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April 29, 2026
Your Weekly Update on the Orthopedic Device Industry
Breaking News
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Applying Lessons of Cardiology to Chronic Low Back Pain

 
Applying Lessons of Cardiology to Chronic Low Back Pain

To find a blueprint for transforming spinal care, medical technologists and orthopedics can take a page out of cardiology’s playbook.
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Today's Top Headlines

OEM News

Medtronic’s Stealth AXiS Surgical System Gains CE Mark

The next-gen platform merges planning, navigation, and robotics in one intelligent system.

OEM News
People News

Zimmer Biomet CFO Upadhyay Departs, Interim Finance Chief Named

The company appointed Paul Stellato, who is currently controller and chief accounting officer, as interim CFO.

OEM News

Pixee Medical Gets FDA OK for Knee+ NexSight on New AR Platform

The next-gen solution was deployed on a new, more compact augmented reality platform.

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OEM News

Study: Smith+Nephew’s Cartilage Repair Implant Provides Better Pain Relief

The CARTIHEAL implant recently received a Category I Current Procedural Terminology (CPT) code.

OEM News

Medacta Expands Scope of NextAR Shoulder Augmented Reality

MyShoulder Planner, a next-generation preoperative planning solution, powers NextAR Shoulder.

OEM News

Shoulder Innovations Launches InSet I-135RFX Humeral Stem

The new humeral stem is built on the company’s InSet lateral-lateral implant philosophy.

Best Practices

Future-Ready Quality: What High-Performing QA Teams Will Look Like in 2026

The QA/RA teams that succeed in 2026 won’t be the ones with the largest departments. They’ll be the ones built for agility.

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Braxton Manufacturing

Since 1964, Braxton has been converting costly machined components into cost efficient deep drawn components. Our deep drawn components are produced from a flat strip of material vs screw machining bar stock. There is a significant cost savings in raw material. Drawn parts are engineered to minimize material waste by being hollow throughout the process. The deep draw process allows the opportunity for parts assembly during the drawing process. Eliminating the need for subsequent assembly and equipment costs. Extremely thin wall parts can be produced, less than .001” can be achieved depending on material choice.