FOOT PLATE
Advantages
- Variable angle-stable combination compression hole for 5 screw options: Standard; angle-stable; variable angle-stable; standard compression; angle-stable compression
- Two variable angle-stable plate holes for Ø 3.5 mm screws; Head 5.0
- Oval hole for a standard screw joint
- Kirschner wire holes for temporary fixation of the plate
- Anatomically shaped side-specific plate design
- Greater primary stability and lower rate of pseudarthrosis than the dorsal and medial plate or screw osteosynthesis
- Optimised biomechanics with plantar plate fixation and compression of the arthrosis when load-bearing
- The plate position reduces plantar shift of the fusion when load-bearing
- Lower risk of iatrogenic elevation of the first metatarsal
- Good coverage of the plate by the abductor hallucis muscle
- Minimally invasive due to small plate size
- Option of dynamic compression
- Early load-bearing osteosynthesis without correction loss
Fractures
- Hole Ø 5
- Plate thickness 2.0 mm
- Length 41 mm
- Width 13 mm
- 4 holes
Advantages
- Variable angle-stable plate holes for Ø 3.5 mm screws; Head 5.0
- Anatomically adapted plate shape
- Fixation holes for Kirschner wires
Fractures
- Hole Ø 5
- Width 20 mm
- Length 23 mm / 28 mm / 33 mm
- 4 holes / 5 holes
Advantages
- Variable angle-stable combination holes enable the optional use of standard screws or Ø 2.7 mm angle-stable cortical screws
- Uniform plate versions for left and right
- Fixation holes for Kirschner wires
- With spacer
Fractures
- Plate thickness 1.5- 6 mm
- Width 18 mm
- Length 35 mm
- 2 head holes
- 2 holes
Advantages
- Variable angle-stable plate holes for screws Ø 3.5 / Ø 4.0 mm
- Different plate versions for left and right
- Anatomically shaped plate design
Fractures
- Titanium
- Length 72
- 10 holes
Advantages
- Variable angle-stable plate holes for screws Ø 3.5 / Ø 4.0 mm
- Different plate versions for left and right
- Anatomically shaped plate design
Fractures
- Titanium
- Length 65 mm
- 9 holes
Advantages
- Variable angle-stable plate holes for screws Ø 3.5 / Ø 4.0 mm
- Standard plate holes for screws Ø 3.5 / Ø 4.0 mm
- Different plate versions for left and right
- Anatomically shaped plate design
Fractures
- Titanium
- 8 holes
Advantages
- For screws Ø 3.5 / Ø 4.0 mm
- Different plate versions for left and right
- Anatomically shaped plate design
Fractures
- Titanium
- 8 holes / 10 holes
Advantages
- For screws Ø 3.5
- Different plate versions for left and right
- Anatomically shaped plate design
Fractures
- Titanium
- 8 holes / 55 mm
- 10 holes / 73 mm
Advantages
- Barbs on the inner side of the clamp
- Chamfered teeth
Fractures
- Titanium
- Clasp length 10 mm
- Clamp thickness 1.5 mm
- Clamp width 8 mm / 10 mm
Advantages
- Variable angle-stable combination holes allow the use of standard screws as an option
- Uniform plate versions for left and right
- Central, non angle-stable compression hole
Fractures
- Width 16 mm
- 5 holes
- 22 mm
- Step 2 – 5
Advantages
- Variable angle-stable combination holes enable the optional use of standard screws or Ø 2.7 mm angle-stable cortical screws
- Uniform plate versions for left and right
- Fixation holes for Kirschner wires
- With DC-hole
Fractures
- Plate thickness 1.5 mm
- Width 8 mm
- 2 head holes
- 2 holes / 28 mm
- 3 holes / 37 mm
Advantages
- Variable angle-stable combination holes enable the optional use of standard screws or Ø 2.7 mm angle-stable cortical screws
- Uniform plate versions for left and right
- Fixation holes for Kirschner wires
- With 1 or 2 DC-holes
Fractures
- Plate thickness 1.5 mm
- Width 8 mm
- 2 / 4 / 5 / 6 holes
- 18 mm / 37 mm / 46 mm / 55 mm
Advantages
- Variable angle-stable combination holes enable the optional use of standard screws or Ø 2.7 mm angle-stable cortical screws
- Different plate versions for left and right
- Fixation holes for Kirschner wires
- With DC-holes
Fractures
- Plate thickness 1.5 mm
- Width 8 mm
- 2 head holes
- 2 holes / 28 mm
- 3 holes / 37 mm
Advantages
- Variable angle-stable combination holes enable the optional use of standard screws or Ø 2.7 mm angle-stable cortical screws
- Uniform plate versions for left and right
- Anatomically shaped plate design
- The plate can be shortened at the tapered points in the shaft
- Fixation holes for Kirschner wires
Fractures
- Plate thickness 1.5 mm
- 2 head holes
- 7 holes
- 73 mm
Advantages
- Variable angle-stable plate holes for Ø 3.5 mm screws; Head 5.0
- Anatomically adapted plate shape
- Fixation holes for Kirschner wires
- Oblique
Fractures
- Titanium
- Length 74 mm
- 8 holes
Advantages
- Variable angle-stable plate holes for Ø 3.5 mm screws; Head 5.0
- Anatomically adapted plate shape
- Fixation holes for Kirschner wires
- Oblique
Fractures
- Width 8.0 mm
- Length 33 mm / 43 mm
- 2/2 holes / 2/3 holes
Advantages
- Variable angle-stable plate holes for Ø 3.5 mm screws; Head 5.0
- Anatomically adapted plate shape
- Fixation holes for Kirschner wires
- With or without DC-hole
Fractures
- Width 8.0 mm
- Length 33 mm / 38 mm / 43 mm
- 2/2 holes / 2/3 holes
Advantages
- Variable angle-stable plate holes for Ø 3.5 mm screws; Head 5.0
- Anatomically adapted plate shape
- Fixation holes for Kirschner wires
Fractures
- Hole Ø 5
- Width 20 mm
- Length 38 mm / 43 mm / 53 mm / 68 mm / 83 mm
- 6 / 8 / 10 / 12 holes
Advantages
- Variable angle-stable combination holes enable the optional use of standard screws or Ø 2.7 mm angle-stable cortical screws
- Uniform plate versions for left and right
- Fixation holes for Kirschner wires
- With spacer
Fractures
- Plate thickness 1.6 mm
- 4 to 8 holes
- Width 16 mm / 18 mm
- Length 18 mm to 37 mm
Advantages
- Variable angle-stable combination holes enable the optional use of standard screws or Ø 2.7 mm angle-stable cortical screws
- Different plate versions for left and right
- Fixation holes for Kirschner wires
- With DC-holes
Fractures
- Plate thickness 1.5 mm
- 6 holes / 41 mm / 46 mm
- 8 holes / 51 mm
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