The uv printer nozzle waveform and uv ink relationship.
author: Uvink
2022-11-14
The uv printer nozzle waveform and uv ink relationship.The relationship between
uv printer spray head waveform and uv ink is manifested in: the waveform
corresponding to different inks is also different, which is mainly affected by
the different ink sound speed, ink viscosity and ink density value. Most sprinklers
currently have flexible waveforms to fit into different brands of ink.
The uv printer nozzle waveform and uv ink relationship.The effect of
ink viscosity on the waveform is affected. When the uv printer prints in multipoint mode,
the first drive waveform needs to be suspended and the second waveform ends.
When the second waveform starts depends, the natural oscillation change of
the nozzle surface pressure after the end of the first waveform just decreases to zero.
(Ink viscosity is different, will affect the attenuation time, so the stable ink viscosity is also
an important guarantee to ensure stable printing), and the phase is better, otherwise
the wavelength of the second wave will be changed to ensure the normal inkjet,
which also increases the difficulty of adjusting the best inkjet waveform.
The uv printer nozzle waveform and uv ink relationship.The uv ink sound
speed affects on the waveform, and is usually faster than significant ink sound speed.
The speed of sound of a water-based ink is greater than that of an oily ink.
For the same nozzle, when using a different density of ink, the best wavelength of
its waveform is to be adjusted, such as the driving water-based ink wavelength width is
smaller than the oily ink. The uv ink density value affects the waveform. When the uv ink density
value is different, its sound speed is also different. When the nozzle piezoelectric sheet
size has been determined, the pulse width length of the driving waveform can usually
only be changed to obtain the optimal pulse peak point.
uv printer spray head waveform and uv ink is manifested in: the waveform
corresponding to different inks is also different, which is mainly affected by
the different ink sound speed, ink viscosity and ink density value. Most sprinklers
currently have flexible waveforms to fit into different brands of ink.
The uv printer nozzle waveform and uv ink relationship.The effect of
ink viscosity on the waveform is affected. When the uv printer prints in multipoint mode,
the first drive waveform needs to be suspended and the second waveform ends.
When the second waveform starts depends, the natural oscillation change of
the nozzle surface pressure after the end of the first waveform just decreases to zero.
(Ink viscosity is different, will affect the attenuation time, so the stable ink viscosity is also
an important guarantee to ensure stable printing), and the phase is better, otherwise
the wavelength of the second wave will be changed to ensure the normal inkjet,
which also increases the difficulty of adjusting the best inkjet waveform.
The uv printer nozzle waveform and uv ink relationship.The uv ink sound
speed affects on the waveform, and is usually faster than significant ink sound speed.
The speed of sound of a water-based ink is greater than that of an oily ink.
For the same nozzle, when using a different density of ink, the best wavelength of
its waveform is to be adjusted, such as the driving water-based ink wavelength width is
smaller than the oily ink. The uv ink density value affects the waveform. When the uv ink density
value is different, its sound speed is also different. When the nozzle piezoelectric sheet
size has been determined, the pulse width length of the driving waveform can usually
only be changed to obtain the optimal pulse peak point.
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