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什么是 FDM 技术?

FDM 技术可提供 3D 打印技术领域良好的精确度和可重复性,并借助专业 3D 打印机和生产级热塑性塑料制造出坚固耐用且尺寸稳定的部件。

Stratasys 创始人 Scott Crump 于 20 多年前发明了 FDM 技术,自此,Stratasys 始终致力于 3D 打印的变革。

FDM 的优点:

  • 此技术清洁无污染且易于使用,可在办公室环境下应用
  • 其支持的生产级热塑性塑料具备机械稳定性和环境稳定性
  • FDM 技术让曾经难以处理的复杂几何形状和空腔结构制造成为可能 
FDM 打印机、材料和服务

FDM 打印机

基于 FDM 技术运行的 3D 打印机通过加热并挤出热塑性材料细丝,从底部开始逐层构建部件。查看所有 FDM 打印机

FDM 材料

FDM 技术采用与传统制造工艺常用材料一致的可靠热塑性塑料,这种材料可用于对精密度、韧性和环境稳定性的要求较高的应用类型,也可满足静电消散、半透明度、生物相容性、VO 可燃性或 FST 评级等特殊属性要求。查看所有 FDM 材料

尝试 FDM 技术?

借助 Stratasys 中国以及合作伙伴的制造服务加强创新。 了解更多

Made with FDM Technology

详细了解 FDM

FDM Systems 3D Printers

生产级强度

比较 FDM 3D打印机的尺寸、应用和材料

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Airbus

A Path to Certified Parts

Stratasys teamed up with aerospace industry partners to streamline the path to certified production parts.

Stratasys teamed up with aerospace industry partners to qualify the first polymer additive manufacturing material, streamlining the path to certified production parts.

Read the White Paper
Ancillary Tool

FDM for Ancillary Tooling

Fast production and ease of customization result in lower costs than traditionally made tools.

See how FDM technology is a great choice for tools used in composite part post-processing operations like drilling, trimming and bonding. Fast production and ease of customization result in lower costs than traditionally made tools.

Read the White Paper

FDM Materials Chemical Compatibility

Better understand the general performance you can expect when exposing Stratasys FDM materials to various chemicals.

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the Robotic Arm Demonstrator creating a 3D print

Team Penske Gains Competitive Edge for NASCAR and INDYCAR Racing

Team Penske and Stratasys form multi-year partnership to support engineering and manufacturing efforts for NASCAR and INDYCAR racing platforms with 3D printing.

Learn More

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