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03
/09
2020
“Standardization”, quality indicator of 3D printing enterprises
On August 29-30, SoonSolid was invited to attend the 2020 Additive Manufacturing Industry Summit Forum and the Third 3D Printing Healthcare Summit.
The conference was hosted by the 3D Printing Medical Devices Professional Committee of China Association of Medical Devices Industry, participated by experts including Lu Bingheng and Dai Maorong, Academicians of Chinese Academy of Engineering.
At the conference, experts made the report on 3D printing and healthcare industry, and outstanding enterprises participating in standard customization were commended. SoonSolid won the Special Contribution Award of 3D Printing Medical Device Group Standard at this conference.
As a 3D printing enterprise, SoonSolid has been committed to the application and R&D of 3D printing technology in healthcare industry.Seeing multiple issues due to lack of standards in application scenarios, SoonSolid and peers drafted and formulated the group standards of Customized Additive Manufacturing Orthopedic Surgery Guide Plate, Oral Implant Surgery Guide Plate Based on 3D Printing Technology and Accurate Medical Restoration and Special Requirements for Production Quality Management Regulationon Biological 3D Printing Medical Devices.They have standardized applications of 3D printing in healthcare industry, including design, manufacturing and sales.
Standardization, indicator of 3D printing enterprises
R&D capability is the foundation of 3D printing enterprises, while “standardization” is the tech basis and effective means to improve their quality and competitiveness. During its fast development, SoonSolid always poses high requirements onstandardizationand is committed to building 3D printing standards, facilitating the growth of the whole industry.
Contents and significance of 3D printing group standards with SoonSolid as formulating participant
1. Formulation of Customized Additive Manufacturing (3D Printing) Orthopedic Surgery Guide Plate group standard.
Clear requirements on the chemical, biological and mechanical properties of the materials.Clear requirements on the surface finish of printed model. Clear requirements on combining medicine and engineering during design confirmation...
The formulation of this group standard means that 3D printing is more scientific and rigorous in the use of orthopedic surgery guide plate, which makes doctors’ diagnosis and treatment more accurate.
2. Formulation of Oral Implant Surgery Guide Plate Based on 3D Printing Technology and Accurate Medical Restoration group standard.
The guide plates are classified and defined. The channel for acquiring standard data of guide plate is specified. The design requirements and materials of the guide plate are clarified...
The formulation of this group standard raises the threshold for 3D printing enterprises to enter digital dental industry, but it ensures that doctors can better treat patients.
3. Formulation of Special Requirements for Production Quality Management Regulation on of Biological 3D Printing Medical Devices group standard.
Clear requirements on personnel who are exposed to equipment. Clear requirements on the procurement and storage of such medical devices. Clear requirements on the traceability and labelling of equipment.
The formulation of this group standard ensures the standardization and rigor of biological 3D printing medical devices, and that doctors make fewer mistakes in actual adoption.
The formulation of such standards will lead to higher standardization of 3D printing industry.By meeting industrial standards, enterprises can improve their competitiveness and make their products more in line with market expectations. It’s crucial for the healthy development of 3D printing industry.
