BHP Orthopedics, Inc.
BHP Orthopedics
 
BHP Orthopedics
  Dean Brior
2148 Embassy Dr. Suite 104
Lancaster, PA 17603
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717-917-8292
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The Latitude® Total Elbow Prosthesis has been designed
  • to reproduce anatomy and
  • to restore normal kinematics.

    Flexibility to allow anatomic replication:
  • Available in specific right and left components
  • 4 sizes (S, M, L, L+).
  • Different spool offsets (anterior, centered, posterior)
  • 2 ulnar stem designs (standard, short).

    Two ulnar stem designs depending on patient's elbow. The standard stem is anatomically bowed to fit further into the ulna when additional fixation is desired.
  •   Latitude


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    technique
    clinical paper
    The Intrafocal Pin Plate provides a truly minimally invasive approach to fixing distal radius fractures. The small plate profile minimizes soft tissue complications while providing a stable fixation through buttress plating and fixed angle locking screws. Intrafocal Pin Plate
    (click for detailed image)


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    The TORNIER RHS Radial Head System, allows a surgeon to recreate anatomical relationships found in normal joint function and helps prevent proximal migration of the radius due to radial head excision. The RHS is one of the most flexible and comprehensive radial head systems available with the ability to treat complex radial head fractures, arthrosis, and revision procedures. This unique bipolar radial head is designed for restoring valgus stability in an MCL deficient elbow while improving the contact between the radial head and the capitellum by self-centering capabilities. RHS (Radial Head System)


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          The CoverLoc Volar Plate provides surgeons with a truly innovative solution to distal radius fractures. The patent-pending CoverLoc ® technology allows fragments to be lagged to the plate for greater construct stability and allows screw placement at pre-determined anatomic angles. The optimized plate profile enables maximum distal placement of the plate to buttress volar-ulnar fragments without stuffing the compartment. Volar Plate


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    technique
    clinical paper