Newsletter | September 19, 2023

09.19.23 -- What Is The Future Of Hysteroscopic Morcellators In The U.S.?

SPONSOR

Webinar: Incorporating Pressure Sensor Technology Into Catheters

Join Flexan October 3rd for an informative and in-depth exploration of the intersection between healthcare, technology, and the materials that are holding great promise for the future. This session will illuminate best practices, possibilities, and challenges when designing and manufacturing sensor-enhanced catheters that detect and measure pressures within the body, including blood pressure, intravascular pressure, bladder pressure, and more. Click here to learn more.

FEATURED EDITORIAL

What Is The Future Of Hysteroscopic Morcellators In The U.S.?

In the gynecological devices market, hysteroscopic morcellators systems have emerged as an innovative technology for minimally invasive surgery. This article shares new market research on this topic, including an overview of the products currently on the market.

INDUSTRY INSIGHTS

Needle Geometry Advancements For Viscous Biologics

Explore the challenges faced in administering highly viscous biologics to patients via subcutaneous injection and how new special thin-wall needles are able to tackle them.

Soft Or Semi-Hard Tooling For Micromolding?

Soft/semi-hard tooling and CNC-machining excel with larger noncritical parts, yet micromolding presents ongoing challenges in attaining tight tolerances, sharp corners, and micro features.

Regulatory Evolution And Data Revolution In Medical Device Development

Explore the current, dynamic regulatory landscape within the medical devices sector, along with some of the current and future changes medical device organizations will need to adhere to.

Steps To Consider To Reduce Risk Of Biopharma Component Shortages

Find out what steps you can take to reduce the risk of component shortages in medical devices and for the manufacture of drugs and biologics, and their consequences.

7 Critical Factors For Predictable Quality In Medical Device Manufacturing

Quality medical device production requires diverse engineering expertise, electronic integration, and a proven track record across seven key elements.

Precision Molding: Getting It Right The First Time

Precision injection molding ensures consistent repeatability, vital for success in any injection molding project. Learn the key steps for a successful first-time process.

Medical Imaging Quality Starts By Selecting The Right Components

MRI machines rely on a strong magnetic field and computer-generated radio waves for high-quality cross-sectional imaging, hinging on the uniformity of the magnetic field and its radio components.

Introducing The BN13 Compact High-Power Coreless BLDC Motor

Canon's BN13 brushless servomotors are compact in size and provide high output power. Cordless winding technology contributes to low cogging, resulting in a high mechanical response.

ARTICLES YOU MAY HAVE MISSED

7 Patient Benefits Of IoT-Connected Medical Devices

Korean GMP: MFDS Requirements For On-Site And Document Audits Of Medical Device Manufacturing Plants

Agile Software Development In Biopharma And Medical Devices, Part 3

5 Key Factors To Gain Regulatory Approvals For Innovative Rapid Diagnostic Devices

Phototherapy Devices: Where Is The Field Headed?

BULLETIN BOARD

Medical Device Manufacturing And RFID

This webinar explains how integrating RFID technology in medical device design enhances value throughout the supply and use chain by authenticating and locating devices of all sizes.

RESOURCES

Hydrogels

High Viscosity Formulations: Developing A ‘Human Solution’ To Autoinjector Design

Medical Balloons

Principles Of Non-Newtonian Rheology And The Characteristics Of Extreme Shear Rates

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