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Printed chemical mechanical polishing pad with controlled porosity

机译:受控孔隙度的印刷化学机械抛光垫

摘要

A method of fabricating a polishing pad includes determining a desired distribution of voids to be introduced within a polymer matrix of a polishing layer of the polishing pad. Electronic control signals configured to be read by a 3D printer are generated which specify the locations where a polymer matrix precursor is to be deposited, and specify the locations of the desired distribution of voids where no material is to be deposited. A plurality of layers of the polymer matrix corresponding to the plurality of the first locations is successfully deposited with the 3D printer. Each layer of the plurality of layers of polymer matrix is deposited by ejecting a polymer matrix precursor from a nozzle. The polymer matrix precursor is solidified to form a solidified polymer matrix having the desired distribution of voids.
机译:一种制造抛光垫的方法,包括确定要引入的抛光垫的抛光层的聚合物基质内的空隙的期望分布。产生配置为由3D打印机读取的电子控制信号,该信号指定要沉积聚合物基质前体的位置,并指定不沉积任何材料的空隙的所需分布的位置。对应于多个第一位置的聚合物基质的多层已成功地通过3D打印机进行了沉积。通过从喷嘴喷射聚合物基质前体来沉积聚合物基质的多层中的每一层。固化聚合物基质前体以形成具有所需空隙分布的固化聚合物基质。

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