Bladeren bron

added lots of stuff to 3d printing pages

Thomas Buck 3 jaren geleden
bovenliggende
commit
6cb62989cb
69 gewijzigde bestanden met toevoegingen van 271 en 20 verwijderingen
  1. 214
    15
      input/projects/3d-printing/ctc-i3.md
  2. 23
    5
      input/projects/3d-printing/fabrikator-mini.md
  3. 34
    0
      input/projects/3d-printing/ikea-lack.md
  4. BIN
      static/img/ctc_i3_bed.jpg
  5. BIN
      static/img/ctc_i3_bed_small.jpg
  6. BIN
      static/img/ctc_i3_board.jpg
  7. BIN
      static/img/ctc_i3_board_small.jpg
  8. BIN
      static/img/ctc_i3_cam.jpg
  9. BIN
      static/img/ctc_i3_cam_small.jpg
  10. BIN
      static/img/ctc_i3_extruder.jpg
  11. BIN
      static/img/ctc_i3_extruder2.jpg
  12. BIN
      static/img/ctc_i3_extruder2_small.jpg
  13. BIN
      static/img/ctc_i3_extruder_small.jpg
  14. BIN
      static/img/ctc_i3_fet.jpg
  15. BIN
      static/img/ctc_i3_fet_small.jpg
  16. BIN
      static/img/ctc_i3_front.jpg
  17. BIN
      static/img/ctc_i3_front_small.jpg
  18. BIN
      static/img/ctc_i3_pi.jpg
  19. BIN
      static/img/ctc_i3_pi_small.jpg
  20. BIN
      static/img/ctc_i3_power.jpg
  21. BIN
      static/img/ctc_i3_power_small.jpg
  22. BIN
      static/img/ctc_i3_psu.jpg
  23. BIN
      static/img/ctc_i3_psu_small.jpg
  24. BIN
      static/img/ctc_i3_side.jpg
  25. BIN
      static/img/ctc_i3_side_small.jpg
  26. BIN
      static/img/ctc_i3_top_left.jpg
  27. BIN
      static/img/ctc_i3_top_left_small.jpg
  28. BIN
      static/img/ctc_i3_top_right.jpg
  29. BIN
      static/img/ctc_i3_top_right_small.jpg
  30. BIN
      static/img/ctc_i3_x_left.jpg
  31. BIN
      static/img/ctc_i3_x_left_small.jpg
  32. BIN
      static/img/ctc_i3_x_right.jpg
  33. BIN
      static/img/ctc_i3_x_right_small.jpg
  34. BIN
      static/img/ctc_i3_y_belt.jpg
  35. BIN
      static/img/ctc_i3_y_belt_small.jpg
  36. BIN
      static/img/ctc_i3_y_corner.jpg
  37. BIN
      static/img/ctc_i3_y_corner_small.jpg
  38. BIN
      static/img/fabmin_filament_fan.jpg
  39. BIN
      static/img/fabmin_filament_fan_small.jpg
  40. BIN
      static/img/fabmin_front.jpg
  41. BIN
      static/img/fabmin_front_small.jpg
  42. BIN
      static/img/fabmin_pi.jpg
  43. BIN
      static/img/fabmin_pi_small.jpg
  44. BIN
      static/img/fabmin_relais.jpg
  45. BIN
      static/img/fabmin_relais_small.jpg
  46. BIN
      static/img/fabmin_side.jpg
  47. BIN
      static/img/fabmin_side2.jpg
  48. BIN
      static/img/fabmin_side2_small.jpg
  49. BIN
      static/img/fabmin_side_small.jpg
  50. BIN
      static/img/fabmin_webcam.jpg
  51. BIN
      static/img/fabmin_webcam_small.jpg
  52. BIN
      static/img/i3_hotend_extruder_1.png
  53. BIN
      static/img/i3_hotend_extruder_1_small.png
  54. BIN
      static/img/i3_hotend_extruder_2.png
  55. BIN
      static/img/i3_hotend_extruder_2_small.png
  56. BIN
      static/img/lack_corner.jpg
  57. BIN
      static/img/lack_corner_small.jpg
  58. BIN
      static/img/lack_extension.jpg
  59. BIN
      static/img/lack_extension_small.jpg
  60. BIN
      static/img/lack_slide_table.jpg
  61. BIN
      static/img/lack_slide_table_small.jpg
  62. BIN
      static/img/lack_spool_1.jpg
  63. BIN
      static/img/lack_spool_1_small.jpg
  64. BIN
      static/img/lack_spool_2.jpg
  65. BIN
      static/img/lack_spool_2_small.jpg
  66. BIN
      static/img/lack_spool_3.jpg
  67. BIN
      static/img/lack_spool_3_small.jpg
  68. BIN
      static/img/lack_tools.jpg
  69. BIN
      static/img/lack_tools_small.jpg

