Integrated Lumbar Intervertebral Titanium Plate Fusion Cage
A technology of lumbar intervertebral titanium and fusion devices, which is applied in the field of intervertebral fusion devices, can solve the problems of inability to fully expose the side of adjacent vertebral bodies, difficulty in finding the fixed position, and limited operating space, so as to reduce surgical trauma and reduce surgical costs. cost, effect of increasing stability
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Embodiment 1
[0023] like figure 1 , Figure 5 The shown integrated lumbar intervertebral titanium plate fusion device includes a fusion device body 1 composed of a left support section, a right support section and a threaded section. The shape of the fusion device body 1 matches the contact surface of the vertebral body endplate. There is a cavity 101 in the fuser body 1, and the two sides of the threaded section have tooth-shaped threads 102 for strengthening the gripping force. There are through holes 103 communicated with the cavity 101 on the left supporting section, the right supporting section, and the threaded section. , for the entry of substances such as bone cells.
[0024] On the end face of the left support section, there is a titanium plate 11 integrally formed with the cage body 1, that is, the titanium plate 11 is integrally formed with the cage body 1, so as to save the operation of grasping the titanium plate 11 and aligning it with a fixed position with a placer , short...
Embodiment 2
[0028] The difference between the second embodiment and the first embodiment is that the integrated lumbar intervertebral titanium plate fusion device of the present embodiment is suitable for people with larger bones, wherein the oval major axis of the titanium plate 11 is 41mm, and the shortest The axial dimension is 14mm, and the width and height of the fusion device body 1 in this embodiment are all set to be smaller than the long axis dimension of the ellipse. Compared with the first embodiment, the titanium plate 11 with a larger area is used to increase the contact between the titanium plate 11 and the vertebral body. The contact area increases the stability of the fixation on the basis of taking up less space. The apertures of the two threaded through holes 112 on the titanium plate 11 are 7mm, and the center distance between the two threaded through holes 112 is 28mm. Correspondingly, the outer diameter of the two screws 2 matched with the threaded through holes 112 is...
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