1.5mm Bone Plate System
The 1.5mm CMF titanium implant system act as the ideal complement for craniomaxillofacial osteosynthesis.
• Plate Thickness 0.6mm
• Screw Diameter 1.5mm (emergency screw 1.9mm)1.5mm Cross Bend
Plate1.5mm Double X-Plate,
Large1.5mm H-Plate, Curve1.5mm L-Plate, 90°1.5mm Maxilla Plate,
Space
Product Features:
- Self-drilling and self-tapping screws are available.
- Optimal stability and minimal palpability
- Wide selection of procedure specific plates
Intended Use:
- Neurosurgery
- Frontal and maxillary sinus
- Naso- and intra- orbital region
- Fixation of bone grafts
- Ortho-anchorage
- Midfacial trauma
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Trusted by leading surgeons and hospitals
“PMPL’s trauma systems have been reliable in complex fracture cases. Instrumentation is intuitive and implants seat precisely, helping me cut OR time.”
“PMPL cervical and lumbar systems give dependable fixation with excellent handling. Patient outcomes have been consistently strong.”
“PMPL knee and hip systems integrate smoothly with my workflow. Consistent sizing and robust instruments mean fewer intra-op surprises.”
“In high-energy trauma, PMPL fixation sets give stable constructs and consistent hardware quality. Post-op mobilization is quicker.”
“For pediatric deformities, PMPL systems offer thoughtful sizing and smooth contours. Healing has been predictable and well tolerated.”
“Consistent quality, clear documentation, and responsive support. PMPL is now our preferred partner for implants and instruments.”
“For ACL/PCL reconstructions, PMPL guides are dependable and fixation is strong. Rehab teams are seeing steady recoveries with minimal hardware issues.”
“Low-profile plates and dependable screw purchase from PMPL make delicate hand work safer. Post-op comfort for patients has improved.”
“PMPL foot and ankle implants give secure fixation even in osteopenic bone. Instrument sets are complete and clearly labeled—great for the whole team.”
“The PMPL pelvic system offers strong screw purchase and versatile plate options. It has simplified some of my most challenging reconstructions.”