The use of single-use plastic luer fittings in medical settings, medical devices, and patient care is an example where the sustainability versus safety debate arises. This white paper aims to explore this debate and offer insights into the challenges and opportunities that lie ahead.
This paper aims to demonstrate the cost effectiveness of plastic luer fittings and how understanding the factors that contribute to their cost can help users select a cost-effective option that meets their performance requirements.
Thin film ceramic interposer design offers several advantages in RF and microwave applications. Designers can expect reduced signal losses, more effective thermal management, and more opportunities to reduce component size.
With its shape memory properties, nitinol wire is a highly suitable material for a range of medical applications. Given its exceptional mechanical and thermal properties, the demand for nitinol products is on the rise. This paper delves into the process of forming and manipulating nitinol wire to create customized components.
This guide will examine why OEMs are increasingly turning to integrated RFID to add value to their products in an increasingly crowded marketplace, and provide key applications for RFID in the medical device field.
Boomerang projects in micro molding, where customers' projects return to the manufacturer for rework or modifications, present challenges due to design changes, quality issues, material-related challenges, and poor communication.
Knowles Capacitors offers build-to-print services for thin-film circuit design and construction, which can help customers save time and money by reducing the need for in-house engineering and manufacturing resources.