Anycubic Photon Printer Owners 造訪社團 » 用戶發文

Hello champions of The fellowship of the Photon,

I have had to put my head on something for the weekend and this came out:
It's an upgrade to the draining bracket that you don't have to set up after each print. It just sits there, attached to the build plate so that you just have to
- release the build plate from the Z carriage,
- fix it in draining position.

Anycubic Photon draining bracket found on # Thingiverse https://www.thingiverse.com/thing:4130991

Hope some of you will find it useful ❤️

你好光子聯誼會冠軍,

週末我不得不把我的頭放在某事上, 結果出來了:
這是一個升級到排水括號, 你不必在每次列印後設定. 它只是坐在那裡, 附在構建板上, 所以你只需要
-釋放z車廂的構造板,
-把它放在排水位置.

在#thingiverse上發現任何立方體光子排水括號https://www.thingiverse.com/thing:4130991

希望你們有些人會覺得有用 ❤️

· 查看原文 · 為此翻譯評分

Just wondering if there's any follow-up to these posts. Any chance the File Validator could one day even the light output out by merging a mask (image format) with all the layers in a photon file? Would it be an option, to have such an "active calibration", so that one could use the build area edge to edge with little to no variation in light distribution?

https://m.facebook.com/groups/1194619320682708?view=permalink&id=1437738666370771

https://m.facebook.com/groups/1194619320682708?view=permalink&id=1445411812270123

https://m.facebook.com/groups/1194619320682708?view=permalink&id=1779342285543739

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Has anyone tried to print the Ember's feathered sample model?

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https://youtu.be/TIR0AISivF0

Printer:
Anycubic Photon, blue panels (then replaced with yellow panels from fepshop.com ), unconstrained z-rod

Resin:
Photon Green
0.035mm LT
7s NE
1s OT
45s BE
8s BL

Supports:
30deg Angle threshold
5mm Y-offset
60deg Max angle
55% Density
0.035mm Layer height
1.5mm Post diameter
0.5mm Tip diameter
7.5mm Base diameter
NO Allow top connections
2.5mm Tip height
1.5mm Base height
65% Stud density
16 Post sides

Workflow:
Netfabb (STLs analysis and correction) + Meshmixer (parts orientation, supports automated generation, supports manual alteration and reinforcement, drainage holes generation) + Photon Slicer (validation of Meshmixer supports through unapplied automatic support generation; slicing process)

Results:
An almost imperceptible amount of z-wobbling to work on, but apart from that: gold.

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Guys, just to be sure:
Second gen Photon only means yellow panels, right?

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https://youtu.be/YQwzc8kL0lE

One more thing concerning grayscale images: evening light output. Thoughts?
The topic has already been discussed here ( https://www.facebook.com/groups/AnycubicPhoton/permalink/1362798507198121/ ), but never under the light of grayscale masks.

Anti-aliasing and sub-pixel resolution have already been briefly analysed here ( https://www.facebook.com/groups/AnycubicPhoton/permalink/1404660366345268/ ) as two of some of the advantages connected to grayscale mask projections (see https://www.facebook.com/groups/AnycubicPhoton/permalink/1330118047132834/ ).

Just to sum up some of the related topics that came out in the group:
Grayscale seems to be a bit of a bottleneck, requiring both a firmware update and, of course, a new slicer. A search for IP infringement, possibly discrediting freedom to operate, might also be in order before anything could be done in that direction. Finally, multiple exposure masks per single layer might also provide the same benefits as grayscale images do. But at what cost? Hardware wear? Time?

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Has anyone tested this?
If so, what software and/or procedure did you use?

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