Locking Attachment Plate

Kangli Orthopaedics manufactures this pure titanium locking attachment plate for fixation constructs that use Kirschner wires (K-wires) or titanium cables. Its shallow arched bridge links wider terminal sections, with raised collars, pointed threaded screws, and recessed drive features arranged at each end. The compact curved profile is intended for general trauma fixation applications requiring an attachment plate alongside K-wire or titanium cable work.

Arched Geometry for Curved Fixation Paths

The slim central bridge forms a continuous, shallow arc between the broader terminal sections. This layout spaces the attachment points along the curved plate and accommodates fixation paths that do not follow a flat or linear profile.

Defined Terminal Seats for Locking Screws

A cylindrical collar surrounds the screw-receiving area at each end of the plate. It establishes a distinct seating zone for the screw head within the terminal section, keeping the fixation interface separate from the narrower central bridge.

Pointed Threads for Directed Screw Placement

Each screw combines a conical pointed tip with continuous coarse threads. The tip initiates the entry path, while the threads advance along the prepared fixation line as the screw is driven. This configuration provides a defined direction for screw placement through the terminal collar.

Recessed Drive Feature for Instrument Engagement

The screw head incorporates a recessed drive interface for engagement with the driver. Because the drive feature is positioned within the head, the driver can remain aligned with the terminal collar while the screw is advanced.

Applications in K-Wire and Cable Fixation

• Attachment plate fixation with Kirschner wire
• Titanium cable fixation around a trauma site
• General trauma attachment fixation
• Curved plate fixation at a localized bone segment

The locking attachment plate can be used alongside the Straight Reconstruction Locking Plate when a K-wire and titanium cable fixation construct requires an arched attachment component.