Limited Contact Dynamic Compression Plates

Our Limited Contact Dynamic Compression Plate (LC-DCP) represents a significant technological advancement over standard compression plates. Engineered specifically to address the clinical challenge of bone necrosis beneath fixed hardware, the LC-DCP features a specialized, scalloped understructure. This innovative rigid geometry significantly reduces plate-to-bone contact, safeguarding the vital periosteal blood supply and accelerating the natural bone-remodeling process.

Crafted from medical-grade, highly electropolished materials (Surgical Stainless Steel 316L / Titanium Alloy), each plate incorporates uniformly spaced, elongated symmetrical compression holes. These specialized dynamic holes enable high-precision screw placement and allow for controlled axial compression in both directions across the fracture gap.

Key Features & Benefits

• Periosteal Protection (Limited Contact Design): The grooved and scalloped underside limits surface contact with the bone, minimizing vascular damage and reducing the risk of bone atrophy.

• Bi-Directional Compression: Symmetrical oval holes allow surgeons to achieve dynamic compression from either side of the fracture line for superior mechanical stability.

• Uniform Rigidity Distribution: The specialized profile distributes stress evenly across the plate, preventing a sudden drop in stiffness near the screw holes and reducing the risk of plate fatigue or bending.

• Low-Profile Contour: Smooth, rounded outer margins and tapered ends protect surrounding soft tissues, tendons, and muscles from irritation or impingement.

• Premium Biocompatibility: Highly polished finish minimizes friction and bacterial adherence, facilitating predictable clinical outcomes in complex trauma reconstructions.

Product Specifications

Clinical Applications

• Internal fixation of diaphyseal and metaphyseal long-bone fractures (e.g., femur, tibia, humerus, radius, or ulna depending on width sizing).

• Rigid fixation of non-unions, mal-unions, and complex osteotomies.

• Advanced veterinary and human orthopedic trauma surgeries requiring maximum blood-supply preservation.