Upper extremities

Cannulated Screws

Our cannulated screw systems 3.5 / 4.0 / 4.5 and 7.0 conists of screws, washers, and instruments designed for surgical treatments of osteotomies, fusions or fractures of

  • Low profile heads to reduce potential for sof-tissue irritation
  • Excellent self-drilling and self-tapping tips
  • Reverse cutting thread for easier screw removal
  • Standard hexagonal screw heads is compatible with screwdrivers in other commonly used AF instrument sets

Clavicle XLOC hook plate

Clavicle XLOC anatomically shaped plates provide fixation for lateral clavicle fractures with xloc locking screws to lock the plate and to build a fixed-angle construct.

  • High grade Titanium material
  • Anodized type II
  • Hardened Titanium surface
  • Reduced risk of cold welding
  • Good biocompatibility
  • Left and right plates
  • 4 sizes
  • Common hook size
  • Shaped design for optimal positioning
  • K-wire holes support plate positioning
  • Limited contact profile to protect the blood supply
  • Rounded edges and shaft profile reduce irritations of soft tissue
  • Compression holes for dynamic axial compression for common Ø 3.5 mm cortical screws
  • Locking holes for XLOC Ø 3.5 mm locking screw
  • Conical plate tip

Clavicle XLOC plate, superior anterior, lateral extension

Pre-contoured plates provides fixation for clavicle fractures with XLOC 3.5 locking screws or common 3.5 cortical screws. Fixation of lateral multiple fractures with XLOC 2.7 locking screws in the lateral extension. Features of clavicle XLOC plate, superior anterior, lateral extension

  • High grade Titanium material
  • Anodized type II
  • Hardened Titanium surface
  • Reduced risk of cold welding
  • Good biocompatibility
  • Shaped design for optimal positioning
  • Left and right plates
  • 3 to 8 holes
  • K-wire holes supports plate positioning
  • Conical plate tip
  • Reconstruction plate design allows intraoperative bending of plate
  • Limited contact profile to protect the blood supply
  • Rounded edges and shaft profile reduce the soft tissue irritation
  • Compression holes for dynamic axial compression for common Ø 3.5 mm cortical screws
  • Locking holes in shaft for XLOC Ø 3.5 mm locking screws
  • Lateral extension with 6 locking holes accept XLOC Ø 2.7 mm locking screws

Clavicle XLOC plate, superior anterior

Anatomically formed plates provide fixation for clavicle fractures.

XLOC locking screws to lock the plate with the screws in order to build a fixed-angle construct.

  • High grade Titanium material
  • Anodized type II
  • Hardened Titanium surface
  • Reduced risk of cold welding
  • Good biocompatibility
  • Shaped design for optimal positioning
  • Left and right plates
  • 6, 7 and 8 holes plates
  • Conical plate tip
  • K-wire holes supports plate positioning
  • Limited contact profile to protect the blood supply
  • Rounded edges and shaft profile reduce the soft tissue irritation
  • Reconstruction plate design allows intraoperative bending of plate
  • Compression holes for dynamic axial compression for common Ø 3.5 mm cortical screws
  • Locking holes in shaft for XLOC Ø 3.5 mm locking screw

Humerus distal dorsolateral

The XLOC distal dorsolateral humerus plate is anatomically contoured to fit the distal region of the the humerus. The limited-contact design reduces direct the contact from plate to bone and limit vascular trauma and insult to bone.

The distal medial humerus locking plates are indicated for intra-articular, supracondylar and non-unions of the distal humerus.

  • High grade Titanium material
  • Anodized type II
  • Hardened Titanium surface
  • Reduced risk of cold welding
  • Good biocompatibility
  • Anatomically contoured design for optimal positioning
  • One plate for right and left

Humerus distal dorsolateral with support

The XLOC distal dorsolateral humerus plate with support is anatomically contoured to fit the distal region of the the humerus. The screws from the lateral support target the articular area. The limited-contact design reduces direct the contact from plate to bone and limit vascular trauma and insult to bone.

The distal medial humerus locking plates are indicated for intra-articular, supracondylar and non-unions of the distal humerus.

  • High grade Titanium material
  • Anodized type II
  • Hardened Titanium surface
  • Reduced risk of cold welding
  • Good biocompatibility
  • Anatomically contoured design for optimal positioning
  • One plate for right and left

Humerus XLOC plate, distal medial

The XLOC distal humerus plate is anatomically contoured to fit the distal region of the the humerus. The limited-contact design reduces direct the contact from plate to bone and limit vascular trauma and insult to bone. The distal medial humerus locking plates are indicated for osteotomies, supra-condylar fractures, intra-articular fractures and nonunions of the distal humerus.

  • High grade Titanium material
  • Anodized type II
  • Hardened Titanium surface
  • Reduced risk of cold welding
  • Good biocompatibility
  • Anatomically contoured design for optimal positioning
  • One plate for right and left

Humerus XLOC plate, proximal

The XLOC proximal humerus plate is anatomically contoured and indicated for complex fractures of the proximal humerus.

  • High grade Titanium material
  • Anodized type II
  • Hardened Titanium surface
  • Reduced risk of cold welding
  • Good biocompatibility
  • Shaped design for optimal positioning
  • One plate for right and left
  • 3 to 12 holes
  • K-wire holes supports plate positioning
  • Conical plate tip
  • Limited contact profile to protect the blood supply
  • Rounded edges and shaft profile reduce the soft tissue irritation
  • Compression holes for dynamic axial compression for common Ø 3.5 mm cortical screws
  • Proximal and distal locking holes for XLOC Ø 3.5 mm locking screws
  • Distal locking holes for XLOC Ø 4.0 mm cancellous locking screws

Olecranon Plate

Our XLOC Olecranon locking plates provide fixation of fractures and osteotomies. Designed to fit the anatomical shape of the olecranon and along the shaft. Limited contact design of the plate to reduces vascular trauma and insult to bone.

Indicated for fractures of intra- and extra-articular and osteotomies of the olecranon.

  • High grade Titanium material
  • Anodized type II
  • Hardened Titanium surface
  • Reduced risk of cold welding
  • Good biocompatibility
  • Anatomically contoured design for optimal positioning
  • One plate for right and left

One third plate

Description

Reconstruction plate

Description

Small locking plate

Description