Is the cause of the pinhole in that blade too? Let's reconsider the blade to improve printing defects! We have a lineup that can meet your needs!
We would like to introduce the "Doctor Blade" that we handle. This is a doctor blade used in pad printing (also known as pad printing or tampo printing). You may not often think about it, but reevaluating the doctor blade is one of the important factors in improving print quality. At Tokushu Abe Seihanjo, we offer four types of doctor blades. Please choose the blade that is suitable for your usage conditions. Sample products are also available. For more details, please download the PDF or feel free to contact us.
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basic information
【Parallel Blade t=0.3mm】 There is no variation in the edge thickness due to wear, allowing for stable scraping. (See image) The scraping pressure is weaker compared to the triangular blade, but it enables stable printing over long periods. It is also suitable for those who want to use the plate for a long time or for use with resin plates. 【Triangular Blade t=0.3mm】 It can scrape with a stronger force compared to the parallel blade. It is suitable for situations where quick startup is needed or for printing large-sized plates. 【Triangular Blade t=0.5mm】 It can scrape with an even stronger force than the 0.3t thick blade. It is suitable for situations where quick startup is desired or for printing large-sized plates. 【Triangular Blade t=0.9mm】 Material: SUS The deflection of the blade is minimized, allowing for uniform scraping with a small amount of force. It is suitable for solid printing, high-viscosity inks, and printing large-sized plates.
Price information
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Delivery Time
P3
Applications/Examples of results
**About the Differences in Blade Edge Shapes** The difference between triangular blades and parallel blades is similar to the difference between pencils and mechanical pencils. Triangular blades are overwhelmingly used for doctor blades in pad printing. The advantage of triangular blades is that they can apply stronger scraping pressure, but the disadvantage is that changes in scraping pressure due to blade edge wear can occur easily, and they tend to cause more damage to the plate. In contrast, parallel blades are much less likely to experience changes in scraping pressure due to edge wear, providing stability over long periods. If the plate size is around 100 to 200, we recommend using parallel blades. This will extend the lifespan of the plate and make setup much easier. **Solve Problems with the t=0.9 Blade!** If you are struggling with issues such as uneven solid printing, interference between the design and the blade direction, or being unable to eliminate pinholes and whiskers, please give the t0.9 blade a try. Compared to other thin blades, it is overwhelmingly less prone to bending, which can help resolve the aforementioned problems.
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Company information
Special Abe Printing Company is a specialized company focused on plate making and auxiliary materials in the fields of special printing and secondary processing such as embellishments. We respond to our customers' needs with the technology, know-how, and achievements we have cultivated over many years, as well as our flexibility. Our mission at Special Abe Printing Company is not only to deliver the plates and auxiliary materials necessary for special printing to our customers but also to leverage our unique strength as a "technical group for special plate making" by adding the information, experience, and knowledge we have accumulated over time, to assist our customers in solving their challenges related to special printing.