steel cannula or needle permanently and safely to the plastic hub. Most designs rely on adhesives to ensure a high-strength bond. Critical to avoiding failure is validating not only the appropriate adhesive technology but also the substrate, joint design, process parameters, inspection needs, and sterilization techniques.

An increase of antibiotic-resistant superbugs, the growing sector of people 65 and older, improved access to healthcare in developing countries, coupled with strict reporting guidelines, demand new infection-prevention methods for overburdened healthcare environments. In addition, the HHS 2020 HAI reduction targets pose an opportunity for medical device OEMs to add value to their products by providing a non-chemical means to combat infections. Integrating deep UV LEDs offer healthcare OEMs the ability to address these market challenges with proven technology that reaches beyond traditional surface wipe protocols.