Locking Compression Plates
About This Line
Locking Compression Plates (LCP) are designed to stabilise fracture fragments and stimulate bone healing by providing compressive pressure. Manufactured from Grade 5 titanium alloy (Ti-6Al-4V), each plate is anodised for optimal biocompatibility and corrosion resistance. The combination-hole design accepts both locking and cortex screws, allowing the surgeon to choose the optimal fixation strategy per patient anatomy.
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S-Clavicular Combination Hole Locking Plate
S-shaped plate designed for stable fixation of clavicular fractures. Combination holes accept both locking and cortex screws for versatile fixation.
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Clavicular-Hook Combination Hole Locking Plate
Hook plate for distal clavicle and acromioclavicular joint stabilisation. The hook engages beneath the acromion for reliable fixation.
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Distal Clavicular Combination Hole Locking Plate
A pre-contoured, anatomically shaped orthopedic implant engineered for the stable fixation of lateral third clavicle fractures, malunions, and non-unions.
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Humeral Proximal Combination Hole Locking Plate
Proximal Humeral Combi-Hole Locking Plates (widely known as PHILOS) are specialised bone plates for the upper arm. They are specifically made to fix severe, shattered fractures and joint dislocations.
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Upper Limbs Locking Compression Plate
Durable and biocompatible locking compression plate for superior stability in upper limb fracture fixation and reconstruction.
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Humeral Distal Lateral Combination Hole Locking Plate
Anatomically pre-contoured distal lateral humeral locking plate designed for stable internal fixation of distal humerus fractures, promoting early joint mobilization.
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Humeral Distal Medial Combination Hole Locking Plate
Anatomically pre-contoured distal medial humeral locking plate designed for rigid internal fixation of distal humerus fractures, ensuring excellent biomechanical stability.
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Multi-direction Radius Distal Locking Plate Type I
Featuring multi-directional (polyaxial) locking technology, this plate allows for customized screw angulation, ensuring superior stability in complex or osteoporotic bone fragments.
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Femoral Distal Combination Hole Locking Plate
Featuring multi-directional (polyaxial) locking technology, this plate allows for customized screw angulation, ensuring superior stability in complex or osteoporotic bone fragments.
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L-Locking Plate Combination Hole
Featuring advanced Locking Compression Plate (LCP) hybrid technology, this L-shaped configuration provides a high level of angular stability, making it a premier solution for treating comminuted or osteoporotic bone fragments near joint surfaces.
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Tibia Locking Compression Plate
Integrating advanced hybrid combi-hole technology with a low-profile design, this plate delivers exceptional multi-planar angular stability, making it highly effective for complex, comminuted, or osteoporotic diaphyseal fractures of the shin bone.
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Fibula Distal Locking Plate Combination Holes
This locking comprression plate system delivers multi-planar angular stability in the delicate ankle region, making it highly effective for complex, comminuted, or osteoporotic fractures where bone purchase is limited.
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Ulna Olecranon Locking Plate
Anatomically pre-contoured ulna olecranon locking plate designed for stable internal fixation of proximal ulna fractures and osteotomies, available in left and right configurations.
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Femoral Proximal Combination Hole Locking Plate
The anatomically pre-shaped profile fits cleanly against the greater trochanter, while the innovative LCP combi-holes allow surgeons to combine rigid locking and compression techniques within a single shaft.
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Tibial Proximal Lateral Combination Hole Locking Plate
The Proximal Lateral Tibial Combination Hole Locking Plate is an anatomically pre-contoured implant engineered for the stable internal fixation of lateral proximal tibia fractures.
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Tibial Proximal Medial Combination Hole Locking Plate
The Proximal Medial Tibial Combination Hole Locking Plate is an anatomically pre-contoured implant engineered for the rigid internal fixation and buttressing of medial proximal tibia fractures.
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Tibial Distal Medial Combination Hole Locking Plate
Utilizing advanced Locking Compression Plate (LCP) technology, this system delivers multi-planar angular stability near the ankle joint, making it highly effective for complex metaphyseal fractures, even in osteoporotic or comminuted bone.
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Fibula Distal Locking Plate with Combination Holes – Anatomical Contour
Designed to mirror the natural twist and curve of the lower lateral leg anatomy, this plate integrates advanced hybrid combi-hole technology to deliver multi-planar angular stability near the ankle joint, even when dealing with poor bone quality.
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Multi-direction Radius Distal Locking Plate
High-performance anatomical plate for rigid internal fixation of distal radius fractures. Designed to support early mobilization and ensure long-term construct stability.
View ProductFemoral Locking Compression Plate
Featuring advanced combination holes, it allows surgeons to seamlessly blend rigid multi-angle locking with dynamic compression techniques within a single construct.
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Tibial Proximal Lateral Combination Hole Locking Plate Type I
The Proximal Lateral Tibial Combination Hole Locking Plate (Type I) is a cornerstone anatomical implant engineered specifically to provide rigid, fixed-angle stabilization for the lateral column of the tibia.
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Tibial Distal Lateral Locking Plate Combination Hole
Utilizing advanced Locking Compression Plate (LCP) technology, this system delivers the multi-planar angular stability needed to secure complex or comminuted fragments in the lower leg bone, even when bone density is compromised.
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Fibula Distal Locking Plate Type II
This locking compression plate Type II system provides exceptional multi-planar angular stability in the delicate ankle region, making it highly effective for complex, comminuted, or osteoporotic fractures where bone purchase is limited.
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One-third tubular plate
Incorporating advanced hybrid combination holes, this classic tubular design provides excellent dynamic compression and angular stability, making it ideal for fractures involving thin soft tissue coverage.
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