+ 214
- 15
input/projects/3d-printing/ctc-i3.md Bestand weergeven

@@ -8,19 +8,218 @@ flattr: true
8 8
 
9 9
 <span class="listdesc">[...back to 3D-Printing overview](3d-printing.html)</span>
10 10
 
11
-**More content coming soon!**
12
-
13
-* Power Supply Replacement
14
-* Heatbed Replacement
15
-* MOSFET for Heatbed
16
-* Y-Axis Replacement
17
-* Y-Carriage Replacement
18
-* Y-Carriage Webcam Mount
19
-* X-Axis Replacement
20
-* X-Carriage Replacement
21
-* Experiments with Dual Extrusion
22
-* Z-Axis Top Fix
23
-* Frame Braces
24
-* Raspberry Pi Addon
25
-* Power Button
11
+The CTC i3 Pro B is a very cheap chinese Prusa i3 clone.
12
+I bought it a couple of years ago for about 110 Euros.
13
+The frame and motor mountings are made out of pieces of laser cut wood.
14
+Because of this, the frame flexes a lot, which is the main reason I would not recommend this machine today.
15
+Nonetheless, this is my main printer.
16
+I have used it a lot over the years and also modified many things on it.
17
+
18
+The Y Axis mainly consists of M8 threaded rods and smooth rods, driven by a belt.
19
+The Z Axis also is made with smooth rods and driven by M8 threaded rods.
20
+The X Axis only has smooth rods and is also driven by a belt.
21
+
22
+As a first step, I replaced the M8 rods of the Z-Axis with proper ACME thread T8 lead screws.
23
+Of course, to use these, I had to also get T8 nuts and print different Z-Carriages.
24
+
25
+I also replaced all the ball bearings with [IGUS RJ4JP-01-08 polymer bushings](https://amzn.to/33FZDSz), replaced the fans and added [silent TMC2100 stepper motor drivers](https://reprap.org/wiki/TMC2100) to reduce noise.
26
+
27
+<!--%
28
+lightgallery([
29
+    [ "img/ctc_i3_front.jpg", "Front view of CTC i3 Pro B" ],
30
+    [ "img/ctc_i3_side.jpg", "Side view of CTC i3 Pro B" ],
31
+    [ "img/ctc_i3_board.jpg", "Mainboard of CTC i3 Pro B" ]
32
+])
33
+%-->
34
+
35
+## Power Supply Replacement
36
+
37
+One of the first things I did was replacing the power supply with an ATX PC PSU.
38
+To mount it to the printer frame, I used ["Anet A8 ATX mount" by corsara](https://www.thingiverse.com/thing:2256502).
39
+This not only provides +12V to the printer itself, but can also power a Raspberry Pi with the +5V Standby power that is always available.
40
+That way, the Pi can use a GPIO to turn on/off the printer power using the green "Power On" signal of the ATX standard power supply connector.
41
+The standby power cable is purple.
42
+See [Wikipedia](https://en.wikipedia.org/wiki/ATX#Power_supply) for details.
43
+
44
+<!--%
45
+lightgallery([
46
+    [ "img/ctc_i3_psu.jpg", "ATX power supply mounted on CTC i3 Pro B" ]
47
+])
48
+%-->
49
+
50
+## Heatbed Replacement
51
+
52
+
53
+
54
+<!--%
55
+lightgallery([
56
+    [ "img/ctc_i3_bed.jpg", "Side view of printbed with insulation" ]
57
+])
58
+%-->
59
+
60
+## Print Surface
61
+
62
+For the printing surface, I have tried many different options over the years.
63
+My first printer originally came with blue painters tape, which did not survive for long.
64
+My first replacement there was Kapton tape, which I am still using on the Fabrikator Mini.
65
+
66
+For the CTC i3, my first attempt was using a plate of borosilicate glass, which I kept for a couple of years.
67
+Even though it has its problems with getting the first layer to stick and also needs clamps that reduce the available space, I was able to use it pretty successfully with PLA and TPE, as long as the first layer area was large enough or i was using a brim.
68
+But with PETG, I had serious problems getting the first layer to stick.
69
+
70
