Anycubic Photon Printer Owners 造訪社團 » 用戶發文

原文網址 Seum Jeong
2019-11-09 19:17:41

https://www.reddit.com/…/warning_anycubic_photon_s_firmwa…/…

Kevin Boogaard
2019-11-09 22:21:54

Kevin Boogaard
2019-11-09 22:22:06

Sen Kun
2019-11-10 01:30:38

原文網址 Seum Jeong
2019-04-07 18:18:35

I just finished the heater!

Originally I was thinking of making a 'Photonsters PTC Heater Unit', but it was a bit tricky to get parts from where I live, so instead I disassemble a $16.15 small heater to get the parts I needed.

The circuit of this mini heater is very useful because it has functions such as timer, fan speed control, temperature control function, and voltage conversion.

The case was printed with PETG, and the bent part was not melted by the heat of the heater but because of the failure of the middle of printing.

Compared with 'Photonsters PTC Heater Unit', it is slightly bigger.

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原文網址 Seum Jeong
2019-03-31 15:41:02

I have just completed washing station and curing station!

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Guti Gutmann
2019-03-31 18:24:08

Ralf Müller
2019-03-31 19:51:58

Seum Jeong
2019-03-31 19:57:18

Chris Comeau
2019-03-31 20:00:32

Seum Jeong
2019-03-31 20:03:40

Zachary Koterba
2019-03-31 20:04:52

原文網址 Seum Jeong
2019-03-24 23:57:48

https://youtu.be/xqMmjE7CwQM

Photon-S review by Joe gomez

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原文網址 Seum Jeong
2019-03-23 04:55:31

Studies on UV LEDs.

LCD printers use Ultra Violet-UV LEDs.
The power, shape and number of UV LEDs greatly affect the performance of the printer.

LED power: Photon 25W, Photon-S 38W, EPAX 40W, D7 30W, Phrozen 50W. D8 is unknown. Stronger LED power makes printing faster. Instead, it shortens the life of the LCD screen.

LED shapes: Photon, D7, EPAX have a centered LED and reflective cup. Photon-S, D8 and Phrozen have LEDs arranged in a grid pattern. It is generally known that the LED Array method has better performance.

Number of LEDs: 16 Photon, 28 Photon-S, 30 D7, 49 D8, and 24 Phrozen.

However, when I compared EPAX-X1 with other printers, I noticed that the colors of the LEDs were different. Unlike other printers that have a purple UV light color, the EPAX-X1 is almost blue in color.

Does anyone know the reason?

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Ian Golden Krasser
2019-03-23 05:01:15

Juan Camilo Herrera
2019-03-23 05:02:50

Markus Schönfelder
2019-03-23 05:02:55

Ken Lim
2019-03-23 05:03:06

Michal Baginski
2019-03-23 05:19:55

Markus Schönfelder
2019-03-23 05:26:46

Eric Wilfreesboro
2019-03-23 05:33:16

Eric Wilfreesboro
2019-03-23 05:37:31

David McGyver
2019-03-23 05:39:50

Eric Wilfreesboro
2019-03-23 05:40:56

Markus Schönfelder
2019-03-23 05:44:57

Markus Schönfelder
2019-03-23 05:46:55

Eric Wilfreesboro
2019-03-23 05:48:17

David McGyver
2019-03-23 06:10:16

Toby Kirkby
2019-03-23 06:31:27

Curt Pangracs
2019-03-23 09:42:10

Samarano Samarano
2019-03-23 12:08:55

Seum Jeong
2019-03-23 12:44:12

Samarano Samarano
2019-03-23 12:53:47

Samarano Samarano
2019-03-23 19:40:13

Aleksandr Naumov
2019-03-23 22:26:27

Samarano Samarano
2019-03-23 22:46:41

Aleksandr Naumov
2019-03-23 22:47:51

Samarano Samarano
2019-03-23 22:49:27

Aleksandr Naumov
2019-03-23 22:51:47

Samarano Samarano
2019-03-23 22:58:06

Sen Kun
2019-03-23 23:00:32

Vinicius Silva
2019-03-24 02:08:38

Vinicius Silva
2019-03-24 02:09:57

Samarano Samarano
2019-03-24 02:23:38

Robert Silvers
2019-03-24 07:04:52

Martijn Bosch
2019-03-24 21:42:04

原文網址 Seum Jeong
2019-03-20 18:54:52

https://all3dp.com/1/anycubic-photon-s-review-3d-printer-s…/

Sen Kun
2019-03-20 18:57:14

Jeremy Wilson
2019-03-20 19:58:00

Bon Chau
2019-03-20 23:12:28

Sen Kun
2019-03-21 00:24:39

Kevin Rank
2019-03-21 02:44:44

谢信福
2019-03-21 10:21:56

Robert Silvers
2019-03-21 11:47:00

Robert Silvers
2019-03-21 11:47:55

Phil Riley
2019-03-21 13:48:41

Da Dornta
2019-03-21 14:19:24

Sen Kun
2019-03-21 14:27:03

Sen Kun
2019-03-21 23:03:50

Alex Varley
2019-03-22 01:08:43

原文網址 Seum Jeong
2019-03-14 21:08:12

Note) I am not an engineer and the following is just a summary of Google search results.

The Z-axis used by photon and EPAX are all based on guide rails using bearings, but they are different types.

Photon is a SG (Speed Guide) type with three bearings located between two steel rods. EPAX is an OSG(Outside speed guide) type with four bearings located on the outside of two steel rods.

SG type is good for Y direction load. OSG type is Good for Z direction load.

The SG rail is less noise, durable and easier to maintain than a linear motion (LM) guide rail. However, since it has fewer contact points than LM guide rails, it is not suitable for high loads.

If print size increases like phrozen, it would be appropriate to use the LM guide rail.

And Photon-S consists of two SG type rails combined together. It can be said that the combination of SG type and OSG type. It's also much wider than Photon's rails.

I can be sure that EPAX's Z-axis is more stable than Photon. However, the performance of Photon-S double SG type rails will not be known until there is a detailed comparison.

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