Interlocking Intramedullary Nails

• Product Name:

  Interlocking Intramedullary Nails

• Category: Medical devices/General Surgery Devices
• Price: Get Latest Price

• Product Detials:The design of the production of our Lockable intramedullary nails is based on AO internal fixation theories and international, national or industrial standards. The raw materials of these products are implantable materials: Wrought stainless steel or Wrought titanium 6-aluminium 4-vanadium alloy, which comply with ISO5832-1 or ISO5832-3. He products were processed by processing technology sequences, such as CNC lathe, CNC milling machine, punching machine, Linear cutting machine; And the surfaces of the products were processed and rinsed according to the confirmed methods and comply with ASTM F86 and ASTM B600. On the basis of thread depth, diameter, drive methods, the prosucts can be divided into different types and specifications, which could meet the requirements of clinical use of different fracture patients. On the basis of function and skeleton position, the Lockable intramedullary nails can be divided into different types and specifications, which can meet the clinical use requirements of different fracture patients. Lockable intramedullary nails adopt Intramedullary fixation to treat fractures of the four limbs of human body. The fixed axis of Lockable intramedullary nails is near to the central axis of long bone. Main nail suffered minimal tensile stress and compressive stress. In order to stimulate fracture healing, it is allowed that a certain degree of stress exists along the fracture line while internal fixation is adopted in the medullary cavity. The main methods that the lockable intramedullary nails mainly adopt are closed pinning techniques, which means not opening the fracture line in surgery to protect the blood supply of fracture line and to avoid induce secondary damage risk to the fracture line. Comparing with the traditional plate fixation, the stress-protection which was caused by lockable intramedullary nails is smaller, which is conducive to fracture healing and bone strength improvements. Lockable intramedullary nails belong to elastic fixation, and can reach static fixation with the placement of locking screws and dynamical fixation without the placement of locking screws. In this way to ensure the fracture line has a small amount of micromotion while achieving a sufficient stability to facilitate fracture healing.