+Next, I tried [this UEETEK BuildTak clone](https://amzn.to/3ofM1qD).
71
+It works very well, the first layer sticks unbelievably strong to the rough surface.
72
+It even works too well.
73
+It is often difficult to get the print removed. I found myself orienting prints so the first layer area is as small as possible, so I could get it removed more easily.
74
+Even though that worked pretty well, and eliminated all first layer issues, I now had the issue of getting prints off without destroying them or the build surface.
75
+
76
+Because of that, I next got the [ERYONE magnetic build surface](https://amzn.to/33GLq84).
77
+The magnetic mounting works very well and the steel sheet sticks to the magnetic plate strongly.
78
+The surface has a sheet of maybe-fake-or-not PEI on top. This works relatively well for now, I would compare it to the Kapton sheet or the glass plate, prints don't stick too well, but with a large surface or brim it seems to work.
79
+
80
+But it is still not perfect.
81
+As a next step, I plan to combine the magnetic plate with the fake BuildTak.
82
+I hope this may combine the positive aspects, having a first layer that sticks well, but still can be removed.
83
+But I have not tried that yet.
84
+
85
+TODO photos
86
+
87
+## MOSFET for Heatbed
88
+
89
+
90
+
91
+<!--%
92
+lightgallery([
93
+    [ "img/ctc_i3_fet.jpg", "MOSFET board mounted to side of CTC i3 Pro B" ]
94
+])
95
+%-->
96
+
97
+## Y-Axis Replacement
98
+
99
+To upgrade the Y-Axis and get rid of the wood pieces keeping the X distance, I printed the Y-axis files from the original Prusa i3 design.
100
+They can be found [in the master branch of the GitHub repo](https://github.com/prusa3d/Original-Prusa-i3/tree/master/Printed-Parts/scad), as in "y-corners.scad", "y-motor.scad" and so on.
101
+I got this idea from a YouTube video that I can no longer find unfortunately.
102
+
103
+With these parts, the Y-axis distance are kept simply by two more M8 threaded rods.
104
+Putting it all together so the smooth rods are exactly parallel and the bed travels smoothly is a bit tricky, but can be done with some playing around.
105
+
106
+<!--%
107
+lightgallery([
108
+    [ "img/ctc_i3_y_belt.jpg", "Y-Axis belt tensioner of original Prusa i3 design" ],
109
+    [ "img/ctc_i3_y_corner.jpg", "Y-Axis corner pieces of original Prusa i3 design" ]
110
+])
111
+%-->
112
+
113
+## Y-Carriage Replacement
114
+
115
+Originally the Y-Carriage, which carries the heatbed, was also made out of thin wood, flexing a lot.
116
+When trying to achieve a print bed that is as level as possible, this is not good.
117
+So I simply got a properly sized piece of aluminium from ebay, drilled the holes for some small printed bearing holders and mounted the heatbed to it.
118
+This was easy and has worked very well as a replacement.
119
+
120
+TODO photos
121
+
122
+## Y-Axis Webcam Mount
123
+
124
+With the replaced Y-axis, it was easy to design a simple bracket that screws onto the front M8 rods.
125
+With another piece of M8 rod, I mounted a webcam.
126
+First, while I was still using an Orange Pi instead of a Raspberry Pi, I mounted the Orange Pi camera there.
127
+Later, after the switch to the Raspi, I also switched the camera to a Logitech C270.
128
+I also added another print that can hold a piece of LED strip under the camera, so you have more light for the picture.
129
+
130
+The design files can be found [on my Gitea server](https://git.xythobuz.de/thomas/3d-print-designs/src/branch/master/opi-pc-plus).
131
+
132
+<!--%
133
+lightgallery([
134
+    [ "img/ctc_i3_cam.jpg", "Webcam mount with lights" ]
135
+])
136
+%-->
137
+
138
+## Z-Carriages / X-Axis Replacement
139
+
