
3D Printing Puts Fixtures into Gear
Automotive parts supplier gets up to speed on FDM’s capabilities for fixtures Read Case StudyIn the last ten years, the advancements in technology coupled with the corresponding developments of material have hugely impacted the way 3D printing is viewed and relied upon by engineers, designers and manufacturers during development and production.
Each additive manufacturing technology transforms material through heat, light or other directed energies. There are four main material types that correspond with specific technologies: photopolymers, powdered thermoplastics, filament thermoplastics and metals. The marriage between technologies and materials often means that your project’s material needs will determine the process ideal for your project.
Picking the right material comes down to several factors. It can be difficult to keep track of each property needed for a part’s material and determine which material fits the profile. That’s where our Material Wizard comes in. Utilizing this comprehensive tool can help you filter through a series of characteristics and properties to determine which material will meet your project needs.
3D Printing Puts Fixtures into Gear
Automotive parts supplier gets up to speed on FDM’s capabilities for fixtures Read Case StudyDeveloping Flight-Ready Parts
Bell Helicopter reaps rewards from utilizing LS for ECS components.Bell needed helicopter parts quickly and with a repeatable processes at a competitive cost with conventional manufacturing. Stratasys Direct finds the answer.
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The District Detroit Project Uses FDM to Showcase a New Motor CityThe District Detroit Project Uses FDM to Showcase a New Motor City
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