About 3.5mm small T locking plates oblique angled
The 3.5mm Small T Locking Plate Oblique Angled is commonly used in orthopedic trauma procedures to treat fractures in small and delicate bones. The oblique-angled T design offers better adaptability to anatomical variations, giving surgeons greater precision in fixation. Advin Health Care manufactures these plates with high-quality stainless steel or titanium to provide durability and long-lasting strength. This implant minimizes the risk of implant failure, promotes proper fracture alignment, and supports faster patient recovery. It is a reliable choice for surgeons aiming for consistent and effective clinical outcomes.
Advanced Features:
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Oblique-angled T design for improved anatomical fit
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Provides strong and stable fixation for small bone fractures
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Made from medical-grade stainless steel or titanium
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Available in different sizes to meet surgical requirements
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Ensures reliable bone healing and surgical efficiency
Anatomically Contoured for Optimal FixationThese plates feature a T-shape with an oblique angled head and anatomical contouring, promoting accurate placement over fractured regions. The low-profile and rounded-edge construction reduces the risk of soft tissue irritation, ensuring both comfort and stability during the healing process.
Advanced Materials and Precise EngineeringCNC precision machining is used to create each plate from corrosion-resistant stainless steel (316L) or titanium, resulting in a robust implant with high biocompatibility. The surface finishmatte, polished, or anodizedcontributes to durability, while the radiopaque property enhances intraoperative visualization.
Comprehensive Sterility and PackagingEach T locking plate is individually packaged in sterile conditions using either autoclave or gamma radiation methodologies. With a shelf life of five years and clear storage instructions, users can be confident of product integrity and sterility prior to implantation.
FAQs of 3.5mm small T locking plates oblique angled:
Q: How is the 3.5mm Small T Locking Plate oblique angled used in orthopedic surgery?
A: The plate is used as an implant to stabilize small bone fractures, especially in the distal radius and metacarpals. Surgeons fix the plate over the fracture using compatible 3.5mm locking screws, ensuring anatomical alignment and stability during bone healing.
Q: What are the main benefits of using this T locking plate with an oblique angle?
A: The oblique angled T design allows for optimal bone coverage and improved fixation in anatomically challenging locations. The combination of a low-profile, rounded edges, and anatomical contour reduces soft tissue irritation, enhancing patient comfort and recovery outcomes.
Q: When should this plate be used for bone fixation?
A: This plate is indicated for cases involving fractures of the distal radius, metacarpal, or other small bones. It is suitable when secure and precise bone stabilization is required, particularly in situations where traditional plates may not provide optimal fit or stability.
Q: Where should the plates be stored before use?
A: Plates must be stored in a clean, dry, sterile environment to maintain sterility and product integrity. Always follow the provided storage instructions on the packaging to ensure product safety before use.
Q: What is the process for implanting the plate and how is sterility ensured?
A: Each plate is supplied individually sterile-packed after autoclave or gamma radiation sterilization. During surgery, the plate is placed on the bone at the fracture site and secured using 3.5mm locking screws. Sterility should be maintained throughout the procedure to prevent infection.
Q: Are these plates reusable or for single use only?
A: The 3.5mm Small T Locking Plates oblique angled are designed for single use only. Reusing the plate can compromise integrity and sterility, increasing the risk of complications.
Q: What are the features that enhance imaging and surgical accuracy during implantation?
A: The plates are radiopaque for clear intraoperative X-ray visualization, and crafted with highly precise CNC machining for anatomical compatibility. This enhances surgical accuracy and helps surgeons achieve optimal positioning and fixation.