140
+Relatively early after getting my printer I replaced the Z-Carriages and the X-Axis.
141
+For this, I used ["Smooth X-axis for Prusa i3 with Leadscrews" by MazaaFIN](https://www.thingiverse.com/thing:1103976).
142
+However, I only printed the right Z-Carriage.
143
+For the left one, I used ["X Axis motor mount for Anet A8 or Prusa i3" by Randino](https://www.thingiverse.com/thing:2328353), because the X endstop switch mount better fit my next replacement.
144
+For the Z endstop, I have used ["Prusa i3 ANET A8, Z Endstop Adjuster." by flyingferret](https://www.thingiverse.com/thing:1479176) which can be tuned finely and works great.
145
+
146
+So my X-Axis is a bit of a mix-up, but it seems to work well and I have not had the need to replace anything else there since.
147
+
148
+<!--%
149
+lightgallery([
150
+    [ "img/ctc_i3_x_left.jpg", "Left side Z-Carriage" ],
151
+    [ "img/ctc_i3_x_right.jpg", "Right side Z-Carriage" ]
152
+])
153
+%-->
154
+
155
+## X-Carriage Replacement
156
+
157
+I replaced the X-Carriage with the great ["Customizable direct drive extruder for E3D v6 hotend for Prusa i3 / Wilson / Geeetech" by gtcdma](https://www.thingiverse.com/thing:1383913).
158
+It is a well-designed and sturdy hotend mount with a direct extruder.
159
+It is written in OpenSCAD, so I modified it a bit, making my own custom filament and hotend fan mounts.
160
+To mount a capacitive bed leveling sensor to it, I used ["Mount for capacitieve sensor 19mm" by Slavulj](https://www.thingiverse.com/thing:1607619).
161
+
162
+The files can also produce a dual-extrusion design.
163
+I tried it as well and ran it for a while.
164
+But I have since reverted it to a single hotend.
165
+I was not really using the dual-color feature and it has the usual problems of two hotends mounted side-by-side on the same height.
166
+The second, unused, nozzle tends to collide with the print causing many different problems.
167
+But other than that and with some tuning it worked well and I was getting some good two-color prints.
168
+
169
+If you use a strong spring for the extruder arm to get a high contact force without slip on the extruder, I suggest printing it with PETG at least, because the PLA I was using originally warped after a while, causing the filament to jump out of the extruder gear.
170
+
171
+For the extruder motor, I used a NEMA17 with only half the usual height to increase clearance to the top frame brace, which is described below.
172
+
173
+My modified design files [can be found on my Gitea server](https://git.xythobuz.de/thomas/3d-print-designs/src/branch/master/i3-e3d-v6-direct-extruder).
174
+
175
+<!--%
176
+lightgallery([
177
+    [ "img/ctc_i3_extruder.jpg", "Front view of the Extruder" ],
178
+    [ "img/ctc_i3_extruder2.jpg", "Bottom view of the Extruder" ],
179
+    [ "img/i3_hotend_extruder_1.png", "Side view of design" ],
180
+    [ "img/i3_hotend_extruder_2.png", "Front view of design" ]
181
+])
182
+%-->
183
+
184
+## Z-Axis Top Fix
185
+
186
+
187
+
188
+<!--%
189
+lightgallery([
190
+    [ "img/ctc_i3_top_left.jpg", "Top left Z bracket" ],
191
+    [ "img/ctc_i3_top_right.jpg", "Top right Z bracket" ]
192
+])
193
+%-->
194
+
195
+## Frame Braces
196
+
197
+
198
+
199
+## Raspberry Pi Addon
200
+
201
+
202
+
203
+<!--%
204
+lightgallery([
205
+    [ "img/ctc_i3_pi.jpg", "Raspberry Pi mounted on CTC i3 Pro B" ]
206
+])
207
+%-->
208
+
209
+## Power Button
210
+
211
+
212
+
213
+<!--%
214
+lightgallery([
215
+    [ "img/ctc_i3_power.jpg", "Power Button for OctoPrint" ],
216
+])
217
+%-->
218
+
219
+## Slicing Profiles
220
+
221
+
222
+
223
+## Print Results Pictures
224
+
26 225
 

