
Revolutionary DMLS Surgical Tool Repairs Ligaments
The success rate of ACL reconstruction is revolutionized with a 3D printed surgical tool.The success rate of ACL reconstruction is revolutionized with a 3D printed surgical tool.
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The design freedom, and the performance increases achieved through design optimization, makes the additive manufacturing process beneficial for many thermal management applications. Design freedom enables the implementation of non-linear and tapered geometries in extended structures like fins, vane blades, capillary wicking structures, heat pipes and conformal internal passages. A byproduct of design freedom is part consolidation, saving time and money on parts production and assembly. Significant weight and space savings can also be realized by designers and engineers utilizing AM.
At Stratasys Direct, we utilize Direct Metal Laser Sintering (DMLS), a type of Direct Metal Laser Melting (DMLM) technology. DMLS produces tough, accurate metal parts and allows for complex geometries including complex internal channels. Utilizing copper material with this technology opens up additional thermal control possibilities for engineers.
Additively manufacturing parts in copper opens new doors for engineers creating novel geometries for thermal management systems. Improving functionality and heat transfer, AM provides unparalleled geometric freedom with the same thermal conductivity afforded from copper.
The success rate of ACL reconstruction is revolutionized with a 3D printed surgical tool.
Read Case StudyA visual exploration of DMLS’ groundbreaking benefits and some common applications.
See the InfographicDiscover the unique performance capabilities for thermal control enabled by DMLS.
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