POSTERIOLATERAL DISTAL HUMERUS PLATE WITHOUT LATERAL EXTENSION


Clavicle Hook Plate
  • Unique convergent and divergent screw trajectories create exceptional pull-out strength
  • Options for locking and non-locking fixation in each hole
  • K-Wire holes for plate positioning and fracture reduction
  • 3.5 hexalobe locking and non-locking shaft screws
  • Made of Titanium and SS 316L

POSTERIOLATERAL DISTAL HUMERUS PLATE WITH LATERAL EXTENSION


Clavicle Hook Plate
  • Unique convergent and divergent screw trajectories create exceptional pull-out strength
  • Options for locking and non-locking fixation in each hole
  • K-Wire holes for plate positioning and fracture reduction
  • 3.5 hexalobe locking and non-locking shaft screws
  • Made of Titanium and SS 316L

DISTAL MEDIAL HUMERUS PLATE


  • Unique convergent and divergent screw trajectories create exceptional pull-out strength
  • Options for locking and non-locking fixation in each hole
  • K-Wire holes for plate positioning and fracture reduction
  • 3.5 hexalobe locking and non-locking shaft screws
  • Made of Titanium and SS 316L
Sup Anterior Clavicle Plate

EXTRAARTICULAR DISTAL HUMERUS PLATE


Clavicle Hook Plate
  • Unique convergent and divergent screw trajectories create exceptional pull-out strength
  • Options for locking and non-locking fixation in each hole
  • K-Wire holes for plate positioning and fracture reduction
  • 3.5 hexalobe locking and non-locking shaft screws
  • Made of Titanium and SS 316L

METAPHYSEAL DISTAL MEDIAL HUMERUS PLATE


Clavicle Hook Plate
  • Unique convergent and divergent screw trajectories create exceptional pull-out strength
  • Options for locking and non-locking fixation in each hole
  • K-Wire holes for plate positioning and fracture reduction
  • 3.5 hexalobe locking and non-locking shaft screws
  • Made of Titanium and SS 316L

HUMERUS INTRA MEDULLARY NAIL


  • Unique convergent and divergent screw trajectories create exceptional pull-out strength
  • Options for locking and non-locking fixation in each hole
  • K-Wire holes for plate positioning and fracture reduction
  • 3.5 hexalobe locking and non-locking shaft screws
  • Made of Titanium and SS 316L
Sup Anterior Clavicle Plate

PROXIMAL RADIUS RIM PLATE


Clavicle Hook Plate
  • Plates are precontoured for anatomical fit
  • Combi holes allow fixation with locking screws in threaded section for angular stability, and cortex screws in the dynamic compression unit for distraction.
  • A fixed angleĀ  construct provides advantage in osteopenic bone or mulitfragment fractures.

OLECRANON PLATE


Clavicle Hook Plate
  • Anatomically precontoured
  • Left and right plates
  • Head holes accept 3.5mm locking screws, and 2.7mm and 3.5mm cortex screws.
  • Shaft holes accept 3.5mm locking screws and 3.5mm cortex screws.
  • Guide block for easy and correct insertion of proximal screws.

PROXIMAL RADIUS NECK PLATE


  • Plates are precontoured for anatomical fit
  • Combi holes allow fixation with locking screws in threaded section for angular stability, and cortex screws in the dynamic compression unit for distraction.
  • A fixed angleĀ  construct provides advantage in osteopenic bone or mulitfragment fractures.
Sup Anterior Clavicle Plate

DORSAL DISTAL RADIUS STRAIGHT PLATE


Clavicle Hook Plate
  • Plates are precontoured to fit the radial column, have a notched tip that allows these plates to fit on the radial styloid adjacent to a temperory k wire fixation
  • Combi holes allow fixation with locking screws in threaded section for angular stability, and cortex screws in the dynamic compression unit for distraction.

DORSAL DISTAL RADIUS L RIGHT ANGLE, L OBLIQUE PLATES AND T PLATE


Clavicle Hook Plate
  • Right angle L Plates, L oblique plates, T Plates and straight plates are used in the dorsal two plates technique which provides a strong construct for complex distal radius fractures and decreases tendon and soft tissue irritation.

DORSAL DISTAL RADIUS EXTRA ARTICULAR PLATE


  • Right angle L Plates, L oblique plates, T Plates and straight plates are used in the dorsal two plates technique which provides a strong construct for complex distal radius fractures and decreases tendon and soft tissue irritation.
  • Undercuts on the bottom of the plate head facilitates contouring of the plate to match the anatomy of the distal radius and minimise soft tissue irritation.
Sup Anterior Clavicle Plate

DORSAL DISTAL RADIUS JUXTA ARTICULAR PLATE


Clavicle Hook Plate
  • Plates are precontoured with complex bend design to fit the volar surface of the distal radius.
  • Undercuts on the bottom of the plate head facilitates contouring of the plate to match the anatomy of the distal radius and minimise soft tissue irritation.

DORSAL DISTAL RADIUS TWO COLUMN PLATE


Clavicle Hook Plate
  • Plates are precontoured to fit the volar ridge with rounded plate edges, polished surface and counter sunk screwsto reduce the risk of soft tissue irritation.
  • K wire holes to enable preliminary fixation.Guide block that allows guided drilling and screw insertion.

3.5mm LCP SMALL T-PLATE AND T OBLIQUE PLATE


  • Plates are available in stainless stell Long plates feature a limited contact shaft profile.
  • The combi holes allow fixation with locking screws in threaded section for angular stability.
Sup Anterior Clavicle Plate