The Layerwise Slurry Deposition is a technology for the deposition of highly packed powder layers. A powder bed is achieved by depositing and drying layers of a ceramic suspension by means of a doctor blade. This deposition technique was combined with the binder jetting technology to develop a novel Additive Manufacturing technology, named LSD-print. The LSD-print was applied to a porcelain ceramic. It is shown that it was possible to produce parts with high definition, good surface finish and at the same time having physical and mechanical properties close to those of traditionally processed porcelain, e.g. by slip casting.

This technology shows high future potential for being integrated alongside traditional production of porcelain, as it is easily scalable to large areas while maintaining a good definition. Both the Layerwise Slurry Deposition method and the binder jetting technologies are readily scalable to areas as large as >1 m².

分层浆料沉积是一种用于沉积高度堆积的粉末层的技术。通过利用刮刀沉积和干燥陶瓷悬浮液的层来获得粉末床。将该沉积技术与粘合剂喷射技术相结合，开发了一种名为LSD-print的新型增材制造技术。LSD印刷被应用于瓷器陶瓷。结果表明，可以生产出高清晰度，良好的表面光洁度并同时具有与传统加工瓷器相近的物理和机械性能的零件，例如通过滑模铸造。

这项技术显示出与传统瓷器生产整合的巨大潜力，因为它可以轻松扩展到大面积，同时保持良好的清晰度。分层浆料沉积法和粘结剂喷射技术都可以轻松扩展到大于1 m ^2的区域。