Pelvic Reconstruction System Phoenix (PRSPHX)
The ITS. Pelvic Reconstruction System – Phoenix is a third generation comprehensive system for the treatment of different fractures of the pelvis, including pelvic ring injuries and fractures of the acetabulum. Adhering to the technology principles of all ITS. plates, this system offers anatomically pre-contoured plates with polyaxial locking capabilities.
- Multi-directional locking
- Anatomical plate design
- Stoppa approach for ease of plate insertion
- Improved instrumentation for fracture reduction
- Screw hole placement options to enable targeting of high-quality bone
Small Fragment
Building on the success of the PRS RX system, our brilliant design team has further developed our small fragment system to include 3 new plates. With this, we do expect to see a preference toward our small fragment system and the anatomically contoured plates.
All three plates come with pre-angled holes (or slots) to allow screw placement from all commonly used anterior approaches.
Large Fragment
The PRS Large Fragment System offers intraoperative flexibility by allowing the surgeon to adapt the plate to the needs of the particular surgery. It incorporates bending plates that are attached to the bone and can be easily adapted to the patient‘s individual anatomy, also for length determination.
Reduction Instrumentation
The new reduction clamps offer versatility and user-friendliness, including partially minimally invasive application. The instrument set has a universal handle and various attachments for different reduction manoeuvres, allowing each arm to be individually positioned and then connected. The crown tip enables direct placement on the bone or on the screw heads to ensure effective transmission of force during fracture reduction.
Cannulated 8.5mm Screw
Expanded cannulated screws include SI joint connection and fragment stabilization. New 8.5 mm screws minimize soft tissue irritation, suitable for minimally invasive and open approaches. Includes washers for improved bone contact, especially in osteoporotic bone.
