Cervical Disk Prosthesis
General Information
Cervical Titanium Disc Prosthesis
Biocompatible implantable ASTM-F136 Grade 5 Handpiece two-piece monoblock prosthesis from material of titanium materials.
Does not restrict anatomical neck movements.
Surface pattern like shark fin for maximum hold.
H6, H7, H8 three height options.
Easy, fast and effective implantation with ergonomic application apparatus.
Strong load carrying with optimum design.
ASTM-F136 Grade 5 Eli is produced as a two-part compound prosthesis from titanium materials in order to prevent any limitation of the neck movements of the patient, without fusion in cervical surgery indications. Bone retention support was maximized by applying the shark fin pattern to the bone attachment surfaces. Thanks to its ergonomic application apparatus, it provides fast and effective implantation. It offers three options as height. (H5, H6, H7). Since it is a movable prosthesis; Since there is no fusion after implantation, it does not disturb the quality of life of the patient. It is produced by machining with high precision CNC machines. It does not have any breakage risk as it does not have casting.
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Expandable Peek Cage with Cervical Blade
General Information
Biocompatible implantable Peek and ASTM-F136 Grade 5 Hand made of titanium materials.
Optimum grafting spaces.
Expandable design for maximum hold, titanium blade backed surface pattern.
H5, H6, H7, H8 four height options.
Easy, fast and effective implantation with ergonomic application apparatus.
Strong load carrying with optimum design.
PEEK and ASTM-F136 Grade 5 Eli are manufactured from titanium materials to provide fusion for cervical surgery indications. Bone holding surfaces and expandable design with a sharp titanium knife before the fusion of bone support has been maximized. Thanks to its ergonomic application apparatus, it provides fast and effective implantation. Grafting gaps are optimal in design. It offers four options as height (H5, H6, H7, H8)
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Peek Cage with Cervical Blade
General Information
Biocompatible implantable Peek and ASTM-F136 Grade 5 Hand made of titanium materials.
Optimum grafting spaces.
Titanium blade backed surface pattern for maximum hold.
H5, H6, H7, H8 four height options.
Easy, fast and effective implantation with ergonomic application apparatus.
Strong load carrying with optimum design.
PEEK and ASTM-F136 Grade 5 Eli are manufactured from titanium materials to provide fusion for cervical surgery indications. Bone retention surfaces design and sharp titanium blade have been maximized before fusion. Thanks to its ergonomic application apparatus, it provides easy, fast and effective implantation. Grafting gaps are optimal in design. It offers four options as height. (H5, H6, H7, H8)
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Cervical Peek Lattice
General Information
It is made of biocompatible implantable Peek material.
Optimum grafting spaces.
Surface pattern supported by titanium pins for maximum clamping.
H4, H5, H6, H7, H8 five height options.
12x12, 12x14, 13x15, 14x14, 14x16 five different sizes.
It is produced from PEEK material to provide fusion in cervical surgery indications. Thanks to the design of the bone retaining surfaces and the titanium pins, the support of the bone retention before the fusion was maximized. Grafting gaps are optimal in design. It offers five options for height (H4, H5, H6, H7, H8). (12X12, 12X14, 13X15, 14X14, 14X16)
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Tlif
General Information
It is made of biocompatible implantable Peek material.
Easy implantation thanks to its beveled design
Optimum grafting spaces.
Surface pattern for maximum grip.
H7, H8, H9, H10, H11, H12, H13 seven height options.
Two types of lordosis angles, 0 ° and 4 °.
It is produced from PEEK material to provide fusion in lumbar surgery indications. Thanks to the design of the bone retention surfaces, bone attachment support was maximized before fusion. Thanks to its inclined design, it is easy to reach the application area. The grafting spaces are optimal. There are two types of lordosis angles, 0 ° and 4 °. It has seven options for height (H7, H8, H9, H10, H11, H12, H13).
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6.0 System Spine Stabilization
General Information
6.0mm rod system
Double threaded quick screws
60 ° expandable polyaxial screws
Three different connection options
Low profile screw heads
Type II anodized screw bodies
Full compression due to angular groove-built nut screws
4.5mm - 5.5mm - 6.0mm - 6.5mm - 7.5mm screw diameters and color codes
Complete set of applications
It is a spine fixing system designed for 6.0 mm diameter rods. It is a system that responds to all surgical requirements and fixing needs especially in long segment implantation suitable for scoliosis surgery.
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Plif
General Information
It is made of biocompatible implantable Peek material.
Optimum grafting spaces.
Surface pattern for maximum grip.
H7, H8, H9, H10, H11, H12, H13 seven height options.
Two types of lordosis angles, 0 ° and 4 °.
It is produced from PEEK material to provide fusion in lumbar surgery indications. Thanks to the design of the bone retention surfaces, bone attachment support was maximized before fusion. Thanks to its design, grafting gaps are at optimum level. There are two types of lordosis angles, 0 ° and 4 °. It has seven options for height (H7, H8, H9, H10, H11, H12, H13).
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5.5 System Backbone Stabilization
General Information
5.5mm rod system
Quick screws with inverted groove structure
60 ° expandable polyaxial screws
Three different connection options
Low profile screw heads
Type II anodized screw bodies
Full compression due to angular groove-built nut screws
4.5mm - 5.5mm - 6.5mm - 7.5mm screw diameters and color codes
Complete set of applications
It is a spine fixing system designed for 5.5 mm diameter rods. It is a system that responds to all surgical requirements and fixing requirements in long or short segment implantation.
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