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Bone Filling Container System
该产品与骨水泥配合使用，用于因骨质疏松、创伤导致的椎体压缩性骨折，在经皮椎体成形术中对胸椎和腰椎部位（T5~L5）进行填充与稳定。
骨填充囊袋是一款在PVP和PKP的基础上改良的创新产品，该疗法被称为囊袋加压骨缺损结构重建技术（Vesselplasty Augmentatioa Reconstruction Technique For Bone Defect，V-ART），该技术是通过植入骨填充囊袋后，灌注骨水泥，利用囊袋其本身设计特点，稳定包裹骨水泥，防止渗漏；直接撑开恢复椎体高度，防止术中复位丢失；有效弥补了PVP、PKP的不足之处。
The product is used in combination with bone cement for the treatment of vertebral compression fractures due to osteoporosis and trauma, and for the filling and of the thoracic and lumbar vertebral segments (T5~L5) in percutaneous vertebroplasty.
The Bone Filling Container is an innovative product on the basis of PVP and PKP. This technique is called Vesselplasty Augmentation Re Technique For Bone Defect (V-ART). The technique is to infuse bone cement after implanting Bone filling container , and make full use of the characteristics of the itself to stabilize and wrap the bone cement to prevent seepage; to directly expand and restore the vertebral height to prevent loss of reduction during operation; and to effectively make up for shortcomings of PVP and PKP.
PET材料具有极佳的生物相容性，同时具备较大的抗拉伸强度，支撑椎体复位。
The PET materials possess excellent biocompatibility, and at the same time, they have a large tensile strength, which supports the vertebral body to reset.
科学设计的100μm网孔直径，前期能稳定包裹骨水泥，防止渗漏，当达到一定压力后，能通过网孔，使骨水泥均匀弥散。
Scientifically designed with a 100μm mesh diameter, it can stably wrap the bone cement in the early stage to prevent seepage, and when a certain pressure is reached, it can pass through the mesh, allowing the bone cement to disperse evenly.
全新设计改良的防脱出钛合金收口，能够避免术中因压力较大造成的脱出风险，提高囊袋的压力支持，利于椎体撑开复位。
The newly designed and improved titanium alloy anti-displacement closure can avoid the risk of displacement during surgery due to excessive pressure, enhance the pressure support of the Bone filling container, and facilitate vertebral body distraction and reduction.
全新设计改良的防倒流钛合金喷嘴，能防止骨水泥灌注时产生倒流，更利于骨水泥填充及囊袋撑开。
The newly designed and improved anti-reflux titanium alloy nozzle can prevent reflux during bone cement perfusion, is conducive to the filling of bone cement and the dilation of the Bone filling container
单双层设计可供临床选择，单层更有利于骨水泥的弥散，双层更有利于椎体复位。
Single and double-layer designs are available for clinical selection, with the single-layer design being more conducive to the diffusion of bone cement and the double-layer design being more conducive to vertebral body reduction.