Talk:Solid ink

message: Regarding who brought solid color ink-jet to market first, there is some evidence that the first solid ink color printer, the Pixelmaster, was brought to market in 1986 by Howtek Inc. So, Tektronix might not actually have been the first to market with a color solid ink printer. Of course, Tektronix eventually competed with Howtek, dominating the market and securing their share for non-sublimation, phase-change solid ink printing. However, rather than the easily-damaged wax carrier used by Tektronix, Howtek used a durable, optically clear plastic phase change carrier, along with four primary subtractive color dyes (CMYK), soluble in the plastic base material. Howtek also employed an interesting shape-coded method to refill their printer reservoirs with the correct colors.  Howtek began applying for patents in 1985, and several patents issued between 1987 and 1989 covering their method of getting this material onto a wide range of surfaces, head cleaning, etc. Tektronix eventually won the ensuing battle for market share based on output speed (when Howtek began selling the product, it was limited to printing a full color page every two minutes).  The PixelMaster is described in more detail in several InfoWorld   and PC Magazine  articles appearing between 1986 and 1989, and in the solid color printing patents granted to Howtek from 1987 onward .--Jharcourt (talk) 00:30, 2 April 2016 (UTC)
thread_title: Discussion

message: I'll begin by fully disclosing that I'm a Xerox engineer, formerly Tektronix, and for 20 years I have been directly involved in the design and development of solid ink printers. For that reason, I will not make any edits to this article directly, to avoid the appearance of bias.
With that information clearly stated, I'd like to request that the statement that solid ink printers "catch fire" in recent years be given a direct citation, or that the statement be removed. It is not factually accurate to my knowledge, and sounds like the FUD that we have heard our competitors telling potential customers.  The operating temperature of the printhead is just above the boiling point of water, and is below the ignition point of paper, wood, and plastic and most common flammable chemicals, and is actually significantly cooler than the operating temperature of the fuser in a laser printer.  Beyond the active temperature control systems in the printhead, there are also thermal fuses in the printhead heater, that would de-energize the head heaters in any temperature excursion incident.
It is possible that an electronic short or internal electronic component failure could cause a circuit board or other electrically powered assembly to overheat and produce smoke or a smell, but this is the same risk of any electronic equipment that has a large enough power source, and such failures are very uncommon in modern electronics and do not pose a fire hazard.
The statement regarding printers catching fire makes the implication the solid ink printhead poses a unique fire hazard, and is factually incorrect.
I would be appreciative if an impartial editor could investigate this matter and either add a citation, or remove the statement. Thank you.  —Preceding unsigned comment added by Kevindraz (talk • contribs) 07:49, 22 July 2008 (UTC)
thread_title:  Citation requested for the "catching fire" statement in the list of disadvantages 

message: The section that describes the packaging waste compares the volume of the ink sticks to the volume of the uncrushed packaging material, and comes up with a ridiculous ratio approacing 1:4.  Wouldn't it be more fair to considere a ratio that more closely approximates fluid displacement?  The ink blocks are irreducible solids - we should compare the packaging after it is made irreducible, too, n'est-ce pas?
-Maverick Solutions (talk) 18:41, 6 May 2009 (UTC)
thread_title:  Packaging Volume Comparison Suggestion 

message: No arguments heard.  Correction made.
-Maverick Solutions (talk) 15:39, 22 May 2009 (UTC)
thread_title:  Correction Made 

message: Hi,
i just want to know if the Stix are not compatibile, because they've an other shape or also got a different pigment / dye particle size?
Maybe that should be added to the Article.
I personally have used generic toner and generic rollers with my Xerox model solid ink printer and can say the quality is the same. The shape is different and the ink is a bit off color in solid form but it works. However, do not go back to using non generic ink. The change in chemistry causes an oil film to develop on the imaging drum which in turn causes the xerox brand ink to stick and smear print job to print job. I have seen this issue happen twice in the 1 year span of time on one model of printer I am using.
I have noticed the generic solid ink tends to leave more drippings in the waste tray and uses up your maintenance roller faster than the xerox brand. I imagine a serious cost analysis would prove buying Name brand is cheaper in the long run.  —Preceding unsigned comment added by 72.21.196.66 (talk) 14:24, 9 December 2009 (UTC)
thread_title:  Solid ink block and maintenance roller compatibility 

