ATL Technology, LLC

Happy International Women in Engineering Day!

All this week we have celebrated the fantastic women who work with us at our UK location.

Today we would like to highlight a few of the ways we at work.

Our clean room processes are in place to ensure both staff and patients are safe during the manufacture and use of the final product.

In stores, we manage the goods in and out of the site, and the constant stream of items must be tracked and processed efficiently.

During the design process, we use our tissue labs to test product quality and ensure product and user safety.

Check out the link to read more about the women who work here: https://www.atl-uk-inwed-2023.webador.co.uk/

This week we are celebrating some of the individuals that work in the engineering industry.

Have a look at the article linked, written by the ATL Women's Inspired Network, to find out more about the women at , LLC UK: https://bit.ly/3JsJtBb

A visible integration milestone was achieved last week with the ATL Technology corporate identity being unveiled at the recent acquisition of Gyrus Medical Limited in the UK.

The facility in Cardiff houses two Class 8 clean rooms, and a Capital Goods manufacturing facility.

Our highly skilled engineering team is supported by the Prototyping Centre, 3D Lab, a Process Technology Centre, Moulding Centre, and Machining Centre.

This supports our engineers to fail fast, learn fast, & improve fast.

🌐💡 Unlocking Success in the Global Healthcare Arena: Design & Manufacturing Insights for Standout Wearable Medical Devices 🌟

Wearable medical devices face unique challenges in terms of durability and reliability.

Whether designed for hospital or at-home use, these devices must withstand impacts, abrasions, water immersion, extreme temperatures, and more.

Failure to optimize device durability can result in premature device failure, product warranty claims, and recalls.

Balancing durability and cost-effectiveness is crucial to ensure the success of wearable medical devices.

By partnering with experts in device design and manufacturing, manufacturers can overcome these challenges and deliver innovative, robust devices that meet the demands of the market.

Let's build wearable devices that stand the test of time.

Read more: https://bit.ly/3MJwNa7

How to Build Better Wearable Medical Devices | ATL Technology Wearable medical devices are a major market for medical product manufacturers. Discover how to build the best devices to meet demand.

One major challenge with designing and manufacturing wearable medical devices is that they must be flexible and durable enough to withstand wear and tear from being worn on the body.

Flex assemblies, also known as flexible printed circuit boards or flexible printed circuits (FPCs), solve this problem.

FPCs offer 360-degree bendability, allowing them to be developed to mimic human contours.

They also have a reduced number of connection points compared to traditional PCBs, which helps reduce the possibility of interconnection defects, overall increasing the device’s reliability.

On top of these benefits, FPCs can also withstand a wide temperature range, making them suitable for harsh conditions inside and outside the body.

These, among other factors, allow FPCs to withstand the daily wear and tear that comes with using a medical wearable device, making FPCs s a crucial component of modern wearable medical devices today.

ATL Technology has the internal capabilities to design and manufacture FPCs, using surface mount technologies to reduce costs as well as increase the speed of manufacturing.

Read more about FPCs, and learn how ATL can help you design and develop your next medical wearable device: https://bit.ly/3K5LlR1

Improving quality of care, and making patient data gathering more efficient are top of mind for practitioners and device manufacturers alike.

Smart medical devices are revolutionizing the healthcare industry by doing just that.

These devices are being used today to monitor patients' vital signs, track their progress, and provide real-time feedback to doctors and nurses.

This technology is making a huge impact on the way healthcare is delivered and received.

Smart medical devices are changing the landscape of healthcare and will continue to change the landscape of medical device development.

Read the article below to learn more:

Smart Medical Devices: An Introduction | ATL Technology Smart medical devices are changing the way we think about healthcare. In this post, we provide an in-depth look at this evolving market.

When it comes to medical device manufacturing it is vital to proactively prepare solutions that align with current trends in medical research and healthcare.

One major trend in the healthcare industry is IOMT (Internet of Medical Things), the collection of medical devices and applications that can access and communicate with a care provider's systems remotely.

In the article below, Brandon Tillman, our medical wearables expert, outlines the benefits of IOMT for both care providers and patients and explains how ATL can help with your IOMT device design and manufacturing: https://atltechnology.com/blog/what-is-iomt/

What Is IOMT? (+ Why It Matters) | ATL Technology What is IOMT? It is an acronym for Internet of Medical Things and the future of medical care that device makers need to prepare for.