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Anatomic Biplanar Implants
Lapiplasty® System 1
Sterile-packed Biplanar Plating kit for versatility to fit each patient’s anatomy, while delivering multiplanar strength.
SK12
Plate Material
Type II Titanium Alloy
Plate Width
3.6mm
Locking Screws
2.7x12mm (5)
2.7x14mm (4)
Lapiplasty® System 2
An evolution of Biplanar Plating with increased cross-sectional width for additional construct strength.
SK14
Plate Material
Type II Titanium Alloy
Plate Width
3.9mm
Locking Screws
2.7x12mm (5)
2.7x14mm (4)
Lapiplasty® System 3R
Versatile Biplanar Plating option with widest cross-section, 3.0mm screws, and increased span to address revision cases and challenging anatomy.
SK23
Plate Material
Type II Titanium Alloy
Plate Width
4.3mm
Locking Screws
3.0x12mm (4)
3.0x16mm (8)
Lapiplasty® System S4A
Next-generation Multiplanar Plating option with an advanced, 3D proximal contour designed to conform to the anatomy of the tarsometatarsal joint.
- Anatomic, 3D contour accommodates the intercuneiform joint and tibialis anterior insertion
- Centerline helps align with tarsometatarsal joint
SK39
Plate Width
3.9mm
Locking Screws
Not Included
Biomechanically Proven for Rapid Weight-Bearing
Biomechanical test specimens were constructed using Sawbones® surrogate bone models (Pacific Research Laboratories Inc, Vashon, WA) and tested in cantilever bending to simulate functional 1st TMT joint loading. The testing included both static ultimate failure and cyclic load to failure. Three different studies were performed under this test protocol, which are detailed below.
Gen1 vs. Conventional Plating
S1 vs. Gen1
S2 vs. Gen1
