The Acetabular Cup 10° Posterior Wall (UHMWPE) with Textured Surface is made from Ultra-high Molecular Weight Polyethylene, providing excellent wear resistance and durability. Its 10° posterior wall design offers enhanced coverage and support to the Posterior Acetabulum, improving joint stability. The textured surface facilitates Cement bonding for secure Cement fixation, ensuring long-term implant stability. This Cup is designed to fit anatomical variations and reduce the risk of dislocation, making it ideal for patients with Acetabular defects or bone loss in the Posterior Wall region.

The Femoral Head used in Hip Arthroplasty is typically made from Stainless Steel, designed to articulate smoothly with the Acetabular Cup to reduce wear and ensure longevity. It comes in various sizes and offsets to match patient anatomy and optimize joint stability and range of motion. It is indicated for use in Total Hip Replacements and Hemiarthroplasty, particularly in patients with Osteoarthritis, Femoral Neck fractures, Avascular Necrosis, or other Hip joint diseases requiring joint resurfacing or replacement.

Mueller Type Stem is a collared, cemented femoral stem designed for Total Hip Replacement (THR) procedures. Manufactured from high-quality stainless steel, it features a tapered, polished design that ensures stable fixation and optimal load distribution within the femoral canal. The anatomical shape promotes a precise fit, reducing stress on surrounding bone, while the short collar rests on the calcar, further shielding the femoral canal from excessive forces. This stem is suitable for patients with variable bone quality, including those with osteoporosis, and allows for immediate postoperative weight-bearing.

• Primary Total Hip Replacement requiring a cemented femoral stem
• Patients with osteoporotic or poor-quality bone
• Cases requiring immediate postoperative weight-bearing
• Femoral canal anatomy compatible with the Mueller Type Stem

This collarless, double-tapered femoral stem is made from high-quality stainless steel with a highly polished surface to reduce cement abrasion and optimize stress distribution. Its symmetrical rectangular cross-section tapers proximally and distally, while the narrow distal tip minimizes stress shielding and reduces the risk of thigh pain. Cemented with Polymethylmethacrylate (PMMA), the stem achieves a strong implant-bone interface and a uniform cement mantle. The collarless design allows controlled subsidence within the cement mantle, enhancing long-term stability. Available in multiple sizes to accommodate patient anatomy, this stem is ideal for Total Hip Replacement, particularly in patients with osteoporotic or compromised bone quality.

• Primary Total Hip Arthroplasty requiring cemented femoral stem
• Patients with poor bone quality needing reliable fixation
• Cases requiring adjustable modularity for optimal anatomical fit and leg length restoration
• Elderly patients with osteoporotic bone
• Complex femoral anatomy or deformities benefiting from customized stem selection