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THE COMPARISON OF PRINTS PRODUCED BY CTP AND CONVENTIONAL PLATE

机译:CTP和常规印版生产的印刷品比较

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CtP which was first introduced into the printing sector in Drupa Printing Fair in 2000 has recently started to be used intensively as its price was lowered and its physical appearance was minimised. In the last two years, nearly all of the big printing houses became extensive users of CtP. It is clear that the printing quality of the plates prepared by CtP is better than the plates prepared by ordinary films. As there are limited technical references, the sector is still faced with problems in the usage of CtP. In the present study, a photograph in a ISO 300 standart and a UGRA 82 plate control scale were posed together to form a film and CtP into the plates. A print was done into Exprint 300 g/m2 cartonboard produced by Kartonsan cartonboard factory, the biggest producer in Europe with CMYK inks. It was tried not to change physical conditions during the preparation of the plate and the print. The tramtone values in the plate were passed unchanged. In addition, the optical and mechanical dot gain were measured on the plates. The quality of dots on the surface of the plates was viewed by an optical microscope. The mechanical dot gain, trapping and solid tone values were measured by a printing densitometer at the surface of the printed matter and these parameters were graphically evaluated.
机译:CtP于2000年在Drupa印刷博览会上首次引入印刷领域,最近由于其价格降低和物理外观最小化而开始得到广泛使用。在过去的两年中,几乎所有大型印刷厂都成为了CtP的广泛用户。显然,CtP制备的印版的印刷质量优于普通薄膜制备的印版。由于技术参考文献有限,该行业在使用CtP方面仍然面临问题。在本研究中,将以ISO 300标准格式的照片和UGRA 82印版控制比例放置在一起,以在印版中形成胶片和CtP。由欧洲最大的CMYK油墨生产商Kartonsan纸箱板厂生产的Exprint 300 g / m2纸箱板进行了打印。试图在制版和印刷过程中不改变物理条件。板中的tramtone值保持不变。另外,在板上测量了光学和机械点增益。用光学显微镜观察板表面上的点的质量。通过印刷密度计在印刷品表面测量机械点增益,陷印和固体色调值,并以图形方式评估这些参数。

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