FREEFIX® Humeral Plating Set

The next generation of distal and midshaft humerus fracture management

A true single, fixed angle construct

TiBeam® technology connects the medial and lateral plates to allow for compression across the trochlea

TiBeam® Use Trajectory Guide Diagram

Use trajectory guide to place k-wire through the most distal holes of the medial and lateral plate.

TiBeam® Drill Through Plates Diagram

Drill through both plates with the 3.7mm cannulated drill.

TiBeam® Overdrill Diagram

Overdrill with the 4.0mm stop drill.

TiBeam® Insert Female Component Through Plate Diagram

Use the insertion tool and T-10 driver (not pictured) to insert the female component through the plate.

TiBeam® Introduce Male Component Diagram

Introduce male component using T-10 driver (not pictured).

TiBeam® Thread Male Component Into Female Component Diagram

Thread the male component into the female and continue advancing until the desired compression is achieved.

Distal humerus plate combinations with TiBeam® Technology

Addressing multiple fracture patterns, surgeon preference, and patient anatomy

Plate Combination LATERAL CAPITELLAR MEDIAL DIRECT Image

Lateral Capitellar

70mm, 100mm, 130mm, 160mm

Medial Direct

75mm, 105mm, 135mm, 165mm

Plate Combination LATERAL DIRECT MEDIAL DIRECT Image

Lateral Direct

85mm, 115mm

Medial Direct

75mm, 105mm, 135mm, 165mm

Plate Combination LATERAL HELICAL MEDIAL DIRECT Image

Lateral Helical

85mm, 115mm, 145mm, 175mm

Medial Direct

75mm, 105mm, 135mm, 165mm

Metaphyseal and diaphyseal specific screw options

Screw Options Image
  1. TiBeam® Male: 40mm – 80mm construct lengths
    TiBeam® Female
  2. Distal Trochlea Compression: 20mm – 80mm lengths
  3. 2.7mm & 3.5mm Compression: 10mm – 70mm lengths
    2.7mm & 3.5mm Locking: 10mm – 70mm lengths
    3.0mm Polyaxial Locking: 10mm – 70mm lengths
  4. 3.5mm FREEFIX® Compression: 14mm – 44mm lengths
    3.5mm FREEFIX® Locking: 14mm – 44mm lengths

Midshaft and supracondylar options designed for maximum torsional resistance

Optimized bottom surface for wider contact area with the bone

supracondylar options supracondylar with extension image

Supracondylar

with extension for distal fractures
142mm, 196mm, 250mm

supracondylar options mid shaft narrow image

Midshaft Narrow

136mm, 172mm, 208mm, 244mm

supracondylar options mid shaft broad image

Midshaft Broad

136mm, 172mm, 208mm, 244mm

Screw options for maximum fixation

Screw Options for Maximum Fixation Image
  1. 2.7mm & 3.5mm Compression: 10mm – 70mm lengths
    2.7mm & 3.5mm Locking: 10mm – 70mm lengths
  2. 4.5mm FREEFIX® Compression: 14mm – 40mm lengths
    4.5mm FREEFIX® Locking: 14mm – 34mm lengths

FREEFIX® technology allows the fracture to dictate screw placement

  1. Both compression and locking screws can be inserted in any position in FreeFix® slots
  2. Patented horizontal thread pattern allows dynamic compression with locking screws

freefix® technology

  1. Head of the eccentrically placed screw engages the plate, compressing the fracture
  2. Locking screw engages the patented, horizontal threads, locking the screw into the plate

Callomimetic design mimics callus formation

Plate strength is decreased over the length of the plate to address stress shielding by unloading stress to the bone

Optimizing the olecranon osteotomy

Align and secure the osteotomy guide diagram

Align and secure the osteotomy guide to bisect the olecranon screw holes.

Optimal placement of the chevron osteotomy diagram

Optimal placement of the chevron osteotomy.

Secure fixation of osteotomy site via olecranon plate diagram

Secure fixation of osteotomy site via olecranon plate, home run screw, and interfragmentary compression.

PROTEAN® fragment plates for adjunctive fixation

Malleable in three planes

Vertical Plane

30º Per Node
30º Per Node

Horizontal Plane

5º Per Node
5º Per Node

Transverse Plane

45º Per Node
45º Per Node
Protean® Double Hockey Stick Image

Double Hockey Stick

Protean® Y Straight Image

Y – Straight

360º Construct Rotation – Medial Capitellar

(Drag to rotate)

360º Construct Rotation – Medial Helix

(Drag to rotate)

360º Construct Rotation – Medial Lateral

(Drag to rotate)

360º Construct Rotation – Midshaft Broad

(Drag to rotate)

360º Construct Rotation – Midshaft Supracondylar

(Drag to rotate)

Videos