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VA-LCP® Clavicle Plate 2.7 System
VA-LCP® Clavicle Plate 2.7 System
The VA-LCP® Clavicle Plate 2.7 System is designed based on an analysis of more than 600 clavicle CT scans from a broad based population to enhance plate-to-bone fit on a broad range of patients.1 Plate shapes based on the correlation between patient height and clavicle size.1,14
Interactive VA-LCP Clavicle Plate System 3D eModel
Features & Benefits
Designed to go unnoticed3-5,8
The result of extensive research, the system addresses anatomic variability of the clavicle1,13
Mapping clavicle variation, advancing anatomical fit1,14
- Design based on analysis of >600 clavicle CT scans1,14
- Re-engineered clavicle system with thinner plate profile**,3-5,8
- Shaped for greater plate-to-bone conformity***,3-5,7,8,13
Reduced prominence, comparable strength^
- Higher construct static strength compared to DePuy Synthes 3.5mm LCP® Superior Clavicle Plates
- Equivalent construct fatigue strength compared to DePuy Synthes 3.5mm LCP Superior Clavicle Plates
- Every screw hole accepts 2.7 mm VA locking screws and low-profile metaphyseal screws that sit flush with the plate for low construct prominece10-12
- VA technology gives surgeons the flexibility to position screws based on patient anatomy and fracture location, not plate design10-12
- Staggered screw hole positioning increases screw density compared to a plate of the same length with in-line screw holes6
Simplified plate selection based on correlation between patient height and clavicle size****7
- Smaller clavicle has a more acute bow and curve than larger clavicle13
- Plates designed for small, medium, and large stature patients
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* Compared to a plate of the same length with in-line screw holes.
** Compared to Stryker VariAx 2 Clavicle System, Acumed Clavicle System and DePuy Synthes 3.5 LCP® Clavicle System.
*** Compared to Stryker VariAx 2 Clavicle System and Acumed Clavicle System.
**** Compared to clavicle systems that use screw holes to define plate size.
^ Compared to the DePuy Synthes 3.5mm LCP® Superior Clavicle Plates.
DePuy Synthes. Benchmark Testing, Windchill 0000294541, 2020.
DePuy Synthes. Shape Analyses, Windchill 00002902902, 0000290186, 2020.
1. DePuy Synthes Engineering Analysis - Morphology of 600 Bones, 5/5/20 Windchill #0000294539
2. DePuy Synthes Benchmark Analysis - Staggered Screw Holes, 9/8/20 Windchill # 0000294556
3. DePuy Synthes Shape Verification Analysis - Shaft, 7/28/20 Windchill #0000290902
4. DePuy Synthes Shape Verification Analysis - Shaft XL, 5/5/20 Windchill #0000295170
5. DePuy Synthes Shape Verification Analysis - Lateral, 7/28/20 Windchill #0000290186
6. DePuy Synthes Benchmark Analysis - Staggered Screw Holes, 9/8/20 Windchill # 0000294556
7. DePuy Synthes Engineering Memo - Morphology, 7/31/18 Windchill #0000273619
8. DePuy Synthes Shape Verification Analysis – Thickness Segmental Plates, 5/4/20 Windchill #0000290903
9. DePuy Synthes Benchmark Analysis - Mechanical Properties, 8/26/20 Windchill #0000302261
10. DePuy Synthes Screw Protrusion and Trajectory Analysis - Segmental, 3/13/20 Windchill #0000290901
11. DePuy Synthes Screw Protrusion and Trajectory Analysis - Hook, 6/8/20 Windchill #0000290417
12. DePuy Synthes 2.7 VA Tolerance, Implant Compatibility, 7/22/20 Windchill #0000296005
13. Fontana AD, Hoyen HA, Blauth M, et al. The variance of clavicle surface morphology is predictable: an analysis of dependent and independent metadata variables. JSES International, https://doi.org/10.1016/j.jseint.2020.05.004
Please refer to the instructions for use for a complete list of indications, contraindications, warnings and precautions.
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