Serves as an adjustable transverse stabilization component for spinal pedicle screw‑rod systems, providing a variable‑span cross‑connection between bilateral longitudinal rods to accommodate different interpedicular distances and anatomical variations.
Features a dual‑plane rotation function that allows articulation in two planes, accommodating angled and non‑parallel longitudinal rod alignments and improving intraoperative adaptability without precise pre‑bending.
Adjustable length design enables fine‑tuning of the transverse span during surgery, fits various interpedicular distances across different spinal levels and patient anatomies, reducing intraoperative trimming and streamlining the procedure.
Hook‑shaped clamping ends deliver direct, secure engagement with the rods; the locking mechanism ensures rigid fixation after tightening, maintains surgical correction alignment, and enhances torsional and shear resistance of the entire construct.
Low‑profile construction reduces tissue prominence, minimizes chronic irritation to paravertebral soft tissues and lowers the risk of postoperative adhesion.
Manufactured from biocompatible titanium alloy, matched to the material specification of the corresponding pedicle screw system for consistent mechanical performance and reliable tissue compatibility.
