TIN - Tibia Intramedullary Locking Nail - Patented
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Catalog excerpts

TIN - Tibia Intramedullary Locking Nail - Patented - 2

The differences which can be superior to the other nails 6

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TIN - Tibia Intramedullary Locking Nail - Patented - 3

Lengthening Screw Cortical Screw DSBLS Guide Distal K.Wire Distal Drill Guide Proximal Locking Nail Holder - Inserter Screw Guide Flexible Reamer Nail Driver Proximal Guide Graded Cannulated Drill Bit 0 8.5 X 5.0 mm Nail Extracter Screw Length Gauge Distal Screw Length Gauger Stainless Ruler DSBLS Holder-Inserter Proximal Articulated Patella AWL Drill Guide Hammer Protector

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TIN - Tibia Intramedullary Locking Nail - Patented - 4

Tibia Intramedullary Nails 81520280710 TIBIA INTRAMEDULLARY NAIL (TIN) 10X7X280 mmTi 81520300710 TIBIA INTRAMEDULLARY NAIL (TIN) 10X7X300 mmTi 81520320710 TIBIA INTRAMEDULLARY NAIL (TIN) 10X7X320 mmTi 81520340710 TIBIA INTRAMEDULLARY NAIL (TIN) 10X7X340 mmTi 81520340710 TIBIA INTRAMEDULLARY NAIL (TIN) 10X7X360 mmTi 81520340710 TIBIA INTRAMEDULLARY NAIL (TIN) 10X7X380 mm Ti 81520280810 TIBIA INTRAMEDULLARY NAIL (TIN) 10X8X280 mmTi 81520300810 TIBIA INTRAMEDULLARY NAIL (TIN) 10X8X300 mm Ti 81520320810 TIBIA INTRAMEDULLARY NAIL (TIN) 10X8X320 mm Ti 81520340810 TIBIA INTRAMEDULLARY NAIL (TIN)...

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TIN - Tibia Intramedullary Locking Nail - Patented - 5

TIBI A Intramedullary Nail A lot different fixation methods are used in problems regarding Tibia bone. As in the other long bones (tubular), Intramedullary locking nail fixation for Tibia too is widespread used in the most recent years as indications are getting expanded. Nail systems which they function as providing locking in the proximal and distal with the interlocking screws is preferable. However elimination studies of nail and screw breakage problems and of difficulties in placing the distal locking screws (intensive scopy usage) are getting continued. New nail system searchings are...

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TIN - Tibia Intramedullary Locking Nail - Patented - 6

For all of the Tibia fracture as from 4.5cm distal of Tibia proximal joint surface to 2.5cm proximal of the distal joint surface. In the events of malunion or non-union (pseudoarthrosis) Tumor resection Features( Definition of the Nail-Design) Solid / Cannulated - Round • Unreamed - Reamed • Wedge formed distal end Titanium flexibility and biocompatibility 4.5cm part as from the proximal has 10mm diameter (for 6-10mm nails), 11mm,12mm,13mm diameter Including 3 holes that have 5.3mm diameter and provide locking on multi plans and 1 hole that has 5.3x10mm dimention and allows compression,...

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TIN - Tibia Intramedullary Locking Nail - Patented - 7

Surgical Technique Two sided graphy of the healthy tibia is taken from 1 meter distance pre-operation. i The diameter of the narrowest medullar region is measured, the enlargement ratio that is approximately 10 % is subtracted and so the diameter of the nail is determined. Tibia bone length is measured between the joint surfaces. The length of the nail is determined as subtracting the enlargement ratio that is approximately 10 % and extra 2cm (The length of the nail is also determined when the distance between the most projected part of the medial malleolar of the healthy tibia and the most...

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TIN - Tibia Intramedullary Locking Nail - Patented - 8

Both cortex is drlled with a drill bit of 5mm via K..wire. (Care is taken for the fibula not to be holed) DSBLS (Distal Supportiv Bolt Locking Screw) in measured length is placed in the way that the nail placing slot's wider side will look at the proximal. Drilling is made, with a special graded length justifier drill bit via K.wire, in the way that lateral cortex will be 5mm, medial cortex Standard med parapatellar or anterior 5 cm longitudinal incision It's reached to tibia medulla from the middle of the anterior intercondylar region (Universal entry point) with an awl or 3mm K.wire. It's...

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TIN - Tibia Intramedullary Locking Nail - Patented - 9

Previously prepared nail is moved ahead into the distal part by partial rotations by means of its holder-inserter- driver- external guide. If the reduction has been able to be provided by hand, when the nail is moved ahead, it's moved to the distal fragment. If the reduction hasn't been provided, the nail is inserted to the most possible distal by means of scopy control; if it doesn't happen again, it's done by mini incision following reduction. In the meantime, it's felt or seen that the nail was placed in the DSBLS. If desired, it's checked with a setscrew that if locking P.s: DSBLS...

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TIN - Tibia Intramedullary Locking Nail - Patented - 10

Proximal locking can be made easily in any desired way. If primer compression, dynamization or auto-compression are required, the oval hole is used; if static locking is required, round holes are used After extremity alignment control, proximal locking screws are placed in any desired way and numbers (Inserting screw to the dynamic locking hole) Inserting screw as oblique (from antero-medial to Suitable top screw (neutral.lengthening or compression screw) is placed (placing the top screw which makes

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TIN - Tibia Intramedullary Locking Nail - Patented - 11

View which compression has been applied Transverse and oblique static locking has been provided Locking has been completed on proximal Post Operation; Every kind of bed exercises is started beginning from the time that the patient has regained his/her consciousness after anesthesia. • The patient gets allowed to walk as suggested the most possible loading (for the patients who the nail with 8mm diameter and with those over that are used on) at the shortest time that his/her general health condition allows this. If scopy usage is desired; After reduction, the nail in suitable diameter and...

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TIN - Tibia Intramedullary Locking Nail - Patented - 14

Model: Lett Tibia Type: Static Nodal Stress Model: Lett Tibia Type: Static Nodal Stress DSBLS Socket DSBLS Socket Material: Bone (Tibia) Material Yield Strength : is taken as189 8 kgf/cm2 Because of that the yield strength at the max. point is 184.3 kgf/cm2. the bone is safe. The region with the most stress is the dyaphyseal region of the bone as it's seen on the figure. When this test was applied, region with stress hasn't existed at the DSBLS appling place on distal tibia. Again, diaphyse has been determined as region with the most stress Type: Static Nodal Stress Model: Nail of Tibia...

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TIN - Tibia Intramedullary Locking Nail - Patented - 15

Giri SK. Achieving distal locking without an image intensifier. Nepal Med Coll J. 2007 Dec;9(4):275-7. Babis GC Benetos IS, Zoubos AB, Soucacos PN The effectiveness of the external distal aiming device in intramedullary fixation of tibial shaft fractures. Arch Orthop Trauma Surg. 2007 Dec;127(10):905-8. Babis GC, Benetos IS, Karachalios T, Soucacos PN Eight years' clinical experience with the Orthofix tibial nailing system in the treatment of tibial shaft fractures. Karachalios T, Babis G, Tsarouchas J. Sapkas G. Pantazopoulos T. The clinical performance of a small diameter tibial nailing...

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