Posterior Stabilised Hip Implant - Fixed Bearing

Hip prosthesis articulation surface combining metal femoral head with polyethylene acetabular cup. Provides proven long-term durability in hip replacement applications.

Ceramic articulation components for hip prosthesis systems. Provide superior wear resistance and biocompatibility for long-term implantation.

A cemented hip stem component for hip replacement procedures. This stem is part of Betamed's Hip Prosthesis System for fixed-bearing hip arthroplasty.

Complete hip replacement systems including acetabular cups, femoral stems, and bearing surfaces. Available in cemented and cementless configurations for primary hip arthroplasty.

Complete hip replacement system components including femoral stems, acetabular cups, and bearing surfaces. Manufactured to ISO 13485 standards for long-term performance.

Press-fit and cemented acetabular cups with varied bearing surface options including ceramic and polyethylene. Designed for primary and revision hip arthroplasty.

Modular hip implant with ring lock design providing additional load bearing surface. Prevents dislocation, assists instability management, and offers advanced fixation for primary or revision total hip arthroplasty cases.

Modular hip implant system with ring lock design providing additional load-bearing surface and instability prevention for primary or revision total hip arthroplasty.

The superior engagement of the B-P™ tibial bearing with the femoral component makes the use of a posterior stabilized (PS) device unnecessary. Since PS devices are characterized by highly excessive post against cam stresses, lack of axial rotation, failure in providing full flexion and other problem, such devices are undesirable. This system, including the revision knee system, contains a wide variety of components allowing optimal treatment of a wide range of pathologies. An integrated system provides a great number of surgical options. In the event of the need for the revision of a component of an integrated system, the need to remove properly functioning, well fixed, components is eliminated.

Posterior-stabilized knee implant design providing enhanced anteroposterior stability through mechanical constraint. Suitable for primary and revision total knee replacement procedures.

A positioning fixation system specifically developed for hip replacement surgery. The system features a fixed backplate and locator with a docking design that securely fixes the patient's position, preventing positional changes during surgery. It ensures accurate positioning and anteversion angle judgment of the acetabulum by the surgeon, maintains the patient's sagittal plane parallel to the surgical bed and coronal plane perpendicular to the surgical bed, improves the accuracy of prosthesis placement, reduces postoperative complications, and enhances prosthesis adaptation and survival rate in patients while extending prosthesis lifespan.

A hip replacement system designed to provide anatomic fit and reduce bone loss during implantation. The system enables faster patient recovery through optimized surgical design and component compatibility.