Hallux System 2.8

Available in two sizes with a plate thickness of 1.6 mm and 2.0 mm.

Plate design reduces contact with the tibialis anterior tendon.

Versatile approach, classical or modified Lapidus technique in the same plate due to the 4.0 transfixation screw.

Compression by means: (1) TriLock^PLUS (2) K-wire slot for compression with olive K-wires.

4.0 Transfixation screw with SpeedTip technology is compatible with 2.8 instruments, as the triangular tip design widens the drilled hole.^{1, 2}

Plate positioning minimizes overlapping with the insertion of the tibital anterior tendon.¹

Anatomical plate shape makes bending almost unnecessary.¹

Screw alignment along with the TriLock multidirectionality allow soft tissue friendly access.

Available in three lengths.

The plate design increases subchondral stability achieved by a double row of screws in the plate end area.

Generic shape allows for many applications and plate positions.

Plates can be contoured to the individual anatomy.

Three defined dorsiflexion angles (0°, 5°, 10°) with 10º of valgus inclination.

Compression by means: (1) TriLock^PLUS (2) K-wire slot for compression with olive K-wires.

Reduced likelihood of collisions of transverse screws.

Additional proximal plate hole for increased primary stability in poor bone quality.

Crossing lag or CCS screw can be placed if needed.

Two defined dorsiflexion angles (5°, 10°) with 10º of valgus inclination.

Compression by means: (1) TriLock^PLUS (2) K-wire slot for compression with olive K-wires.

Closely arranged distal holes enable treatment even of small fragments.

Oblong hole allows for variable autograft fixation.