Pdf Synflate Vertebral Balloon Noвђ в Synflateв ў Vertebralо Ccess channel for the synflate balloon is created using the plunger (1).under lateral fluoroscopy, i. sert the plunger through the working sleeve and into the vertebral body. the plu. ger may be advanced by hand or gently hammering on the blue handle (2).as an additional option, the plunger can be. 6 depuy synthes synflate™ vertebral balloon surgical technique synflate vertebral balloon the synflate™ vertebral balloon is available in three sizes. product number size length* 03.804.700s small 10 mm 03.804.701s medium 15 mm 03.804.702s large 20 mm * pre inflated length product selection small medium large s m l access kit.
Synflate Vertebral Balloon System 09 2021. se 456901 ae page 2 4. instructions for use. synflate®vertebral balloon synflate is used for balloon based vertebral body augmentation procedures. it con sists of the synflate vertebral balloon and a vacuum syringe. the synflate balloon includes two lumens, one for insertion of a stiffening wire and a second for balloon inflation. The synflate vertebral balloon contains the following components: 1. balloon catheter 2. stiffening wire 3. syringe with luer lock once access is obtained, the synflate vertebral balloon, attached to an inflation system, is used to reduce fractures and or create a void in the cancellous bone of the vertebral body. The synflate™ vertebral balloon is intended for the reduction of fractures and or the creation of a void in cancellous bone in the spine during vertebral augmentation procedures (kyphoplasty). it is part of a modular system that includes an inflation system, a variety of access instruments, a biopsy kit, an access drill, and implant options. The synflate vertebral balloon catheter is designed on a double lumen principle. this includes the inner lumen with the stiffening wire (fig 3, 1) and the outer lumen (fig 3, 2) which delivers the inflation medium to the balloon. both lumens are independent, and therefore it is the surgeon's choice to remove the stiffening wire during inflation.
Vertebral Body Replacement Depuy Synthes The synflate™ vertebral balloon is intended for the reduction of fractures and or the creation of a void in cancellous bone in the spine during vertebral augmentation procedures (kyphoplasty). it is part of a modular system that includes an inflation system, a variety of access instruments, a biopsy kit, an access drill, and implant options. The synflate vertebral balloon catheter is designed on a double lumen principle. this includes the inner lumen with the stiffening wire (fig 3, 1) and the outer lumen (fig 3, 2) which delivers the inflation medium to the balloon. both lumens are independent, and therefore it is the surgeon's choice to remove the stiffening wire during inflation. Synflate vertebral balloons, sterile pre inflated length max vol max pressure 03.804.700s synflate balloon, small 10mm 4.0ml 30 atm 440 psi 03.804.701s synflate balloon, medium 15mm 5.0ml 30 atm 440 psi 03.804.702s synflate balloon, large 20mm 6.0ml 30 atm 440 psi pre inflated length indications. At the north american spine society (nass) 28th annual meeting, depuy synthes spine announced its new synflate vertebral balloon which the company says is semi elastic with material stiffness that has been optimized to enhance the structural stability of the balloon during inflation, enabling controlled and predictable cavity creation. the.
Representative Cases Pertaining To The Treatment Patterns A1 A4 A Cvt Synflate vertebral balloons, sterile pre inflated length max vol max pressure 03.804.700s synflate balloon, small 10mm 4.0ml 30 atm 440 psi 03.804.701s synflate balloon, medium 15mm 5.0ml 30 atm 440 psi 03.804.702s synflate balloon, large 20mm 6.0ml 30 atm 440 psi pre inflated length indications. At the north american spine society (nass) 28th annual meeting, depuy synthes spine announced its new synflate vertebral balloon which the company says is semi elastic with material stiffness that has been optimized to enhance the structural stability of the balloon during inflation, enabling controlled and predictable cavity creation. the.
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