Bespoke bike maker harnesses additive manufacturing

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• Bespoke bike maker harnesses additive manufacturing [358kB]
  

  Bespoke bike maker harnesses additive manufacturing

  Maintaining the consistency and quality of hand-made titanium bicycle components isn’t easy, it takes consummate skill, care and time. Angel Cycle Works challenged Optimus3D to provide a metal additive manufacturing (AM) solution that would produce a chainstay bracket component in a small series quantity to a perfectly uniform quality standard.

  [358kB]
• Bespoke bike maker harnesses additive manufacturing [104kB]

  Bespoke bike maker harnesses additive manufacturing

  Maintaining the consistency and quality of hand-made titanium bicycle components isn’t easy, it takes consummate skill, care and time. Angel Cycle Works challenged Optimus3D to provide a metal additive manufacturing (AM) solution that would produce a chainstay bracket component in a small series quantity to a perfectly uniform quality standard.

  [104kB]
• Angel Cycle Works Bicycle [153kB]
  

  Angel Cycle Works Bicycle

  No description available

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• Highlighted inside of the orange rectangle, shows the location of the 3D printed titanium stem component [339kB]
  

  Highlighted inside of the orange rectangle, shows the location of the 3D printed titanium stem component

  No description available

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• Renishaw’s RenAM 500S system at the Optimus3D headquarters on the Álava Technology Park in Northern Spain [696kB]
  

  Renishaw’s RenAM 500S system at the Optimus3D headquarters on the Álava Technology Park in Northern Spain

  No description available

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• Comparison of hand-welded chainstay bracket and metal 3D printed component [195kB]
  

  Comparison of hand-welded chainstay bracket and metal 3D printed component

  No description available

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• Analysis of the additively manufactured titanium chainstay bracket using Simufact software [256kB]
  

  Analysis of the additively manufactured titanium chainstay bracket using Simufact software

  optimus3D

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• Analysis of the additively manufactured titanium stem component using Simufact software [302kB]
  

  Analysis of the additively manufactured titanium stem component using Simufact software

  optimus3d case study additive manufacturing precision

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• 3D printed titanium chainstay bracket component printed on RenAM 500S system [199kB]
  

  3D printed titanium chainstay bracket component printed on RenAM 500S system

  No description available

  [1600 x 1200] [199kB]