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May 20, 2026
Your Weekly Update on the Orthopedic Device Industry
Breaking News
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A Printer-Friendly Discussion of Orthopedic Additive Manufacturing

 
A Printer-Friendly Discussion of Orthopedic Additive Manufacturing

Cost, clinical evidence, and implant design complexity are pushing additive manufacturing into the mainstream.
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Today's Top Headlines

Financial/Business

Tecomet Completes Merger With Orchid Orthopedic Solutions

The combined company offers customers a more comprehensive set of manufacturing capabilities.

Financial/Business
OEM News

Medtronic to Grow Chronic Pain Portfolio with $650M SPR Therapeutics Buy

SPR’s FDA-cleared Sprint PNS system is a short-term, 60-day therapy engineered to offer pain relief through a temporary approach.

People News

Spinal Device Company CFO Pleads Guilty to Kickback Scheme

Aditya Humad bribed surgeons to use SpineFrontier products, federal prosecutors allege.

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People News

Miach Orthopaedics Names Jamal Rushdy President and CEO 

New chief executive most recently served as CEO of Arcuro Medical and previously led Collagen Solutions.

OEM News

PainTEQ Launches TRAQ Next-Gen Approach to SI Joint Fusion

TRAQ was designed to engage both the sacral and iliac cortices for bi-cortical fixation through a tissue-sparing, one-inch incision.

OEM News

Empirical Spine’s Motion-Preserving Spinal Fusion Alternative Debuts in U.S.

The company earned FDA premarket approval for LimiFlex in February.

Online Exclusives

Why Surgical Cutting Surfaces Will Define the Performance of Tomorrow’s Platforms

While the adoption of robotic surgery continues to grow, it’s important to maintain a focus on the instrument-to-tissue interface and its impact on tissue response.

Featured Resources

Solution Centers SPOTLIGHT

Poly-Med Inc.

As the Leader in Bioresorbables®, Poly-Med, Inc. is a vertically integrated partner from bioresorbable polymer to finished medical devices & components. Our team specializes in providing custom solutions by value-added processing of our next-generation absorbable polymers into surgically implantable devices that create temporary support during the healing process. In-house capabilities include extrusion of monofilaments, multifilaments, & films, knitting of implantable textiles, suture braiding, electrospinning nanofibrous materials, and 3D printing into solid or lattice-based parts.