
FREEFIX HUMERAL PLATING SYSTEM
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The most anatomic plates on the market, consisting of a medial plate and multiple lateral plating options - including posterolateral, direct lateral, and lateral helical - to handle any fracture pattern
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TiBeam technology takes O'Driscoll's principles to the next level by creating a true fixed-angle construct without having to interdigitate screws
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Robust supracondylar and midshaft plates that are 4.5mm in the shaft and 3.5 or 2.7mm distally.
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Easy-to-use instrumentation designed specifically for fragment fixation



GEMINUS DISTAL RADIUS VOLAR PLATING SYSTEM
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Dual head design protects flexor tendons by providing the lowest distal profile available on the market
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Screw trajectories designed to provide optimal subchondral support
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AIMing Guides are pre-inserted distal drill guides to confirm reduction and screw trajectories prior to screw insertion
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Hook plate option allows extending fixation to secure volar marginal fragments

REDUCT HEADLESS COMPRESSION SCREW
Leading End (Distal): Advancement
Central (Clutch): Controlled Translation
Trailing End (Proximal): Final Compression
Unique design provides a more precise, controlled compression than continuously variable pitched screws
Provides the needed fragment approximation and only 1mm of reproducible compression
PROXIMAL ULNA PLATE
Deepened Central Concavity: To accommodates PUDA and dorsal ulnar ridge
Suture Holes: For soft tissue repair
Single Home Run Tab: For preserving the triceps insertion
Suture Anchor Points: Incorporate triceps for added stability
Optimized home run screw trajectory
Suture anchor points incorporate triceps for added stability
SURGICAL TECHNIQUE GUIDES, IFU, VIDEOS AND OTHER SKELETAL DYNAMICS RESOURCES
SKELETAL DYNAMICS UPDATES
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Managing a Terrible Triad With Concomitant Posteromedial
Rotatory Instability
For this left elbow Terrible Triad, the Skeletal Dynamics ISJ-E was the best option available.
"All headless compression screws are not created equal"
The bifurcating head of the GEMINUS® minimizes the potential of flexor tendon injury.