Skip to main content
TU Eindhoven secured funding to transition volumetric additive manufacturing from laboratory breakthroughs to scalable series production.
Funding
1 min read

TU Eindhoven secured funding to transition volumetric additive manufacturing from laboratory breakthroughs to scalable series production.

Originally reported by Metal AM

TU Eindhoven secured funding to transition volumetric additive manufacturing from laboratory breakthroughs to scalable series production. The project targets micro-structures like satellite thrusters with wall thicknesses under 10 micrometers and a Buy-to-Fly ratio of 1. By eliminating layer-based constraints, this technology enables support-free fabrication and micron-scale precision for aerospace and biomedical sectors. This shift represents a critical step in industrializing waste-free manufacturing. 🚀 #3DPrinting #AdditiveManufacturing #VAM #Aerospace

Read Original

How This Connects

4 related events
  1. Same pattern

    Tsinghua University has set a new benchmark in volumetric additive manufacturing with DISH technology.

  2. Same pattern

    MIT has unveiled a computational framework to 3D print soft, woven metamaterials with internal fiber architectures.

  3. Same pattern

    The μRepRap project has achieved 10-micron feature sizes for under $300, matching the scale of early microprocessors.

  4. Same pattern

    KAIST and POSTECH researchers developed an ultra-fine electrohydrodynamic 3D printing method for vertical perovskite nanolasers on chips.

  5. This article

    TU Eindhoven secured funding to transition volumetric additive manufacturing from laboratory breakthroughs to scalable series production.