ODM 3D Printing Acetabular Revision System Manufacturers, Pricelist

Revision Multi-hole Acetabular Cup
Material: Titanium Alloy
Match: ADC Acetabular Liner
Acetabular Restrictor
Material: Titanium Alloy
Match: ADC Acetabular Cup
Revision Multi-hole Acetabular Cup

Product Description

3D Printed Acetabular Revision System

Introducing the breakthrough 3D Printed Acetabular Revision System, a revolutionary orthopedic solution designed to enhance the process of acetabular revision surgery. This state-of-the-art system combines advanced 3D printing technology with a range of unique features that raise the bar for performance and patient outcomes.

One of the key features of our 3D printed acetabular revision system is its fully interconnected trabecular structure. This specialized design allows for optimal osseointegration, promoting bone growth and stability. The system has a high coefficient of friction that ensures secure fixation and minimizes the risk of implant displacement and failure.

Our system utilizes an optimized geometry, resulting in improved biomechanical properties. The low stiffness of the trabecular structure allows for optimal load distribution, reducing stress on the implant and surrounding bone. This innovative combination of materials and construction enables patients to confidently restore mobility and function.

Optimized Geometry and Trabecular Structure

Another notable feature of our system is the inclusion of visible threaded holes. This feature simplifies the procedure and enables the surgeon to precisely place and secure the implant. The inner diameter of the implant is carefully designed for a perfect fit, ensuring long-term stability and comfort.

We understand the importance of preserving the host bone in revision surgery. In line with this, our 3D printed acetabular revision system is designed to preserve as much healthy bone as possible. By providing a reliable, durable implant with optimal fixation, our system reduces the need for extensive bone resection and maximizes the potential for a successful outcome.

Acetabular Restrictor Specifications

The Acetabular Restrictor is concave and comes in three diameters, allowing for coverage of medial wall defects and containment of morsellized bone graft.

Diameter
40 mm
42 mm
44 mm
Diameter
50 mm
54 mm
58 mm
62 mm
66 mm
70 mm
Acetabular System Component
Acetabular Augments Fit
Acetabular Revision System Components
Acetabular Augments Specifications

The Acetabular Augments, shaped similar to a partial hemisphere, come in four thicknesses and six sizes, allowing for fit in various defects.

Outer Diameter Thickness
5010/15/20/30
5410/15/20/30
5810/15/20/30
6210/15/20/30
6610/15/20/30
7010/15/20/30
Summary & Clinical Value

In conclusion, the 3D printed acetabular revision system sets a new standard for acetabular revision surgery. With its fully interconnected trabecular structure, high coefficient of friction, optimized geometry, low stiffness, visible threaded holes, and host bone protection, this innovative system provides a comprehensive solution for surgeons and patients. Experience the future of orthopedic surgery with our state-of-the-art systems and witness the exceptional results it delivers.

Frequently Asked Questions
What are the clinical advantages of the fully interconnected trabecular structure?
The specialized interconnected trabecular structure facilitates optimal osseointegration, actively promoting bone in-growth, long-term biological fixation, and structural stability.
How does the system ensure initial implant stability?
It features a high coefficient of friction surface and visible threaded screw holes, which enable precise placement and strong primary mechanical fixation to minimize displacement risks.
What is the functional design of the Acetabular Restrictor?
The Acetabular Restrictor features a concave design offered in multiple diameters, specifically tailored to cover medial wall defects and contain morsellized bone graft effectively.
What sizing configurations do the Acetabular Augments offer?
The augments are shaped similarly to a partial hemisphere and are provided across six outer diameter sizes (50 to 70 mm) with four available thickness options (10, 15, 20, and 30 mm) to address varied acetabular defects.
How does low stiffness benefit biomechanical load distribution?
The low stiffness of the trabecular construction closely mimics natural bone elasticity, reducing stress shielding between the implant and surrounding bone, which helps patients confidently restore function and mobility.
How does this revision system contribute to host bone preservation?
By offering optimized geometric options and reliable fixation mechanisms, the system minimizes unnecessary bone resection and preserves as much healthy native bone stock as possible.

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