medical
with its high flexibility, unlimited production capabilities, and cost-saving advantages, 3d printing technology is better suited to meet the individualized and precise medical needs in the field of medicine
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achieve personalization
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higher quality
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high efficiency
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batch production
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lightweight
applications
1/1
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knee bracket（exhibit）
material:cocrmo alloy
size:72mm×46mm×52mm
mechine:blt-s210
weight:0.21kg
time:2h
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nickel-titanium vascular stent（exhibit）
material:nickel-titanium alloy
size:φ8mmx100mm（sigle piece),for the overall 200mmx200mmx100mm
mechine:blt-s210
weight:1g(single)
time:10h
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tantalum acetabular cup（exhibit）
material:tantalum
size:φ50mmx50mm
mechine:blt-s210
weight:0.5kg
time:12h（2 pieces）
one-stop customized product solutions
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1
model evaluation
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2
optimized design
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3
printing process
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4
post processing
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5
testing service & quality standard identification
materials used
titanium alloy
cocrmo alloy
titanium
magnesium alloy(we43)
nickel-titanium alloy
tungsten alloy
tantalum alloy
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related news
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company news
nitinol vascular stent（exhibit）: technical exploration of new material forming
24 4月
2022 -
company news
user’s story | research on “magnesium”: blt supports tsinghua university in new material research
23 7月
2021 -
company news
blt and wego ortho partner to streamline medical am development in orthopedics
18 4月
2023
related videos
1/6
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nitinol vascular stent（exhibit）
nitinol vascular stent（exhibit）is printed by blt-s310. based on the application characteristics of nitinol vascular stents (exhibits), blt has developed a shape-memory alloy process, which facilitates the formation of fine structures of 0.1~0.2mm. the material has super elasticity and has good shape-memory effect after carrying out the deformation training.
