About DHS Barrel Plate DCP Hole
The DHS Barrel Plate with DCP Hole is designed for internal fixation of proximal femoral fractures, commonly treated with Dynamic Hip Screw systems. The DCP hole allows for dynamic compression and secure screw placement, improving stability and promoting faster healing. Manufactured by Advin Health Care, this plate is made from high-quality stainless steel or titanium, ensuring strength, corrosion resistance, and biocompatibility. Available in multiple lengths120mm, 125mm, 130mm, 135mm, 140mm, and 145mmthis implant provides surgeons with flexible options for various fracture types and patient anatomies.
Advanced Features:
- DCP hole design for dynamic compression and versatile screw placement
- Available lengths: 120mm, 125mm, 130mm, 135mm, 140mm, 145mm
- Compatible with Dynamic Hip Screw systems for proximal femur fractures
- Made from medical-grade stainless steel or titanium
- Corrosion-resistant and biocompatible
- Enhances fracture stability and promotes efficient healing
Advanced Design for Surgical PrecisionUtilizing next-generation CNC machining, each DHS Barrel Plate DCP Hole is engineered for high surgical precision, supporting stable internal bone fixation in hip fractures. Its combination of screw and barrel holes provides surgeons with flexibility to optimize fixation depending on patient anatomy and fracture type, ensuring patient-specific treatment outcomes.
Customizable and Reliable Implant OptionsAvailable in multiple sizes, ranging from 5 to 14 holes, and customizable upon request, this plate adapts to diverse orthopedic needs. Its lightweight structure and corrosion-resistant properties, along with options for polished or matte finishes, deliver both robustness and comfort in various clinical settings.
Safety, Standards, and SterilizationEach plate is designed for single use and delivered sterile, maintaining implant integrity for every surgery. Compliance with stringent ISO and CE standards and compatibility with common sterilization procedures, such as autoclaving, assures optimal safety and consistent performance from storage to application.
FAQs of DHS Barrel Plate DCP Hole:
Q: How does the DHS Barrel Plate DCP Hole improve fracture stabilization in proximal femur surgeries?
A: The DHS Barrel Plate DCP Hole offers a combination of barrel and DCP holes, allowing for multiple fixation techniques and enhanced stability in proximal femur fracture repairs. Its precise hole spacing and robust material provide reliable internal bone fixation, supporting optimal bone healing.
Q: What are the compatibility and customization options for this implant plate?
A: This implant is specifically designed for use with Dynamic Hip Screw (DHS) systems and is available in standard hole numbers from 5 to 14, with custom sizes offered upon request to accommodate individual surgical requirements.
Q: When should single-use plates like this be used, and can they be reused?
A: DHS Barrel Plate DCP Holes are intended for single-use only, ensuring maximum sterility and structural integrity. Reuse is not recommended as it may compromise the implants safety and effectiveness.
Q: Where should these orthopedic plates be stored prior to surgery?
A: They should be kept in a dry, clean, and sterile environment as per manufacturer instructions to maintain sterility and guarantee patient safety during surgery.
Q: What is the process for sterilizing this plate before use in surgery?
A: Each plate is supplied sterile and ready for use. If re-sterilization is required, it is autoclavable. Ensure that standard sterilization protocols are followed to preserve implant integrity.
Q: What are the key benefits of using a polished or matte finish on the implant?
A: Both finishes offer high corrosion resistance and reduce tissue adhesion. Polished surfaces are typically preferred for lower friction, while matte finishes can help reduce glare during surgery.
Q: How does this plate meet international safety standards?
A: The DHS Barrel Plate DCP Hole conforms to ISO and CE standards, underscoring its precision manufacturing, material safety, and suitability for clinical use in trauma and orthopedic surgeries.