Additively manufacturing of orthopedic implants is the topic of 3dpbm’s upcoming webinar, which is now set to take place next February 12th, at 4pm (CET) / 10 am (EST). The webinar is free to join. All you need to do to attend is register at this link and follow instructions.
For 3D Printing Media Network’s third AM Focus of 2019, we decided to highlight a topic within the medical and dental additive manufacturing segments. As we took a closer look at these huge verticals for AM, possibly the largest along with aerospace, we identified orthopedic implants – especially knee and hip implants – as one of the most relevant subsegments.
During the next fortnight, we will be diving into the market for additive implants. In order to present this segment, we will leverage and present exclusive data from SmarTech Publishing’s upcoming market report on Additive Orthopedics. We will look at key AM hardware, materials and software targeting mass production and mass customization of orthopedic implants through additive manufacturing. We will also highlight the most relevant new developments from key medical industry stakeholders and AM adopters.
The 3D printed orthopedic implants opportunity
This webinar represents an opportunity to take a look at the primary business opportunities emerging from the additive production of orthopedic implants using metals, polymers and other biocompatible materials.
We will preview the latest findings and forecasts from the upcoming report by SmarTech Publishing’s analyst Scott Dunham on the Medical AM for Implants Market. We will also hear from leading global experts who will identify and illustrate key applications and technologies in what could be considered the most relevant AM segment.
The Current 3D printed implants technology leader is GE Additive, owner of both Concept Laser and especially Arcam’s whose EBM technology is current the most widely adopted for AM implant production. Stephan Zeidler, Global Business Development Manager Medical at GE Additive, will illustrate the company’s clear strategy toward AM for implant mass production.
We will also take a closer look at advanced polymer 3D printed implants, through the participation of Scott DeFelice, Founder and CEO of Oxford Performance Materials. OPM is the company that first pioneered powder bed fusion of PEKK-based materials for implants and possess a unique know how in the use of these advanced materials via powder bed fusion technologies: its OsteoFab process combines laser sintering additive manufacturing technology and OPM’s proprietary OXPEKK material formulation to 3D print orthopedic and neurological implants.
Key topics for discussion
As additive manufacturing is set to become the primary mean of implant production by 2027 (according to the latest SmarTech Publishing forecast), the panelists will seek to answer some of the key most relevant questions that AM adopters in the medical segment are asking us.
In a market worth several billion dollars, which are the most relevant applications for AM among knee, hip, CMF and spinal implants? How far can the technology go and what are the limits for 3D printed implants in terms of size, shape, strength?
Today additive manufacturing is being used for producing tens and even hundreds of thousands of hip and knee implants. These implants are more geometrically complex and perform better than standard implants from several indicators. But is AM going to be used as a mean of mass production or should it be increasingly used for mass customization, that is to make implants that are patient-specific? And what would be the challenges of such an approach?
Finally, with the support of our panelists we will analyze which are the best materials for additively manufactured implants. Are metals the only way to go forward? Which are the benefits of polymer implants? Are there other materials that we should be looking at, such as for example ceramics and even cellular biomaterials?
To learn more about these and many other topics reserve your seat below.