Unicompartmental Knee Joint System

The Cynthia knee endoprosthesis system offers the surgeon a variety of implant options depending on the soft tissue tension situation and the size of the bone defect. It is a system for many indications：osteoarthritis, rheumatoid arthritis and traumatic arthritis.

Indication: Indicated for All Major Implant Systems. Material: Titanium alloy (Ti-6Al-4V) Features: The abutment is acheived by the TC4 to ensures optimal strength and durability,  excellent biocompatibility  will not cause allergic reactions. Flexibility:  customized  abutments extend the indication range. High precision processing perferctly comples with abutement and impants contact.This effectively prevents screw loosening, reduces inflammation, and ensures long-term stable occlusal loading for patients. Widely compatibility and applicability.

Specifications: DMS Hydrophilic Implant, φ3.5×7.0mm DMS Hydrophilic Implant, φ3.5×8.0mm DMS Hydrophilic Implant, φ3.5×10.0mm DMS Hydrophilic Implant, φ3.5×12.0mm DMS Hydrophilic Implant, φ3.5×14.0mm DMS Hydrophilic Implant, φ4.0×7.0mm DMS Hydrophilic Implant, φ4.0×8.0mm DMS Hydrophilic Implant, φ4.0×10.0mm DMS Hydrophilic Implant, φ4.0×12.0mm DMS Hydrophilic Implant, φ4.0×14.0mm DMS Hydrophilic Implant, φ4.6×7.0mm DMS Hydrophilic Implant, φ4.6×8.0mm DMS Hydrophilic Implant, φ4.6×10.0mm DMS Hydrophilic Implant, φ4.6×12.0mm DMS Hydrophilic Implant, φ4.6×14.0mm DMS Hydrophilic Implant, φ5.0×7.0mm DMS Hydrophilic Implant, φ5.0×8.0mm DMS Hydrophilic Implant, φ5.0×10.0mm DMS Hydrophilic Implant, φ5.0×12.0mm DMS Hydrophilic Implant, φ5.0×14.0mm

With 2 different CCD angles APFN could solve the fractures in the proximal femoral and femur shaft. One piece design spiral blade with bone cement hole facilitate the rehabilitation of bad bone customers.

Anatomical Femoral Shaft Fracture Plate is designed for femoral shaft fracture, anatomical pre-contoured design with perfect anterior-posterior bow to fit the femur shaft.

Greater trochanter n plate is designed for the treatment of greater trochanter fractures.