Proximal Humeral Locking Plate System Phoenix (PHL PHX)

Plates

Upper Extremity

PHL PHX – Flanges

The ITS. Proximal Humeral Locking System Phoenix – Flanges aims to provide simplified solutions to complex problems. This versatile system enables the treatment of various proximal humeral fractures, with the contourable anterior/posterior flanges facilitating the proper fixation of the entire humeral head.

PHL PHX – Standard

The Proximal Humeral Locking System Phoenix – Standard features a flange-free plate for simple fractures, a wider head with 11 holes, and options for the medial calcar screw. Polyaxial locking technology supports a flexible screw pattern to effectively stabilize the humeral head.

The ITS. Proximal Humeral Locking System Phoenix – Standard features a flange-free plate for simple fractures, a wider head with 11 holes, and options for the medial calcar screw. Polyaxial locking technology supports a flexible screw pattern to effectively stabilize the humeral head.

Features PHL Phoenix – Flanges

Proximal Humeral Phoenix – Flanges

6 marginal proximal holes for rotator cuff fixation or temporary plate fixation
Multiple holes for optimal proximal screw placement
Indentations in the shaft area to facilitate the use of cerclage bands and wires
Oblong hole for optimal positioning and adjustment of the humeral length
Pointed distal plate end for percutaneous insertion
Contourable anterior and posterior flanges for better fixation of the greater and lesser tuberosity
Superior hook flange for capturing greater tuberosity

Features PHL Phoenix – Standard

Proximal Humeral Phoenix – Standard

6 marginal proximal holes for rotator cuff fixation or temporary plate fixation
Multiple holes for optimal proximal screw placement
Indentations in the shaft area to facilitate the use of cerclage bands and wires
Oblong hole for optimal positioning and adjustment of the humeral length
Pointed distal plate end for percutaneous insertion
Optional Drill Block

Plate Technology. ONE Technology for all Implants. All ITS. plates are made from Titanium Grade 2, whereas the screws are made of a harder titanium alloy. This allows the plates to have only non-threaded holes, which all (with the exception of oblong holes) accept both non-locking and locking screws.