message: In the interest of disclosure I'm also a Xerox employee who works with Solid Ink, therefore I will not make any edits to the article page. I think the inclusion of a messed up print in the article about Solid Ink is of questionable value to the topic. It doesn't seem to represent the NPOV of this site. I looked at the toner article and I didn't see any horror prints posted there. Could this image by removed or at least have a description which makes it relevant to the topic?--Bobarino (talk) 16:26, 5 August 2009 (UTC)
replies: text: I'm inclined to agree. The rest of this article has been kept very neutral, with overly-positive text removed.  It's only fair that something so blatantly negative receive the same treatment.  I've used and maintained solid ink printers for years, starting with a Tektronix model well over a decade ago, and I've seen my share of poor prints, but never seen anything remotely close to the image in question.  The caption of the image, however, makes it seem like this kind of thing is a more normal occurrence.  It is also impossible to verify that this image is not manipulated, or that the output was solely the work of a malfunctioning solid-ink printer, without alteration.  Unless we're going to include examples of worst case scenarios from broken machines in every print technology's article, then there's shouldn't be one here, as solid ink machines are not particularly prone to demonstrate this kind of behavior.  I, not being an employee of Xerox, have removed the image. Macserv (talk) 19:09, 6 August 2009 (UTC)
thread_title: Cleaning page image removal

message: So if you have to go through special procedures to move a printer that has been operating, how do these handle an earthquake?
It would appear that a quake with enough force to cause significant shaking could cause head-to-drum slap in an operating printer that seriously damages the hardware. DMahalko (talk) 05:56, 14 August 2009 (UTC)
thread_title:  Moving of printers ... and earthquakes? 

message: Since the ink is like melted crayon on the page material it much more susceptible to being scraped off.  The ink does not melt into paper as that would cause bleed and color issues.  If printing on a non porous material such as sticker then this affect is even more pronounced.
Not sure if I put this in here correctly.  This should be added as a disadvantage.  Most people are not aware of this unless they have a printer and use it.  We have a separate toner based printer for doing stickers or anything that will take abuse.  — Preceding unsigned comment added by 184.5.67.174 (talk) 18:55, 30 September 2013 (UTC)
thread_title:  Disadvantages 

message: I haven't edited the article directly because this information is based on personal experience using a Phaser III in business the 1980s and I have no idea where to find corroboratory material. Anyone?
==== Advantage ====
When overhead transparencies were the commonest method of giving presentations solid-ink printers were a good solution for printing high-quality foils quickly and cheaply. 
* Versus ink-jet technologies: no need to wait for the ink to dry, no need for special media, and no risk of smearing if the media suffered water spills
* Versus color laser printers: cheaper and better colours on projection
* Versus thermal printers: colour and quality
==== Disadvantage ====
It was almost impossible to photocopy multiple pages automatically, apparently because the ink warmed up and became slightly sticky, preventing the automatic document feed of the photocopier from ejecting the paper.
==== Advantage (for the manufacturer) ====
(I was told this by a service engineer) In order to make it more difficult for third-part suppliers to undercut the pricing of the ink blocks, the printer manufacturer copyrighted their specific shapes.
Machiajelly (talk) 12:27, 20 September 2016 (UTC)
thread_title:  Some possible additions 

message: (I was told this by a service engineer) In order to make it more difficult for third-part suppliers to undercut the pricing of the ink blocks, the printer manufacturer copyrighted their specific shapes.
Machiajelly (talk) 12:27, 20 September 2016 (UTC)
thread_title:  Advantage (for the manufacturer) 

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thread_title:  A Commons file used on this page or its Wikidata item has been nominated for deletion