HP announces new head, new future

  • Thread starter Thread starter Arthur Entlich
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Arthur Entlich

No, this is not about another major personel change at HP.

However, HP has announced they have successfully developed a new inkjet
head that is completely made of an integrated circuit or a "chip".

Current heads are made from laminates of materials and involve complex
processes using lasers to burn the nozzle holes. Each company uses some
process that is fairly costly to make the heads.

Although in the beginning the new HP head design will prove expensive,
it does allow for economy of scale, once they ramp up, since the actual
cost of materials and design make it cheap and easy to make in quantity.

HP hopes this invention will lead to a breakthrough for them into more
commerical markets, like photo labs, and even possibly allowing large
printing presses to be replaced by some type of inkjet technology.

The new heads will also allow for much faster output, and larger head
size with more nozzles.

Art
 
No, this is not about another major personel change at HP.

However, HP has announced they have successfully developed a new inkjet
head that is completely made of an integrated circuit or a "chip".
[/QUOTE]
Sounds similar to the Canon process
 
HP has been using this process for years before. #45 cartridges are
maden with this process. Of course I am not a specialist to judge wich
process is "more" lithographic. I'm almost sure the #45 is the first
cartridge in the world maden with an almost totaly lithographic
process.
On the other hand, marketing reasons cause manufacturers te be the
best... the best inks, the best cartridges, etc, etc, etc.

Yianni
 
I don't know enough about the Canon design to comment fully. I was
under the impression that Canon's heads were made up of many
manufacturing components and layers, not just a basic IC design.

Art
 
Can you provide a good URL link on the current Canon head technology?
I'd like to read more about it.

Art
 
I just did a Google search on Canon inkhead technology, and from what I
read there, it does appear to have similarities to HP's announcement. I
can't pass judgment without knowing more about each.

Canon has a very interesting 76 page color and well illustrated pdf
"book" on many of their printer and digital technologies which can be
downloaded at:

http://www.canon.com/technology/pdf/tech2005e.pdf

Inkjet technologies are covered on page 34.


Art
 
Whatever it is HP announced, it is not supposed to be reflective of any
of the previous technology they used. This is supposed to be a new
technology and a major advancement. The news release I read wasn't all
that specific, but it does sound like this is a major step forward in
inkjet technology.

Art
 
Can you provide a good URL link on the current Canon head technology?
I'd like to read more about it.
Click to expand...

If you are actually interested in the subject here is the marketing
banter, it's *somewhat* informative. I got the info from one of those
marketing folks suspected to be employed by a 3rd party company to hang
out in retail stores and spam the blogs.

http://www.canon.com/technology/ij/01.html

I don't know much about the subject above and beyond the marketing
tripe. It seems to me that something that is basicly still a bubble
jet with minor improvments is severly limited in terms of the
tempurates that can be used vs using ceramics for example. Also multi
layered designs (can't think of the company off the top of my head at
the moment) can be bonded together via sonics rather than resins,
perhaps a company assoicated with brother? I can't remember.

The canon design from what i've observed, in all fairness, is rather
limited to a drop size determined by the size of the chamber... and the
size of the hole much in the same way that medical drop dosing operates
except the fact that exit port is at a right angle to inkflow, prior
art likely to be the atomizer or something similar.

It's been a while since I looked at HP so I don't know if their nozzles
can serve to produce variable sized drops or not.
 
Also multi layered designs...can be bonded together via sonics rather
than resins...
Click to expand...

Resins seem to be both part of the assembly and used in the manufacturing
process to create voids, rather than as bonding agents. If 'Resin B' is
self-bonding, then it's a moot point!
The canon design from what i've observed, in all fairness, is rather
limited to a drop size determined by the size of the chamber.
Click to expand...

The way the drops are applied does seem to do the job, though, or so I'm
reliably informed.

Jon.
 
Zakezuke, marvelous Canon web site on this technology, light, color, etc.

--
Dave C.

(e-mail address removed)9et

Remove the five 9's (leave the 4) for email.
 
Jon O'Brien said:
Resins seem to be both part of the assembly and used in the manufacturing
process to create voids, rather than as bonding agents. If 'Resin B' is
self-bonding, then it's a moot point!
Click to expand...

I read a posting in the Nifty-stuff forum, a few months ago, that described
a canon print head that had one color blocked that could not be cleared by
any technique. Disassembly of the print head disclosed a small piece of a
bonding substance (resin filler?) that had broken loose and blocked the ink
flow. This may explain many Canon printhead failures that defy other
explanations.
 
Arthur said:
Whatever it is HP announced, it is not supposed to be reflective of any
of the previous technology they used. This is supposed to be a new
technology and a major advancement. The news release I read wasn't all
that specific, but it does sound like this is a major step forward in
inkjet technology.

Art
Click to expand...

I asked my son about the new PH tech and from what he said it sounds a
lot like sterolithography, they are growing the passages and nozzles,
no more "machining" of same. This is likely a new application of
process that has been used for yrs in micro motors and micro fluid
controls.

Mickey
 
Resins seem to be both part of the assembly and used in the manufacturing
process to create voids, rather than as bonding agents. If 'Resin B' is
self-bonding, then it's a moot point!
Click to expand...

I was refering to another alternative to resins, a company I seem to
think is associated with bother is going ceramics and sonic bonding.
The way the drops are applied does seem to do the job, though, or so I'm
reliably informed
Click to expand...

It does do the job. I lack enough actual information to make a truelly
valued judgement, but as with all thermal designes you are very limited
in terms of the medium you can use esp when your temprature is limited
by the melting point of your base materials. Also this might explain
why some are none too hip to the ip6000 with it's 1pl and 5pl drops...
there is not really an option for 2pl drops which in some cases look
better depending on what you are doing.

I am curious what temps HP heads operate at... from my limited
understanding they are hotter. I don't know if they offer variable
drop sizes nor do I know anything about the nozzles. I sort of made a
choice to go canon due to the lower cost of consumables, and in part
because I felt burned buying the PSC 950.... the black yield was lower
than the 45a cart I was using for my hps in the past, and lower yields
were something I didn't expect on a $400 printer.
 
Whatever it is HP announced, it is not supposed to be reflective of any
of the previous technology they used. This is supposed to be a new
technology and a major advancement.
Click to expand...

That's why I surprised a bit. May HP improved the process. I searched a
little but found nothing about. Where do you read about the chip like
printhead manufacturing process of HP? Any link?

The chip like printhead manufacturing helps in two aspects: cost and
accuracy. If you unglue the whole printhead/circuit from a hp 45 cartridghe,
you will be surprised how easy is to make your own printhead/cartridge.
 
Disassembly of the print head disclosed a small piece of a bonding
substance (resin filler?) that had broken loose and blocked the ink
flow.
Click to expand...

Considering the size of the print head. and the ink channels therein, I'd
be interested to know what sort of tools and microscope were used to
achieve this!

Jon.
 
Burt said:
I read a posting in the Nifty-stuff forum, a few months ago, that described
a canon print head that had one color blocked that could not be cleared by
any technique.
Click to expand...

Must have been with aftermarket ink.
Disassembly of the print head disclosed a small piece of a
bonding substance (resin filler?) that had broken loose and blocked the ink
flow. This may explain many Canon printhead failures that defy other
explanations.
Click to expand...

aftermarket ink probably broke the bonding. ate away at the resins.
 
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