PHILOS Plate System: Advanced Solution for Proximal Humeral Fracture Fixation

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philos plate humerus

The PHILOS (Proximal Humerus Internal Locking System) plate is an advanced orthopedic implant designed specifically for treating proximal humeral fractures. This innovative fixation system combines sophisticated engineering with anatomical precision to provide optimal stability and promote efficient healing. The plate features multiple angular-stable locking screws that create a strong construct between the plate and bone, effectively distributing forces across the fracture site. Its anatomically contoured design closely matches the natural shape of the proximal humerus, ensuring proper alignment and reducing soft tissue irritation. The system includes both locking and compression holes, allowing surgeons to employ various fixation techniques based on specific fracture patterns. The plate's low-profile design minimizes hardware prominence while maintaining structural integrity. Additionally, the PHILOS plate incorporates specialized features such as suture holes for rotator cuff attachment and calcar screws for enhanced medial support. Manufactured from high-grade titanium alloy, it offers excellent biocompatibility and resistance to corrosion. The system's versatility allows it to address simple two-part fractures as well as complex multi-fragmentary patterns, making it a comprehensive solution for proximal humeral fracture management.

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The PHILOS plate system offers numerous advantages that make it a preferred choice for treating proximal humeral fractures. First, its anatomically precontoured design significantly reduces operative time by eliminating the need for extensive plate bending and contouring during surgery. The plate's locking mechanism creates a fixed-angle construct that enhances stability, particularly beneficial in osteoporotic bone where traditional screws might not provide adequate fixation. The system's versatility allows for both minimally invasive and traditional open surgical approaches, accommodating different surgical preferences and fracture patterns. The multiple angle-stable locking options enable surgeons to achieve optimal screw placement while avoiding articular surface penetration. The plate's low-profile design minimizes soft tissue irritation and reduces the risk of impingement, contributing to better patient comfort during the recovery period. Integration of suture holes facilitates soft tissue attachment, crucial for maintaining rotator cuff function and overall shoulder mechanics. The titanium composition ensures excellent biocompatibility while providing sufficient strength for load-bearing. The system's comprehensive instrumentation set simplifies the surgical procedure, reducing operative complexity and potential complications. Furthermore, the PHILOS plate's proven track record in clinical studies demonstrates reliable fracture healing and favorable patient outcomes, making it a trusted solution in orthopedic trauma surgery.

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philos plate humerus

Advanced Locking Technology

Advanced Locking Technology

The PHILOS plate's advanced locking technology represents a significant breakthrough in fracture fixation. The system employs multiple angular-stable locking screws that create a robust fixed-angle construct, effectively transforming the plate and screws into a single unified device. This technology prevents screw toggle and backout, common problems with traditional plating systems. The locking mechanism distributes forces evenly across the entire construct, reducing stress concentration at any single point. This feature is particularly valuable in osteoporotic bone, where conventional screws might fail to maintain adequate fixation. The system allows for both unicortical and bicortical screw placement, providing flexibility in addressing various fracture patterns while minimizing the risk of joint penetration.
Anatomical Design Optimization

Anatomical Design Optimization

The anatomical design optimization of the PHILOS plate represents careful consideration of proximal humeral anatomy. The plate's contour precisely matches the lateral aspect of the proximal humerus, ensuring optimal bone contact and alignment. This anatomical fit reduces the need for intraoperative bending and helps maintain proper shoulder biomechanics. The plate's design includes strategic screw hole placement that allows targeting of key anatomical zones while avoiding critical neurovascular structures. The system's low profile minimizes hardware prominence beneath the deltoid, reducing the risk of subacromial impingement and soft tissue irritation. Additionally, the plate incorporates specialized calcar screws that provide crucial medial support, addressing one of the common modes of failure in proximal humeral fracture fixation.
Enhanced Surgical Versatility

Enhanced Surgical Versatility

The enhanced surgical versatility of the PHILOS plate system provides surgeons with multiple options for fracture fixation. The plate accommodates both locking and compression screws, allowing for hybrid fixation techniques when needed. This versatility enables surgeons to address various fracture patterns, from simple two-part fractures to complex multi-fragmentary patterns. The system includes specialized targeting guides that facilitate accurate screw placement, particularly important in minimally invasive approaches. The plate's design allows for both standard and percutaneous insertion techniques, adapting to different surgical preferences and patient needs. Furthermore, the integrated suture holes enable secure attachment of rotator cuff tendons and tuberosity fragments, crucial for restoring shoulder function.
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