3D PRINTING FOR MEDICAL
Enabling Personalized Treatments, Advanced Medical Device Manufacturing,
and Groundbreaking Opportunities for Medical Research.
Enabling Personalized Treatments, Advanced Medical Device Manufacturing,
and Groundbreaking Opportunities for Medical Research.
The INTAM™ polymer materials enable precise 3D printing of personalized medical implants, providing insights into patient anatomies beforehand to enhance the recovery process.
Crafted through 3D printing with PEEK, this is designed for specific patient applications in orthopedic surgeries, ensuring precise positioning, guidance, and protection.
Utilizing additive manufacturing, medical professionals can 3D print anatomical models, providing practical tools for medical training and surgical simulation.
Using CT scan data, a customized porous skull patch was 3D printed for preoperative planning and rapid repair of the skull defect.
A custom-designed porous intervertebral fusion implant, based on CT scan data of the affected disc, was swiftly 3D printed for preoperative planning simulations, ensuring quick treatment and relief of intervertebral pain.
Through animal experiments and clinical trials, the goal is to establish standards for customized functional PEEK implants, ultimately improving outcomes for patients with bone defects.
Innovative thinking, such as interdisciplinary and medical-industrial integration, is a powerful catalyst for advancing clinical medicine. Medical 3D printing technology serves as a sharp tool to overcome practical clinical challenges. I believe that in the near future, 3D printing technology will propel the medical industry into an exciting new era.
Professor Cao Tiesheng
Tangdu Hospital
Various FFF filaments exhibit distinctive properties, encompassing characteristics such as transparency,
biocompatibility, FST certification, chemical resistance, heat resistance, and strength.
Polyether ether ketone is one of the best-performing plastics ever made. PEEK has excellent mechanical, thermal, and chemical resistance, making it the material of choice in some of the most demanding applications.
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ABS (acrylonitrile butadiene styrene copolymer) is a common general purpose thermoplastic 3D printing consumable with good mechanical strength balance, high dimensional stability and certain chemical resistance. ABS has characteristics that make it suitable for engineering design, prototyping, functional testing, part assembly, etc.
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INTAM™ SP5000 is a support filament designed for use with high-temperature model materials, like PEEK, PEEK-CF, PEEK-GF, PEKK, PEI 9085, PEI 1010, PPSU, etc. The material maintains rigidity during printing and goes soften after immersed in ethyl acetate solvent which is easily removable.
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From printing large-size models for medical teaching demonstrations to crafting finely customized medical implants, FUNMAT series is capable of printing a variety of rich materials suitable for the medical field.
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Or contact us via email: info@intamsys.com
