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#1
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![]() My workplace has changed, After more than a month of study, I now know more about printing metal than I ever thought possible, but still not enough to print a part yet. I am learning on a Desktop Shop System. There are four major pieces of equipment, two hepa vacuums, one blender and a host of attachments. In addition there are numerous Safety and environmental hazards associated with it. From my point of view this is all ridiculously complicated. I have spent forty years learning to make many of the parts this system will make.
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#2
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So are you fighting tooth and nail trying to resist learning the new process? If it wasn’t your decision to implement the new technology, and you do not think it is worth it long term, then you will create a lot of unnecessary stress on yourself.
![]() There are places for the new technology, but it has to be in the right environment. It is not for everyone and everything. Sent from my iPhone using Tapatalk
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Brian You don't know what you don't know. ![]() "It's what you learn after you know it all that counts." John Wooden ![]() |
#3
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My heart isn’t in this. For the first time in my life I am learning a skill that is useless to me, I won’t be owning a metal printer, ever. Moreover I have in recent years become disenchanted about production and prototype manufacturing. The drive to increase product and reduce cost continues with seemingly no end. Machines like this would be considered magical a few decades ago. I can see the likelihood that having their printed parts by the end of the day will soon be not soon enough.
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#4
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![]() Quote:
However, it is useful to your employer. Decisions, decisions.
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Bill in sunny Tucson I believe in gun control. Gun Control: The ability to consistently hit what you are aiming at. Weldor by choice, engineer by necessity. |
#5
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I would think printing some of these forms you’ve made in the past would be a faster way to do it, maybe I’m wrong though? Leaves more time for the hammering and forming, or for other projects.
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#6
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I am by far the most experienced metal former in the company however I do not call the shots. The fellow who does call the shots does not want to expose my skills to the new management. So I am relegated to doing it the way he says. It is largely the company’s loss. I am very close to retirement, it pains me to care anymore. It has been a frustrating ordeal.
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Rust is a color too. |
#7
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I DO believe you can teach an old dog new tricks.
![]() ![]() Any pics of the equipment? Is this sintering and compression or deposition or what? ![]()
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TA Arcmaster 185 w/tig/stick kit MillerMatic 252 w/3rd gen 30A MM140 w/o AS, w/CO2 Hobart (Miller) 625 plasma Hobart 250ci plasma Victor O/A (always ready, but bored) HF 80 lunchbox w/tig 45ACP Black Talons for those stubborn jobs... |
#8
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![]() Quote:
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Bill in sunny Tucson I believe in gun control. Gun Control: The ability to consistently hit what you are aiming at. Weldor by choice, engineer by necessity. |
#9
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![]() Quote:
The Desktop Shop System is a binder jet system. For those that don’t know how it works, very basically: A thin layer of metal powder is evenly spread over a build plate. Then a gantry with numerous jets passes over the layer depositing binder fluid where required for that particular layer. The build plate then drops down the thickness of the next layer and the process of spreading powder and depositing binder repeats over and over again sometimes hundreds of times until the part is complete. The build cake (box) is then placed in an oven for heating. This heat activates the binder fluid which makes it firm in the shape of the desired part. The build box is then placed in a powder station where all the loose powder is removed leaving a very delicate part. The individual part is then placed in a sintering oven where it is heated to a temperature just below the melting temperature of the metal that was printed. After the sintering cycles, the part is done unless further processing/machining is needed.
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Rust is a color too. |
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