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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Higher Quality
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High Efficiency
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Batch Production
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Lightweight
Applications
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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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Model Evaluation
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Optimized Design
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Printing Process
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Post Processing
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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 Videos
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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.
