American Tech Today
SEE OTHER BRANDS

Hottest science and technology news from the United States

MMBT by Metro CAD Achieves World’s First 11-Micron Stainless Steel Braid Opening New Frontiers in Innovation

MMBT By Metro CAD LOGO

MMBT By Metro CAD LOGO

MMBT16CHFWB Braider With Microscope Camera

MMBT16CHFWB Braider With Microscope Camera

304-nx-11-micron-stainless-steel-wire

304-nx-11-micron-stainless-steel-wire

MMBT achieves world’s first 11-micron stainless steel braid, 3,603 MPa strength, unlocking ultra-strong, flexible solutions for medical, aerospace, electronics.

Achieving a consistent 11-micron braid without breakage proves we can deliver ultra-strong, ultra-fine structures for real-world use.”
— Scott Metcalf, Senior Braider Technician at MMBT by Metro CAD
MAPLE GROVE, MN, UNITED STATES, October 1, 2025 /EINPresswire.com/ -- In a world-first, MMBT by Metro CAD, a leader in precision micro-braiding technology, has successfully created a braid, using BenderWire 304NX stainless steel wire, with a tensile strength of 3,603 MPa, at an ultra fine diameter of just 11 microns (0.000433”). This groundbreaking capability pushes the limits of material engineering and paves the way for innovations across multiple high-tech industries.

The achievement was made possible on an unmodified MMBT16CHFWB 16-carrier Horizontal Braiding Machine, demonstrating the robustness and precision of MMBT by Metro CAD’s proprietary braiding process. Visit Booth 3801 at MD&M Midwest to see MMBT16CHFWB perform live. BenderWire 304NX stainless steel wire was manufactured by Heinrich Stamm GmbH (Iserlohn, Germany) and provided via Sebastian Ablas & Carina Stoppel.

“When you’re working at this scale, the margin for error is smaller than a speck of dust,” said Scott Metcalf, Senior Braider Technician at MMBT by Metro CAD, who led the effort. “Achieving a consistent 11-micron braid without breakage proves we can deliver ultra-strong, ultra-fine structures for real-world use.”

Why This Matters

MMBT by Metro CAD’s breakthrough overcomes long-standing challenges in micro-scale braiding, including wire breakage and material limitations. The result is ultra-high-strength micro braids with exceptional corrosion resistance — enabling lighter, more durable, and more flexible components than ever before.

Potential Applications

• Medical Devices – Microcatheters, neurovascular coils, guidewires, and flexible shafts

• Aerospace & Defense – Micro EMI shielding braids, sensor cables, and thermal meshes

• Electronics & Semiconductors – Ultra-fine bonding wire alternatives and micro cable assemblies

• Robotics & Wearables – Micro actuation tendons and precision flex cables

• Specialty Markets – Premium fishing tackle leaders, ultra-light sporting goods

Imagine a neurovascular coil thinner than a strand of hair that could save a life — or a micro EMI shield capable of protecting next-generation aerospace sensors. That’s the scale of what’s now possible.

An Open Call for Collaboration

MMBT by Metro CAD offers prototype sample reels, collaborative development programs, and contract manufacturing for specialty braided microstructures. The company invites medical device developers, aerospace engineers, electronics manufacturers, and other innovators to explore how this technology can transform their products.

About MMBT by Metro CAD
Located in Maple Grove, Minnesota, MMBT by Metro CAD specializes in precision braiding and micro-scale advanced materials manufacturing, providing custom-engineered solutions to industries worldwide.

Please feel free to contact us at EMAIL or PHONE or follow us on SOCIAL MEDIA CHANNELS, to learn more.

Paul Sullivan
MMBT by Metro CAD
+1 763-595-7307
email us here
Visit us on social media:
LinkedIn
Instagram
Facebook
YouTube
X
Other

MMBT World’s #First 11-Micron Stainless Steel Braid #medicaldevice #aerospace #robotics #innovation

Legal Disclaimer:

EIN Presswire provides this news content "as is" without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.

Share us

on your social networks:
AGPs

Get the latest news on this topic.

SIGN UP FOR FREE TODAY

No Thanks

By signing to this email alert, you
agree to our Terms & Conditions