Special Design for Surgical Locking Plate Fixation - Periprosthetic Fracture Plate – Shuangyang

(This frame is for reference only, the actual surgery depends on the fracture).

Frame detail:

In the parallel layout, put two 3mm bone screws in the radius shaft at the proximal end, and put two 3mm bone screws in the distal dorsal nodules. Mount the coupling X proximally and connect it with a straight post. Install a Coupling XI at the far end. Then use two rod to rod couplings VII and one Ф5 L180mm connecting rod (straight type) to connect all the components into a frame and finally lock. (In the operation, the needle block X and the needle block XIX should be used as guide for the parallel layout of the Bone screws) .

Features:  

1. Easy to operate, flexible combination, can build a three- dimensional stable external fixation system.
2. According to the adaptation symptoms, the stent can be freely assembled during the operation, and the components can be added to the frame at any time.
3. PEEK fix clamp help reduce the overall frame weight.
4. PEEK fix clamp has low developing degree, easy operation.
5. Carbon fiber connecting rod build elastic frame, to reduce stress concentration.

Recommended configurations:

Product Image	Order Code.	Product Name	Specification (mm)	Qty
	20.10.0105180.300	Connecting rod (straight)	Ф5, 180mm	1
	20.20.0705201.400	Rod to rod coupling VII	2 holes Ф5	2
	20.20.1005401.400	Coupling X	4 holes Ф3	1
	20.30.0305101.400	30° Post	Ф5	1
	20.20.1105401.200	Coupling XI	4 holes Ф3	1
	19.32.513.0300801	Bone screw	Ф3.0×80mm	4

Femoral fractures, especially spiral fractures or those after stemmed arthroplasty, often need cerclage wire fixation to optimize the reduction of plate osteosynthesis.

Considering the excellent results already achieved in total hip arthroplasty, new implants must be at least as safe as currently used implants and lead to longer survival. The combination of titanium locking plates and titanium cerclage wire is a good option for surgery.

Till date, titanium periprosthetic fracture plate and titanium cerclage wires (titanium cable) are easy to use and are reliable for internal fixation and offer sufficient stability. Alternative devices such as cable buttons and others made of cobalt-chrome or titanium alloy are insufficient for strength and stability.

We call the combination of titanium locking plates and titanium cerclage wires as Titanium Binding System. This product in minimally invasive closed reduction and internal fixation of femoral fractures did not show any negative effects on fracture healing or the clinical course, compared to controls.

Titanium periprosthetic fracture plates have different stem designs and contact areas between the bone and implant. Therefore, the properties of primary and secondary fixation vary. Because of the growing number of different femoral stems used in clinical practice, there is no comprehensive classification system covering all implants. 

But titanium periprosthetic fracture plate should be avoided in patients with poor bone quality because of higher complication risk.