Trauma Implants

• Narrow and Broad, are intended for fixation of various long bones
• They are also for use in fixation of periprosthetic fractures in the Humerus, Femur, Tibia osteopenic bone.
• These plates can also be used in nonunion and malunions

• The EMT LCP has combi holes that allow for fixation with cortical as well as locking screws for the desired strength and stability.
• Threaded hole section in the plates for locking screws provides ability.
• Smooth Dynamic Compression Unit (DCU) hole section for standard screws allows for load (compression) and neutral screw position
• Limited-contact plate design reduces plate-to-bone contact.

• Locking Compression Plate are intended for fixation of various small bones
• They are also for use in fixation of periprosthetic fractures in the Humerus, Radius, Ulna, Fibula, Tibia, and osteopenic bone.

• These plates can also be used in nonunion and malunions

• The EMT LCP has combi holes that allow for fixation with cortical as well as locking screws for the desired strength and stability.
• Threaded hole section for locking screws provides ability
• Smooth Dynamic Compression Unit (DCU) hole section for standard screws allows for load (compression) and neutral screw position
• Limited-contact plate design reduces plate-to-bone contact

• Reconstructions Non-Locking are intended for fixation of various small bones
• They are also for use in fixation of periprosthetic fractures Pelvis, Radius, Ulna, Fibula, Distal , Humerus, Distal tibia.

• Smooth Dynamic Compression Unit (DCU) hole section for standard screws allows for load (compression) and neutral screw position
• Limited-contact plate design reduces plate-to-bone contact.
• Reconstruction Plate without combi Holes

• DHS plates have a low-profile design, reducing the risk of trochanteric bursitis.
• DHS plate are available in a wide range for varied clinical situations.
• DHS plate barrel for impaction of fragments. When the fracture requires additional intraoperative compression, the DHS compression screw can be used
• The DHs instruments provide measurements throughout the DHS procedure, allowing proper reaming, tapping and lag screw insertion depth.
• DHS plates available Locking and non-locking.

• Stainless steel / Titanium
• Length 55 –110 mm
• Outer diameter 13 mm
• Coupling: two notches or octagonal

• Stainless steel / Titanium
• Used together with the DHS plates to compress the femoral fragments
• Stainless steel or Titanium
• Length 36 mm

• Fracture-dislocations with ligamentous instability
• Severely comminuted intra-articular fractures
• Open fractures
• Post-traumatic stiffness

The fixator consists of two clamps and two links, with a central connecting unit. The effective length of each link can be adjusted by sliding it backwards or forwards in relation to the central connecting unit. Each link can be individually locked at the desired length by a link locking screw, and the two links can be locked at a chosen angle to one another by means of the triangular knob of the central connecting unit. In addition, for controlled distraction of the elbow joint a small distractor is available, which is normally placed on the humeral link of the fixator. To enable the small distractor to be applied correctly, the fixator should be assembled with the humeral link outside the ulnar link.

Extra-articular Application:

• Metaphyseal fractures of the distal radius without intra-articular involvement and with an epiphyseal fragment with a volar length of 10 mm minimum (Frykman type I, II and V, VI fractures).
• Meta/diaphyseal compound fractures of the radius and ulna
• Meta/diaphyseal bone loss in the radius and ulna
• Distal radius deformities with or without shortening, due to malunion, congenital malformation or late results of distal radial growth plate injuries. (together with the compression-distraction module) –

Trans-articular Application:

• Fractures with very short peri-articular fragments or displaced intra-articular fractures (Frykman type III, IV and VII, VIII fractures).
• Delayed unreduced fractures
• Shortening due to soft-tissue contraction in conjunction with metaphyseal bone loss
• Controlled joint distraction for intra-articular procedures, such as joint revision surgery and correction of intra-articular malunion, preceded, where indicated, by arthroscopy.

PEDIATRIC INDICATIONS: –

The minimal working length (distance between the inner screws) of the fixator is 66 mm.

The following combinations are possible:

– Two short modules

– One short and one long module

– Two long modules

The indications listed below apply to younger children, where the Fixator is too large:

• Forearm fractures/osteotomies
• Humeral fractures/osteotomies
• Comminuted elbow fractures (early mobilization optional)
• Femoral fractures/osteotomies
• Tibia fractures/osteotomies
• Comminuted fractures of the knee and ankle.

The design of the fixator with its double ball-joint is such that the fracture fragments can be manipulated in any plane during reduction. This feature is complemented by the fact that the clamps for the bone screws can both slide and swivel on the fixator module as required.

• Fracture fixation
• For correcting diaphyseal deformities metaphyseal deformities with or without shortening.
• Correction of bony or soft tissue deformities
• Limb lengthening
• For treating nonunion and malunion
• Anatomical reduction of bony injuries

• Flexibility and versatility
• Less surgery time
• Availability of radiolucent components
• Safety during angular correction
• High stability