Orthopedic Bone Plate

  • 2.4 mm Locking Adaption Plate Orthopedic Trauma Plate 6 mm & 12 mm Lengths

    2.4 mm Locking Adaption Plate Orthopedic Trauma Plate 6 mm & 12 mm Lengths

    • 2.4 mm Locking System Compatibility
      Ensures fixed-angle stability and secure screw-plate engagement.

    • Low-Profile Adaption Plate Design
      Minimizes soft tissue irritation and implant prominence.

    • Precision Threaded Locking Holes
      Improves load distribution and reduces risk of screw back-out.

    • Medical-Grade Stainless Steel Construction
      Provides strength, corrosion resistance, and biocompatibility.

    • Compact Length Options
      Available in 6 mm and 12 mm for controlled fixation in small bones.

    • Straight Plate Geometry
      Allows versatile application without extensive contouring

  • 2.4 mm Locking Plate System Multi Hole Orthopedic Bone Plate

    2.4 mm Locking Plate System Multi Hole Orthopedic Bone Plate

    • 2.4 mm Locking System Compatibility
      Ensures precise screw-plate locking for enhanced angular stability.

    • Low-Profile Plate Design
      Reduces soft tissue irritation and improves patient comfort.

    • Multiple Length Options
      Available in 4, 5, 6, 7, 8, and 10 mm to suit varied fracture needs.

    • Medical-Grade Stainless Steel
      Offers high strength, corrosion resistance, and biocompatibility.

    • Combination Locking Holes
      Supports secure fixation and controlled compression.

    • Anatomically Neutral Straight Shape
      Allows versatile application across multiple small bone regions.

  • 2.7mm Limited Contact Dynamic Compression Plate for Cortical Screw Fixation

    2.7mm Limited Contact Dynamic Compression Plate for Cortical Screw Fixation

    1. Limited contact design preserves periosteal blood supply

    2. Compatible with standard 2.7mm cortical screws

    3. Dynamic compression hole geometry for controlled fixation

    4. Low-profile anatomical contour

    5. Available in stainless steel and titanium options

    6. Wide range of hole and length configurations

    7. Enhanced load distribution across fracture site

    8. Reduced bone-plate interface contact

    9. High mechanical strength and corrosion resistance

    10. Suitable for precise small bone fracture fixation

  • 3.5mm Locking Compression Plate (LCP) Veterinary Orthopedic Bone Plate Titanium Locking System

    3.5mm Locking Compression Plate (LCP) Veterinary Orthopedic Bone Plate Titanium Locking System

    • Dual-function locking compression plate (LCP) system

    • 3.5mm locking technology for fixed-angle stability

    • Allows use of locking & cortical screws

    • Manufactured from medical-grade titanium

    • Anatomically contoured, low-profile design

    • Provides axial compression & angular stability

    • Minimizes plate-to-bone contact

    • Compatible with 3.5mm screws

    • Suitable for veterinary fracture fixation

    • Corrosion-resistant and sterilizable

  • Dynamic Self Compression Plate Broad for High Load Long Bone Fixation

    Dynamic Self Compression Plate Broad for High Load Long Bone Fixation

    1. Broad profile for enhanced load-bearing stability

    2. Dynamic self compression hole geometry

    3. Compatible with 4.5mm cortical screws

    4. Supports 6.5mm cancellous screw fixation

    5. Increased plate thickness for high-stress applications

    6. Uniform hole spacing for balanced load distribution

    7. High mechanical strength and durability

    8. Available in stainless steel and titanium materials

    9. Extensive range of hole configurations

    10. Reliable performance in orthopedic trauma procedures

  • Dynamic Self Compression Plate Narrow for Rigid Long Bone Fixation

    Dynamic Self Compression Plate Narrow for Rigid Long Bone Fixation

    • Narrow profile design for anatomical adaptability

    • Dynamic self compression hole geometry

    • Compatible with 4.5mm cortical screws

    • Supports 6.5mm cancellous screw fixation

    • Uniform hole spacing for balanced load distribution

    • High mechanical strength for long bone stabilization

    • Available in stainless steel and titanium materials

    • Wide range of hole configurations

    • Smooth surgical-grade surface finish

    • Reliable performance in orthopedic trauma procedures