Femoral Stems - Cemented - 125°
Product Details
The Latitude Cemented Femoral Stem by Meril Life Sciences is a high-quality arthroplasty implant designed for total hip replacement procedures. Its design and material composition aim to provide durability, compatibility, and effective patient outcomes.
Product Details:
Material: Manufactured from High Nitrogen Stainless Steel, conforming to ISO 5832-9:2007 and ASTM F1586-13 standards.
Design: Features a highly polished, double-tapered, collarless structure intended for use with bone cement (cemented fixation). The neck incorporates a standard 12/14 taper male trunnion for secure connection to modular femoral heads.
Sizes: Available in nine sizes to accommodate various patient anatomies:
- Standard Neck Offsets: Sizes 0, 1, 2, 3, 4
- Narrow Neck Offsets: Sizes 1, 2, 3, 4
Key Features:
Material Quality: Utilizes High Nitrogen Stainless Steel for enhanced strength and corrosion resistance.
Anatomical Compatibility: The double-tapered, collarless design facilitates optimal fit and stability within the femoral canal.
Modular Compatibility: The 12/14 taper allows for secure attachment to a range of modular femoral heads, providing flexibility in surgical procedures.
Size Variability: Offers multiple sizes with standard and narrow neck offsets to suit diverse patient anatomies.
Benefits:
Durability: High-quality materials ensure long-term performance and reliability.
Enhanced Fit: Design promotes better integration with the patient's anatomy, potentially improving surgical outcomes.
Versatility: Compatibility with various modular femoral heads allows surgeons to tailor the implant to specific patient needs.
Patient-Specific Solutions: Availability in multiple sizes and offsets enables customized treatment approaches.
Ordering Information:
For detailed product specifications, size charts, and ordering options, please refer to Meril Life Sciences' official product page
For further assistance, contact Meril Life Sciences' customer support or consult with a certified orthopedic surgeon to determine the most appropriate implant size and configuration for individual patient needs.
