GE Additive and Orchid sign agreement to drive scalable metal 3D printing innovation in large joint orthopedic implants

At RAPID + TCT, GE Additive and Orchid Orthopedic Solutions (Orchid) – a global leader in the manufacture of orthopedic implants and instruments – announced they have signed a definitive agreement to continue driving the adoption of additive manufacturing to their suite of technologies through the development of electron beam melting (EBM) solutions in the medical implants sector.

Orchid will make a significant investment to enable scalability and full production support for its customers by purchasing GE Additive EBM Spectra L systems, service agreements, AP&C metal powders, and AddWorks consultancy services. Installation of the first machines will commence in 2022. Following machine installation and validation, Orchid expects to be ready for production in 2024 to meet its customers’ requirements.

GE Additive and Orchid are focused on joint co-marketing activities aimed at driving further awareness of EBM technology in 3D metal printed large joint orthopedic implants.

Once installed and operational, Orchid’s fleet of Spectra L machines will allow it to manufacture large orthopedic implants, such as complete knee components and acetabular cups and more competitively. As devices increase in complexity, this new EBM additive manufacturing capability with scalable precision allows cost-effective manufacturing to complement conventional methods.

The Arcam EBM Spectra L allows for the mass production of parts by providing the ability to tightly stack parts without compromising on quality. The improved melt process results in consistent material properties for thin and bulky geometries. Some of the key features:

–Enhanced part quality, with improved surface finish and improved material properties.
–Reduced cost per part due to increased build speed, the largest EBM build volume, and the ability to tightly stack parts
–Integrated system architecture, with standardized IoT interface, data analytics for machine health monitoring and the new Powder Recovery Station, PRS 30.