Curated for Orthogate.org Members

EXECUTIVE SUMMARY

• Ortho-Dx Unveils Wireless Sensor Platform to Quantify Implant Stability: As reported by BONEZONE, Ortho-Dx introduced a battery-free, implant-adjacent resonant sensor that measures micron-scale construct micromotion over time to provide objective healing trajectory data.
• SIGNUS USA Completes First U.S. Implantation of COSY Spine Fixation Platform: Reported by BONEZONE, SIGNUS USA achieved the first clinical implantation of its COSY occipito-cervico-thoracic system, offering 70-degree screw angulation and seamless integration with the DIPLOMAT thoracolumbar system.
• Treace Highlights Lapiplasty Lightning and Multi-Segment Innovations at AOFAS 2026: Reported in Orthopedics This Week, Treace Medical showcased its next-generation Lapiplasty Lightning system alongside Tailorplasty MIS and dynamic compression implants at the AOFAS Annual Meeting in Seattle.
• Bioretec ActivaScrew Cannulated COM System Cleared: Bioretec, Ltd. secured FDA 510(k) clearance (K261057) for the ActivaScrew Cannulated COM bioabsorbable bone screw system for fracture fixation, osteotomies, and arthrodesis.
• ArthroTAK Tendon Anchor Kit Cleared: ArthroTAK, LLC received FDA 510(k) clearance (K262809) for the ArthroTAK Tendon Anchor Kit indicated for soft tissue to bone reattachment in extremity and sports medicine procedures.

DAILY ANNOUNCEMENTS BY CATEGORY

Surgical Robotics, AI & Navigation

Ortho-Dx — Ortho-Dx Unveils Wireless Sensor Platform to Quantify Orthopaedic Implant Stability Over Time

• Summary: Ortho-Dx announced the introduction of a passive, battery-free, implant-adjacent sensing platform designed to objectively quantify construct micromotion and track the biomechanical transition from hardware load-bearing to host bone load-sharing. The wireless system utilizes a resonant ferrite sensor placed within host bone near conductive fixation hardware, energized externally via near-field inductive coupling to convert micron-range displacements into measurable electromagnetic signals. By establishing longitudinal data on displacement under physiological load, the implant-agnostic platform provides orthopaedic surgeons with continuous mechanical monitoring of osseointegration and healing trajectories without relying solely on subjective radiographs.
• Key Details:
  • Device/System Name: Ortho-Dx Wireless Resonant Sensor Platform
  • Status: Technology Demonstration & Platform Introduction
  • Clinical Significance: Transforms postoperative therapeutic monitoring by providing objective, quantitative biomechanical data on implant stability, enabling personalized weight-bearing protocols and early detection of aseptic loosening or nonunion.
• Original Source: BONEZONE

Spine & Orthobiologics

SIGNUS USA — SIGNUS USA Announces First Clinical Implantation of the COSY Occipito-Cervico-Thoracic Spine Fixation System

• Summary: SIGNUS USA marked the first U.S. clinical implantation of the COSY Cervicothoracic-Occipital Rod-Screw Spine Implant System, a modular posterior occipito-cervico-thoracic (OCT) platform engineered to span from the occiput into the upper thoracic spine within a single instrumentation system. The platform features low-profile, cannulated screw heads offering up to 70° of angulation for K-wire-guided trajectory control across lateral mass, cervical pedicle, C2 pars, and translaminar fixation paths. Dedicated transition rods allow seamless construct linkage to the established SIGNUS DIPLOMAT posterior thoracolumbar system, providing continuous spinal stability across the cervicothoracic junction.
• Key Details:
  • Device/System Name: COSY Cervicothoracic-Occipital Rod-Screw Spine Implant System
  • Status: First U.S. Commercial Clinical Implantation
  • Clinical Significance: Eliminates multi-system junctional mismatch when managing complex occipitocervical deformities, trauma, and multilevel reconstructions, reducing operative time and adjacent segment failure at the cervicothoracic transition.
• Original Source: BONEZONE

Trauma & Extremities

Treace Medical Concepts — Treace Showcases Lapiplasty Lightning System and Multi-Segment Foot and Ankle Innovations at AOFAS 2026

• Summary: Treace Medical Concepts announced it is showcasing several major portfolio expansions and clinical outcomes at the American Orthopaedic Foot & Ankle Society (AOFAS) Annual Meeting in Seattle. Featured innovations include the Lapiplasty® Lightning™ System, which integrates next-generation instrumentation with SpeedTMT® implants to streamline triplanar tarsometatarsal correction while reducing surgical steps, alongside the Tailorplasty™ MIS System for minimally invasive 5th metatarsal bunionette correction. Treace also highlighted new midfoot and hindfoot solutions, including SuperBite™ fully-threaded compression screws and HyperPlate™ XM dynamic compression locking implants.
• Key Details:
  • Device/System Name: Lapiplasty® Lightning™ System & Tailorplasty™ MIS System
  • Status: Commercial Portfolio Expansion & Annual Meeting Showcase (AOFAS 2026)
  • Clinical Significance: Combines anatomic 3D deformity correction with procedural step reduction, expanding reliable percutaneous and dynamic compression options across forefoot, midfoot, and hindfoot reconstructions to decrease tourniquet times and soft tissue disruption.
• Original Source: Orthopedics This Week

RECENTLY INDEXED FDA 510(k) & PMA CLEARANCES — ORTHOPAEDIC

Note: The openFDA database typically indexes clearances 2–4 weeks after the official decision date. Dates shown reflect the FDA decision date, not the indexing date.