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SUPERIOR STRENGTH * & PROFILE FOR
UNCOMPROMISED PERFORMANCE
ORTHOLOC™ 2 with Technology
Ankle Fracture LP System
3Di
15° 15°
Unsurpassed Polyaxial Locking » Titanium Nitride coated heads coupled with proprietary
plate hole design strikes a perfect balance for an unsurpassed locking mechanism
» Off axis locking up to 15°, in any direction, with the ability to relock screws up to 3 times
» Available in 2.7mm and 3.5mm diameters
Technology
* Data on file.**Based on publicly available product literature
SpeedImplants and Instruments Designed to Reduce Steps and Improve Efficiency
ASTM F138 ASTM F136 ASTM F136
Fati
gu
e St
ren
gth
at
10 M
illio
n C
ycle
s(%
) Material Fatigue Strength*
60%Stronger
33%Stronger
Type IIAnodized
ColorAnodized
StainlessSteel
100.00
80.00
60.00
40.00
20.00
0.00
Strength of Type II Anodized TitaniumProfile
Low-Profile Plates Designed to Reduce Soft Tissue Irritation
Strength*
Type II Ti Alloy Provides Increased Material Fatigue Strength Superior to Color Anodized Ti Alloy & Stainless Steel
Superior Strength* & Profile for Uncompromised Performance
1.3mm1.5mm
Lateral Fibula PlateLateral Fibula Plate
14% Decrease in Plate Thickness VS Arthrex Lateral Fibula Plate**
Offset Lateral Fibula Plates » 1.5mm to 1.3mm proximal to distal plate
profile transition » Lengths range from 77mm to 125mm » Feature syndesmotic holes positioned
posterior, relative to the plate axis, allowing for syndesmotic fixation in the same plane as the syndesmosis
Straight Lateral Fibula Plates Feature a linear hole configuration with syndesmotic holes that allow for up to 30 degrees of anterior angulation
Straight Lateral Fibula Plate
Offset Lateral Fibula Plate
GRAVITY™ SYNCHFIX™ Syndesmosis Fixation Device
System features low-profile non-locking , polyaxial, cortical, cancellous, and cannulated compression screws
System features bone clamps and other surgical instrumentation designed to facilitate treatment of numerous indications
2.7mm 3.5mm 4.0mm
Screws and corresponding instrumentation are color-coded, which streamlines use and reduces complexity
Technique Minimizes Soft-Tissue and Neurovascular Impingement
The GRAVITY™ SYNCHFIX™ technique facilitates open attachment of the medial button, allowing for placement on bone, below the periosteum and visualization of the saphenous vein and nerve.
Closed medial button placement has been shown to impinge the local neurovascular structures at a rate of 55%.1
Color-Coded9 Different Screw Options
Comprehensive Instrumentation
1 Assessment of Anatomic Risk During Syndesmotic Stabilization With the Suture Button Technique Pirozzi, Kelly M. et al. The Journal of Foot and Ankle Surgery , Volume 54 , Issue 5 , 917 – 919
Hook Plate » 2 different hook offsets address medial and lateral anatomy
» Hook width accepts up to 4.0mm screw
» Proximal compression slot designed to maximize bony apposition
Medial Tibia Plate » Low-profile design minimizes the likelihood of
soft-tissue irritation
» Distal screw cluster provides multiplanar stability
» Beveled plate tip eases subcutaneous insertion
Posterior Tibia Plate » Multiplanar screw configuration provides
rotational stability
» Distal screw trajectories avoid intra-articular anatomy
» Beveled plate tip eases subcutaneous insertion
1/3 Tubular Plate » 1.3mm profile facilitates contouring and reduces
soft-tissue irritation
» Beveled plate tip eases subcutaneous insertion
» Comprehensive range of sizes address a wide range of fracture patterns
Syndesmosis Plate » Offset designed to ensure fixation in the centroidal axis
of the syndesmosis
» Syndesmotic slots allow up 30 degrees of anterior screw angulation
» Plates accept syndesmotic screws
Plate Options
™ and ® denote Trademarks and Registered Trademarks of Wright Medical Group N.V. or its affiliates.©2018 Wright Medical Group N.V. or its affiliates. All Rights Reserved.
015571B_16-Jan-2018
1023 Cherry Road Memphis, TN 38117 800 238 7117 901 867 9971 www.wright.com
56 Kingston RoadStaines-upon-ThamesSurrey TW18 4NLUnited Kingdom+44 (0)845 833 4435
161 Rue Lavoisier38330 Montbonnot Saint MartinFrance+33 (0)4 76 61 35 00