The VOI Cortical Pearl system is a locking plate system that utilises standard cortical screws which provide a versatile method of fixation. These plates can be contoured in six degrees of freedom, that is, lateromedially, dorsoventrally, and torsionally, and precise contouring to the bone surface is not required as constructs do not rely on bone-plate friction for stability, unlike conventional plates
2.7 PLUG
Plug
The VOI Cortical Pearl system is a locking plate system that utilises standard cortical screws which provide a versatile method of fixation. These plates can be contoured in six degrees of freedom, that is, lateromedially, dorsoventrally, and torsionally, and precise contouring to the bone surface is not required as constructs do not rely on bone-plate friction for stability, unlike conventional plates
Product #: 2.7 PLUG
PEARL 2.714
14-Hole 114mm
The VOI Cortical Pearl system is a locking plate system that utilises standard cortical screws which provide a versatile method of fixation. These plates can be contoured in six degrees of freedom, that is, lateromedially, dorsoventrally, and torsionally, and precise contouring to the bone surface is not required as constructs do not rely on bone-plate friction for stability, unlike conventional plates
Product #: PEARL 2.714
PEARL 2.715
15-Hole 122mm
The VOI Cortical Pearl system is a locking plate system that utilises standard cortical screws which provide a versatile method of fixation. These plates can be contoured in six degrees of freedom, that is, lateromedially, dorsoventrally, and torsionally, and precise contouring to the bone surface is not required as constructs do not rely on bone-plate friction for stability, unlike conventional plates
Product #: PEARL 2.715
PEARL 2.716
16-Hole 130mm
The VOI Cortical Pearl system is a locking plate system that utilises standard cortical screws which provide a versatile method of fixation. These plates can be contoured in six degrees of freedom, that is, lateromedially, dorsoventrally, and torsionally, and precise contouring to the bone surface is not required as constructs do not rely on bone-plate friction for stability, unlike conventional plates
Product #: PEARL 2.716