buble jet printer This is a topic that many people are looking for. passionistsisters.org is a channel providing useful information about learning, life, digital marketing and online courses …. it will help you have an overview and solid multi-faceted knowledge . Today, passionistsisters.org would like to introduce to you Canon Bubble Jet technology. Following along are instructions in the video below:
“Bottles. Jeff printer technology ends for the ideal combination of digital photo printing capabilities and and hands photo image quality and i speed printing performance precise smooth unnatural realistic photo quality smaller in droplets with highly accurate placement are the key to this high level of image quality. Canon s new micro fine drum with technology positions the heaters directly above the ink ejection opening expelling. The ink together with bubbles of air ultrafine uniformly sized ink droplets are expelled at high speed with extremely accurate placement.
The droplets form perfectly round diamonds producing consistently high image quality that canon print has a manufacturer using the world s first complete photolithography process integrating both heaters and nozzles these printheads make possible. The highly accurate ejection of ultrafine ink droplets. The combination of canons unique ejection method and our proprietary manufacturing. Process is what we call new micro fine droplet technology.
Now kenan takes new micro fine. Trumpet. Technology. To a new threshold.
With the introduction of even smaller ultrafine ink droplets while retaining essential high speed printing performance. Cannons advanced technology achieves ultra realistic photo image quality with enhanced tonal gradation particularly in the mid range tolerance our new micro fine..
Droplet. Technology. Doesn t merely make the ink droplets. Smaller.
Let s take a look at the advantages of new micro fine droplet technology and how it compares to thermal inkjet and piezo electric processes used by other manufacturers let s compare the printhead from a competitor s thermal inkjet printer at a glance. The ejection method seems to be similar. But you might refined droplet technology bows superior performance in several areas. The secret is in the manufacturing process.
Other companies manufacturing is based on an assembly process in which a film our metal plate with ink ejection openings is bonded to a substrate this process often results in manufacturing discrepancies in addition ink supply ports are formed by rotary cutter or by colliding microscopic particles at high speed there is a limit to the accuracy of this machining process and it is not possible to shorten the distance from the ink supply port to the ejection opening as a new micro fine droplet technology you micro fine droplet technology. Employ semiconductor production technologies at every stage of the manufacturing process creating an integrated unit that requires. No assembly and greatly increasing the precision of the print nozzles canons proprietary micromachining technology from its precise machining of the ink supply ports making it possible to shorten the distance to the ejection opening these short precise and machine nozzles deliver significantly better ink ejection and printing quality performance. Because the distance from the heater to the ejection opening is longer the ejection method.
Used by competitors does not allow for completely ejection of the bottle. Requiring repeated bubble generation and contraction processes..
The position and timing of ink expulsion is inconsistent and easily affected by temperature variations and other factors. This results in the generation of ink droplets of varying sizes. And as it is necessary to go vol serving in excess of the amount that is ejected the combination of fluid resistance and the pullback effect lowers ejection force. The resulting in droplets are subject to air resistance and may fail to strike.
The paper in precise alignment with micro fine droplet technology. Only a short distance separates. The heater and the ejection opening making it possible to cleanly eject all the hang the effects of factors such as temperature variations are minimized making it possible to eject the prescribed volume of ink with minimal irregularity being is expelled forcefully minimizing the effects of air resistance and ensuring precise placement of ink droplets now let s take a look at the advantages of new micro fine droplet technology compared to competing piezo electric processes first let s examine the ejection process these processes rely on deformation of an actuator. A piezo electric element that pulls and pushes to egypt the ink droplets as these deformations are infinitesimal a large element is needed to eject the required volume of ink from the nozzle.
The resulting nozzle is long and large compared to new micro fine droplet technology. The difference in size is significant because it is necessary to move a large amount of ink within the nozzle changes in ink temperature and viscosity can easily affect the volume of the ink droplets. The force of ink ejection is weak increasing the effects of air resistance and lowering the accuracy of drunk place match the sequence required to alter the piezo electric element requires a more complex driving process for ink ejection restricting a drive frequency in comparison. The short nozzles employed by new micra find rapid technology permit high drive frequency the difference in the number of ink droplets ejected in one second creates an effective advantage in printing speed like thermal inkjet.
Piezo electric print ads are manufactured using an assembly method for the piezo electric process fundamental limitations require assembly of multiple layers of parts. Precision is sacrificed and shapes are inconsistent with significant deviations between nozzles and because the nozzles themselves are large and long it is difficult to create identity multiple nozzle printheads dots laid down in a single pass of the printhead show low density and poor placement accuracy..
Affecting both print quality and print. Speed. The simple principle behind new micro find droplet technology from its utilization of semiconductor manufacturing processes for all steps creating an integrated unit that requires no assembly and significantly boosting the precision of the print nozzles this structure and manufacturing method creates nozzles that are incomparably smaller than piezo electric nozzles making it easy to produce high density multi nozzle print heads. Because a single pass of the printhead.
Produces high density highly. Accurate. Dot placement. You might refine.
Droplet technology. Results. In higher speed and higher quality printing compared to piezo electric printers due to superior manufacturing and ink ejection methods you micro fine droplet technology produces significant advantages in accuracy. Print quality and speed.
The most basic requirements for a printer premium image quality faithfully. Rendered..
Let s look inside the core of a bubble jet printer. The printhead measures. Only about the size of a fingernail tip. Yet it houses a total of three thousand seventy two nozzles and ink droplets ejected from the nozzle measure.
Only to eco leaders that s about the same size as a particle of cosmetic powder. What s more each nozzle in this. Printhead ejects micro fine in profits at the high speed of 24000. Per.
Second this ultra high performance printhead also ensures placement of ink droplets with ultra high precision. We brought together our high level materials and semiconductor production technologies to realize. This ultra high performance printhead original technologies from taman continued to advance the image quality. ” .
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