Newsletter | August 22, 2024

08.22.24 -- Answer These Questions To Guide Your Prototyping Strategy

FEATURED EDITORIAL

Answer These Questions To Guide Your Prototyping Strategy

This article shares key questions for your team to ask yourselves about demonstrating proof-of-concept with a functional prototype of your medical device.

INDUSTRY INSIGHTS

Partnership Goals For Scale-Up Success

As demand for capabilities and resources grows throughout a project, both become strained in-house and the scale-up process becomes a steeper hill to climb.

Using FT-IR To Identify Unknown Contaminants

Fourier Transform Infrared Spectroscopy (FT-IR) is a reliable method with multiple applications when it comes to identifying both intrinsic and extrinsic compounds in a drug product.

The Catheter Manufacturing Boom

Discover the rapid evolution and pivotal innovations driving the surge in vascular access catheter manufacturing. Explore the latest advancements shaping modern medical practices and patient care.

4 Most Common Reasons For Medical Device Material Failures

Material failures in medical devices can have severe consequences for companies. By implementing a proactive design framework , companies can significantly reduce these risks and the associated costs.

ARTICLES YOU MAY HAVE MISSED

Understanding The Potential Of AI Med Devices Amid Regulatory Challenges

5 Recommendations To Maximize CSV/CSA Outcomes

Bacterial Endotoxin Testing, Part 1: Overview

Adaptive AI-Driven Medical Devices In The US: Regulatory Guidelines

Data-Driven Trends In Predetermined Change Control Plans

SPONSOR

Join the 14th Injectables Summit (October 1-3, Boston) to streamline your injectable combination device. Gain technical takeaways and practical insights from over 80 industry leaders as we delve into next-generation devices and AI integration.

BULLETIN BOARD

Comparing Lubricious Materials & Additives For Extruded Medical Tubing

To provide medical device designers with additional options, leading material manufacturers have developed low-friction additives that can be blended with medical polymers to significantly decrease surface friction and give extruded tubing a more lubricious surface. Additives can be used with most existing medical polymers without significantly affecting the original properties of the primary material.

RESOURCES

Brochure: Insert Vs. Overmolding

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