Difference between revisions of "User:Floor/week2"

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Present an image of your 'making teqnique' from a pre-industrial era
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==Research: 4 printing techniques==
  
'''Japanese Woodblock Printing'''
 
  
[[File:japanese_woodcut_process.jpg]]
 
  
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'''Japanese Woodblock Printing''' (pre-industrial era)
  
Present an image of your 'making technique' from the/its industrial revolution (how did the industrial revolution fundamentally change the given technique:
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I love the texture and soft (and relatively limited) colours of traditional Japanese woodblock prints.
  
'''Steam press'''
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[[File:japanese_woodcut_process.jpg | 200px]]
  
faster and more efficient, less physical labour, production costs went down, books and publications drop in price, not just for the elite anymore
 
  
[[File:
 
  
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'''Steam press''' (industrial revolution)
  
Present an image of your 'making technique' that uses contemporary technologies
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The steam press was faster and more efficient and required less physical labour. Production costs went down, therefor books and publications dropped in price. So everyone could enjoy them, they were not just for the elite anymore. I really like that ;this machine made books and publications more accessible.
  
'''Flatbed printer'''
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[[File:steam-press-FS.jpg | 200px]]
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'''Flatbed printer''' (contemporary technology)
  
 
Wikipedia: “The biggest advantage that you can get from flatbed digital printing is the versatility that they offer. No matter what material, what shape, and what size of the material you want to print on, as long as it has a flat surface and does not exceed the maximum size of printable area of the flatbed, you can print on it. The resolution of prints produced by these devices is also very high and they can print in quick speed. The ink consumption of the device is also very efficient and you are able to use the ink as optimally as possible.”
 
Wikipedia: “The biggest advantage that you can get from flatbed digital printing is the versatility that they offer. No matter what material, what shape, and what size of the material you want to print on, as long as it has a flat surface and does not exceed the maximum size of printable area of the flatbed, you can print on it. The resolution of prints produced by these devices is also very high and they can print in quick speed. The ink consumption of the device is also very efficient and you are able to use the ink as optimally as possible.”
  
[[File:
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[[File:latbed-printer-FS.jpg | 200px]]
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'''Computational Hydrographic Printing''' (remarkable find)
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With printing you mostly think of flat surfaces, but there are also interesting ways print 3D objects. Like immersing a 3D object in water with a printed film floating on the surface. In this case people invented a program to make the existing technique (hydrographical printing) much more precise.
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[[File:C-H-Printing-FS.jpg | 200px]]
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==Notes==
  
Present an image of your most remarkable find that was made within the field of your give technique (pre or post industrial)
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[[File:Dc-notities7.jpg | 600px]]
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[[File:Dc-notities6.jpg | 605px]]
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[[File:Dc-notities5.jpg | 600px]]
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[[File:Dc-notities4.jpg | 605px]]
  
'''Computational Hydrographic Printing'''
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==link to next week==
  
[[File:
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[[User:Floor/week3 | WEEK 3]]

Latest revision as of 09:58, 20 April 2016

Research: 4 printing techniques

Japanese Woodblock Printing (pre-industrial era)

I love the texture and soft (and relatively limited) colours of traditional Japanese woodblock prints.

Japanese woodcut process.jpg


Steam press (industrial revolution)

The steam press was faster and more efficient and required less physical labour. Production costs went down, therefor books and publications dropped in price. So everyone could enjoy them, they were not just for the elite anymore. I really like that ;this machine made books and publications more accessible.

Steam-press-FS.jpg



Flatbed printer (contemporary technology)

Wikipedia: “The biggest advantage that you can get from flatbed digital printing is the versatility that they offer. No matter what material, what shape, and what size of the material you want to print on, as long as it has a flat surface and does not exceed the maximum size of printable area of the flatbed, you can print on it. The resolution of prints produced by these devices is also very high and they can print in quick speed. The ink consumption of the device is also very efficient and you are able to use the ink as optimally as possible.”

Latbed-printer-FS.jpg



Computational Hydrographic Printing (remarkable find)

With printing you mostly think of flat surfaces, but there are also interesting ways print 3D objects. Like immersing a 3D object in water with a printed film floating on the surface. In this case people invented a program to make the existing technique (hydrographical printing) much more precise.

C-H-Printing-FS.jpg


Notes

Dc-notities7.jpg Dc-notities6.jpg Dc-notities5.jpg Dc-notities4.jpg

link to next week

WEEK 3