Medical & Dental

China FDA calls for professional guidance on 3D printed medical devices

As the self-made manufacturing capitol of the world, China is a country to look to for 3D printing’s ascension into the supply chain. Though a recent report stated “It is still too early to conclude that the mass production era has been replaced by the mass customisation era,” the State has made formal efforts to increase the adoption additive manufacturing in industry.

One area that will have to act quickly to stay ahead of this curve is healthcare. Now the China Food and Drug Administration (CFDA) is calling for professional input to prepare a thorough guidance for the appropriate registration of customized, 3D printed medical devices.

Spine model with ITRI devised 3D printed implants. Photo via ITRI
3D printed spine implants developed at Taiwan’s Industrial Technology Research Institute (ITRI) are due to reach the commercial market during 2018. Photo via ITRI

CFDA 3D printed medical guidance notes

With appropriate guidance in place, the CFDA hopes to encourage the development of new, innovative, custom-made medical devices, that tailor to specific needs.

In order to achieve registration, manufactures will have to obtain verification for all parts of the process. According to the current draft guidance, “The process of production and verification of custom-built additive-produced medical devices should, in particular, control the testing of printing equipment, processes, post-processing, raw materials and final products, as well as cleaning, packaging and sterilization.”

In total, applications will require six fields on information:

  1. Product name – “according to the design characteristics and scope of application of the declared product to determine its management category, classification coding and standardized naming.”
  2. Product description – including the chemical composition of each component in the product.
  3. Clinically relevant model specifications – e.g. feature dimensions, tolerance.
  4. Scope of application and contraindications.
  5. R&D background with comparison to similar products.
  6. Research data on product performance – with supplementary material characterization.
The 3D printed tantalum knee implant used in replacement surgery for a man in China. Photo via CQNEWS.NET
A 3D printed tantalum knee implant used in replacement surgery for a man in China. Photo via CQNEWS.NET

It’s time to get involved

In the U.S., the FDA issued its guidance on the “Technical Considerations for
Additive Manufactured Medical Devices” in December 2017. Following this, 3D Printing Industry sought comment from professionals in the medical sector. The resulting article, featuring opinion from Laura Gilmour, global medical business development manager at EOS, Kim Torluemke, VP of Quality and Regulatory at 3D Systems Healthcare, and more can be read here.

Australia’s Therapeutic Goods Administration (TGA) also opened consultation on the topic in November 2017.

Before issuing its full guidance on the additive manufacturing of medical devices, the CFDA is publicly soliciting opinions on its website. Contributions will remain open until March 30, 2018.

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Featured image shows surgeons in Xijing Hospital operating theater, implanting a 4D printed breast. Screenshot via New China TV on YouTube

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