ATEX Technologies was created with the medical device manufacturer in mind. By weaving together state-of-the-art textile manufacturing and cutting-edge engineering, we bring innovative, reliable, and precise implantable medical components to market.
Our founder recognized the urgent need for high-quality textiles created exclusively for use in implantable medical devices, provided by an organization competent to support the demanding regulatory and quality requirements to which its customers adhere. ATEX engineers novel implantable medical textile components in a highly controlled environment with adherence to the strictest quality standards. We have invested heavily in validating mistake-proofing systems that mitigate risk and reduce the likelihood of errors and rework profoundly.
At ATEX, we believe that the best relationships are built around showing mutual respect and support. Our company embraces an unwavering commitment to innovative ideas, ethical practices, and perseverance.
There are four pillars that form the foundation of our medical textile company: Technology, Innovation, Quality, and Character.
Our TECHNOLOGIES are rooted in sound engineering and proactive risk management.
Our INNOVATIONS allow us to bring novel solutions to market, created in partnerships with our customers.
Our commitment to QUALITY governs every aspect of our work. We are committed to 100% accuracy 100% of the time.
And lastly, our CHARACTER demands that we approach everything we do with ethical practices and concern for the welfare of our customers, their patients, and our community.
ATEX Technologies is an exceptional example of a modern textile manufacturer that has successfully evolved to meet and anticipate the rapidly changing requirements faced by our customers.
Not only has ATEX invested heavily in bringing core medical knitting, weaving, braiding, and non-woven fabric technology to the 21st century, it has also embraced advanced manufacturing and fabrication techniques that deliver ever-more precise and complex structures to medical device manufacturers. Our highly knowledgeable development staff engage collaboratively with customers to clearly understand the physical and functional requirements of the component right from the start and use those critical inputs to guide process development, ensuring component performance and manufacturability throughout the product life cycle.