In inkjet 3D printing [34], a liqui

In inkjet 3D printing [34], a liquidized photo-polymer is heated to
about 73 °C, jetted onto a surface and instantly cured with UV light.
Most commercial printers contain at least two print heads similar to
the ones in conventional printing, one for the support material and
one for the model material [35]. Additional print heads can be added
for higher material throughput or to print multiple materials [36],
which is one major advantage of the process [37]. Each print head consists of numerous, linearly aligned nozzles. Thin layers of cured material
pile up while the build tray moves down until the part is finished [35].

結果 (中文) 1:

在喷墨 3D 打印 [34]，液化的光聚合物加热到73 ° C 左右，黑色大理石表面和立即用 UV 灯固化。大多数商业打印机包含至少两个打印头相似在传统的印刷、 一个用于支持材料的和一个用于模型材料 [35]。可以添加额外的打印头为更高的材料吞吐量或打印多个材料 [36]这是过程的一个重大优势 [37]。每个打印头包括众多，线性对齐喷嘴。薄层的固化材料堆积而生成托盘下移直到第部分是完成 [35]。

結果 (中文) 3:

在喷墨3D打印[ 34 ]，一个液态光聚合物加热到73°C，喷射到表面瞬间固化的UV光。大多数商业打印机至少包含2个打印头类似于在常规印刷，一个用于支持材料和一个模型材料[ 35 ]。附加打印头可以添加对于较高的材料吞吐量或打印多个材料[ 36 ]，这是一个主要的优点的过程[ 37 ]。每个打印头由大量的，线性排列的喷嘴组成。薄层固化材料当构建托盘移动下来，直到部分完成[ 35 ]。