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Proximal Femoral Serpentine LCP (L&R)

Part Number: 1506-1156 ~ 1506-3756 (Left F1295) 6506-1156 ~ 6506-3756 (Left F138)
Part Number: 1507-1156 ~ 1507-3756 (Right F1295) 6507-1156 ~ 6507-3756 (Right F138)

Femoral Locking Compression Plate Series

Proximal Femoral Serpentine LCP (Left & Right)

The SurgTech Trauma System is a plate and screw fixation system. Plates and screws are offered in “mini”,“small” and “large” set sizes in a variety of shapes based upon the anatomical fixation required.

TC20: New Material Without Vanadium Trouble

The SurgTech Trauma System is available in a wide range of sizes: 113-373mm L / 2、3-15 hole, in 2 hole inc / 5.6mm t / 19mm w.
The features that deserve special attention are:
  • Matching Screws
  • Low Notch Nail Head
  • Bullet-shaped Ends
  • Different Fixation Points
  • Anatomically Molded
    Low notch nail head reduces soft tissue stimulation.
    Bullet-shaped ends facilitate percutaneous penetration and reduce protrusions.
    There are several different fixation points at the proximal femur.
    Anatomically molded, the left and right lateral edges of the proximal femur were specially designed.

Materials: TC20     Full Name: Ti6Al7Nb
It is a new type of implant material with high technology content and high economic value. Standards implemented in different countries and regions include: ISO5832-11, ASTM F1295, GB/T13810, GB 23102.

Chemical Composition


Differences between TC20 and TC4
TC20 (Ti6Al7Nb) and TC4(Ti-6Al-4V) belong to alpha + beta-titanium alloy. The main difference is that TC20 uses the non-toxic element niobium (Nb) instead of the toxic element vanadium (V) in TC4.

Advantage of Difference

1. The potential cytotoxicity of element V is eliminated and the material has good cytocompatibility.
2. Nb element can promote the density increase of passivation film formed by surface oxidation of ti-6al-7nb alloy, so that the material has good corrosion resistance.
3. The oxides and hydroxides of titanium, aluminum and niobium have reached saturation, and the dissolved metals in the implants will not be ionized or transferred in the body, making them have good biocompatibility.
  • A Full Set of Tools Layer I
  • A Full Set of Tools Layer II
    1. Drill φ4.3; 2. Guide Pin φ2x280; 3. Broken Nail Extractor; 4. Countersink; 5. Skid Extractor φ3.5; 6. Screwdriver T25; 7. Depth Gauge; 8. Locking Bushing φ4.3; 9. Drill φ3.2; 10. Drill φ4.5; 11. Screw Tap HA4.5; 12. Screw Tap HB6.5; 13. Thread Guide Sleeve; 14. Drill Bushing φ3.2; 15. Guide Sleeve φ4.5; 16. Guide Sleeve φ6.5; 17. Eccentric Drill Sleeve φ3.2; 18. Guide Handle; 19. Drill Bushing φ3.2; 20. Wrench; 21. T-type Quick Change Handle; 22. Nail Holder; 23. Stopper; 24. Fast Switching Adapter.
    1. Plate Bender (RIGHT); 2. Plate Bender (LEFT); 3. Torque Wrench; 4. Reset Pliers (Large); 5. Centralized Forceps Holder (Large); 6. Tip Reduction Forceps (Large); 7. Ratchet Wrench

1. Fractures in the Trochanteric Region (Simple Intertrochanteric, Inverse Trochanteric, Transverse Trochanteric, Complex Comminuted Fracture, with Medial Cortical Instability Fracture);
2. Proximal Femur Fracture with Ipsilateral Diaphysis Fracture;
3. Metastatic Proximal Femur Fracture;
4. Fracture with Osteoporosis;
5. Proximal Femoral Osteotomy;
6. Nonunion or Malunion of Fractures;
7. Subtrochanteric Fracture of Femur.

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