首页> 外国专利> picture material, method for imaging, method for the production of a printing plate and lithographischen plant which is used to produce a record for a procedure and lithographische printing plate and process for the production of a printed leitungsplatte

picture material, method for imaging, method for the production of a printing plate and lithographischen plant which is used to produce a record for a procedure and lithographische printing plate and process for the production of a printed leitungsplatte

机译:图像材料,成像方法,用于生产印版的印刷版的方法和平版印刷厂以及用于印刷程序的印刷版和平版印刷版的记录以及用于生产印刷版铜版画的方法

摘要

An image forming material and an image forming method which are capable of accommodating a direct laser drawing method, producing an image of a high resolution easily and performing an image forming operation easily in a bright room, lithographic printing plate manufacturing method and apparatus, a lithographic printing plate making method, and a printed wiring board manufacturing method are provided. Concretely speaking, an image forming material having a layer of thermally meltable fine particles on a base material, and a method of forming an image on a base material by melt-fixing the portion of a layer of the thermally meltable fine particles of the image forming material which corresponds to an image portion, and then removing the portion of the layer of thermally meltable fine paticles which corresponds to a non-image portion are provided. The layer of thermally meltable fine particles can be melt-fixed by a laser. The removing of the non-image portion of the layer of thermally meltable fine particles can be done more easily by providing a layer of an alkali-soluble resin between the base material and the layer of thermally meltable fine particles, and applying an alkali solution to this layer of an alkali-soluble resin.
机译:能够适应直接激光绘图法,易于产生高分辨率的图像并且易于在明亮的房间中执行图像形成操作的图像形成材料和图像形成方法,平版印刷版制造方法和设备,平版印刷提供一种印刷版的制造方法以及印刷线路板的制造方法。具体地讲,在基材上具有热熔性微粒层的图像形成材料,以及通过将图像形成用的热熔性微粒层的一部分熔融固定而在基材上形成图像的方法。提供与图像部分相对应的材料,然后去除热熔细颗粒层的与非图像部分相对应的部分。可以通过激光将可热熔融的微粒层熔融固定。通过在基材和热熔性微粒层之间设置一层碱溶性树脂层,并在其上施加碱溶液,可以更容易地去除热熔性微粒层的非图像部分。该层的碱溶性树脂。

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