- Product Details
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Quick Details
-
Model Number:
-
SJG-IK 15068255
-
Place of Origin:
-
Jiangsu, China
-
Licence Number:
-
20170118
-
Product name:
-
Tibia nail
-
Material:
-
Titanium Alloy
-
Code:
-
15068255
-
Certificate:
-
CE;ISO
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Usage:
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Tibia Intramedullary
-
implant:
-
Tibia
-
orthopedic:
-
For Tibia
-
Feature:
-
non sterilization
-
OEM:
-
accepted
-
Package:
-
1pcs/bag
Quick Details
-
Warranty:
-
Lifetime
-
After-sale Service:
-
Return and Replacement
-
Brand Name:
-
Geasure
-
Model Number:
-
SJG-IK 15068255
-
Place of Origin:
-
Jiangsu, China
-
Licence Number:
-
20170118
-
Product name:
-
Tibia nail
-
Material:
-
Titanium Alloy
-
Code:
-
15068255
-
Certificate:
-
CE;ISO
-
Usage:
-
Tibia Intramedullary
-
implant:
-
Tibia
-
orthopedic:
-
For Tibia
-
Feature:
-
non sterilization
-
OEM:
-
accepted
-
Package:
-
1pcs/bag
Products Description
Product name
|
Model
|
Matrial
|
Specification
|
Code
|
Tibia nail
|
SJG-IK
|
Titanium Alloy
|
8.0×255
|
15068255
|
Intramedullary nail All kindds of high quality intramedullary nails. Easy to insert and take out;Titanium alloy material;Reduce the risk of outer wall impact and main nail inward movement; The diameter is suitable for all applications;Simple operation and minimally invasive implantation。
Product name
|
Model
|
Specification
|
Matrial
|
Code
|
Proximal Femoral Nail Antirotation Intramedullary Nail
|
SGM-IIK
|
9.0×170×130°
|
Titanium Alloy
|
15649170
|
Proximal Femoral Nail Antirotation Intramedullary Nail
|
SGM-IIK
|
9.0×200×130°
|
Titanium Alloy
|
15649200
|
Proximal Femoral Nail Antirotation Intramedullary Nail
|
SGM-IIK
|
9.0×240×130°
|
Titanium Alloy
|
15649240
|
Proximal Femoral Nail Antirotation End Cap
|
SGM-IIK
|
10×15
|
Titanium Alloy
|
15601115
|
Proximal Femoral Nail Antirotation End Cap
|
SGM-IIK
|
10×20
|
Titanium Alloy
|
15601120
|
Proximal Femoral Nail Antirotation Blade
|
SGM-IIK
|
10.5×70
|
Titanium Alloy
|
15600570
|
Proximal Femoral Nail Antirotation Blade
|
SGM-IIK
|
10.5×80
|
Titanium Alloy
|
15600580
|
Proximal Femoral Nail Antirotation φ4.9 locking screw
|
SGM-IIK
|
4.9×30--72
|
Titanium Alloy
|
15604930
|
Femoral Nail locking screw I
|
SGG-IIIK
|
6.5×75
|
Titanium Alloy
|
15246575
|
Femoral Nail Intramedullary Nail
|
SGG-IIIK
|
9.0-13.0
|
Titanium Alloy
|
15249340
|
Humeral nail Intramedullary Nail
|
SHG-IK
|
8
|
Titanium Alloy
|
15728160
|
Our Advantages
1.
1.0mradian radius:
The length is consistent with the anatomy of the FEM ORAL medullary cavity.
2.
Screw-in-screw design
:
To further improve the fixation strength of osteoporosis. The Blunt End Design of the locking screw reduces the risk of excessive penetration.
3.
Short nail: diameter of 8. 0/ 9. 5mm, length of 160mm. Long nail: diameter of 7. 0/ 8. 5mm, length of 180-315mm (15mminterval)
:
All nails have left and right type, titanium alloy material.The diameter is suitable for all applications.Simple operation and minimally invasive implantation
Details Images
Proximal fixation:
Multi-plane and Multi-locking screw fixation options, multiple options for operation, to achieve optimal fixation stability.Screw-in-screw design to further improve the fixation strength of osteoporosis.Blunt head of locking screw design to reduce the risk of excessive penetration.Locking screw countersinking design to reduce soft tissue irritation.
Distal fixation:
Short screw: two different plane holes for locking. Long screw: three locking holes avoid important blood vessels, located in the safe area between the median nerve and the radial nerve.
Two anterior and posterior locking holes facilitate the manual operation, minimizing the occurrence of rotation and displacement of distal fracture.
Elastic Nail:
Nail diameter should be 30-40% of the narrowest transverse diameter of medullary cavity.
Apply to 3mm/ 6-8 years old;3. 5mm/ 9-11 years old;4. 0mm/ 12-14 years old.
Compression:
Special design of compression holes. helps to increase the stability oftransverse or short oblique fractures.
Self-sustaining compression mechanism, no static screw is needed to maintain.compression during operation.
TFNA SystemTFNA:
Compared with G3 with radian radius of 1. 5m, the distal location of TFNA with radian radius of 1. 0m in the center of medullary cavity is twice as likely as that of G3.
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