04.06.23 -- How Is The Medical Wearable Landscape Evolving With Advanced Tech?

As we balance the time-to-market and risk for novel therapies, we must anticipate changing needs for combination device development, highlighting the technological paradigm shift.

This article focuses on what influences the ability of micro molders to mass manufacture successfully, and what influences the process of developing micro parts and components.

RFID technology has changed the ways in which OEMs fabricate, distribute, and market modern medical devices and provides medical facilities and their patients with real and measurable benefits.

While pressure and flow rate may be sufficient parameters to consider when selecting a pump in some industrial applications, medical device requirements are more demanding and require a more thorough review of pump parameters.

This short review outlines ultrafiltration of various biological nanoparticles and medical nanocarriers. Here, ultrafiltration is used to purify, concentrate, and separate nanoparticles from substrates. The nanomaterials discussed comprise metals, polymers, lipids (in vesicles and micelles), and proteins. 

In our latest webinar, we focus on the design and testing of high-reliability multi-layer ceramic capacitors (MLCCs) for use in mission-critical or lifesaving applications.