How are Electra® blue plates constructed?
Electra blue plates feature an aluminum core and an extra-thick anodized hard coating that is specifically designed to absorb the 1046 nm wavelength of a fiber laser. The dark blue cobalt color enhances absorption of the wavelength rather than reflecting it, resulting in a better and more consistent etch.
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How are the Electra blue plates constructed?
Electra Blue Plates have an aluminum core and a thick blue hard coating. This coating is designed to absorb the 1046nm wavelength of any fiber laser. Unlike shiny plates, the blue color absorbs the wavelength; it does not reflect it. This makes the ...
My Electra blue plate looks more faded than it did when I originally got it. Do I need new plates?
It is normal for the Electra blue plate color to fade with use of the plate.
What is the difference between an Electra steel back and an Electra blue plate?
Compared to the Electra Steel material, Electra Blue is thicker. This plate material offers increased printing stability and improved resistance to damage. This, in turn, effectively increases the plate life. Electra blue is double-sided and capable ...
How do printing plates work?
Pad printing plates are one of the critical components in the pad printing process. This pad printing consumable serves the purpose of holding the artwork. Etch the artwork into the printing plate using a laser or an exposure unit. An ink cup, which ...
What are the correct exposure times for Boston Industrial Solutions, Inc., polymer plates?
When making pad-printing plates, the exposure time varies greatly depending on the exposure unit. For most esposure units, as a rule of thumb, start with 60 seconds on the first exposure and 60 seconds on the second exposure (film positive). Note ...