+ 23
- 5
input/projects/3d-printing/fabrikator-mini.md Bestand weergeven

@@ -20,7 +20,12 @@ As a result, only very slow print speeds of about 20mm/s are feasible. I guess t
20 20
 
21 21
 Of course, as with every printer, there were some rough spots and problems, but with a bunch of modifications and different parts this machine is now firmly holding this place as my go-to workhorse printer.
22 22
 
23
-TODO photos
23
+<!--%
24
+lightgallery([
25
+    [ "img/fabmin_front.jpg", "Front view of Fabrikator Mini" ],
26
+    [ "img/fabmin_side.jpg", "Side view of Fabrikator Mini" ]
27
+])
28
+%-->
24 29
 
25 30
 ## Spool mount
26 31
 
@@ -140,7 +145,11 @@ Of course, the only real solution for these issues with PLA is a part cooling fa
140 145
 As there is not a lot of room available, there aren't many options, especially if the part cooling fan should be independently controllable from the 3D printer controller.
141 146
 Fortunately, [plasticmonk already designed a very good fan mount solution](https://www.thingiverse.com/thing:1469078), allowing a standard 5015 radial fan to be mounted to the bottom two screws of the hotend fan.
142 147
 
143
-TODO photo
148
+<!--%
149
+lightgallery([
150
+    [ "img/fabmin_filament_fan.jpg", "Filament fan on Fabrikator Mini" ]
151
+])
152
+%-->
144 153
 
145 154
 TODO wiring hotend heatbed part-fan hotend-fan
146 155
 
@@ -175,7 +184,11 @@ As the printer board is also connected to 12V and has its own 5V regulator, I de
175 184
 This way, the display backlight on my printer, as well as the mainboard, are turned off when the power supply relais is turned off.
176 185
 With an unmodified cable, the printer LEDs would be lit all the time the Pi is running.
177 186
 
178
-TODO photo
187
+<!--%
188
+lightgallery([
189
+    [ "img/fabmin_pi.jpg", "Raspberry Pi Zero mounted on Fabrikator Mini" ]
190
+])
191
+%-->
179 192
 
180 193
 ## Relay Board
181 194
 
@@ -185,7 +198,11 @@ As I already had my power supply, and because the current of the small Fabrikato
185 198
 
186 199
 Some more about controlling power supplies from OctoPrint [can be found on this page about my OctoPrint setups](octoprint.html).
187 200
 
188
-TODO photo
201
+<!--%
202
+lightgallery([
203
+    [ "img/fabmin_relais.jpg", "2-channel relais board mounted on Fabrikator Mini" ]
204
+])
205
+%-->
189 206
 
190 207
 ## Webcam
191 208
 
@@ -201,7 +218,8 @@ So one of my first self-made designs became the Webam Holder: an attachment piec
201 218
 
202 219
 <!--%
203 220
 lightgallery([
204
-    [ "img/fabmin_webcam_1.jpg", "My webcam holder" ]
221
+    [ "img/fabmin_webcam.jpg", "Side view of my webcam holder" ],
222
+    [ "img/fabmin_webcam_1.jpg", "Front view of my webcam holder" ]
205 223
 ])
206 224
 %-->
207 225
 

+ 34
- 0
input/projects/3d-printing/ikea-lack.md Bestand weergeven

@@ -19,8 +19,14 @@ Nonetheless I decided to design my own simple brackets to mount the feet of one
19 19
 
20 20
 For the middle level of the tower, I added some pieces of wood to make more space, so it can fit my large printer comfortably.
21 21
 
22
+I also mounted various tools that I often need while working with the printer to the side of the top Lack feet, just using some nails.
23
+This includes snips, a razor blade scraper, tweezers and a brass brush for the nozzle.
24
+
22 25
 <!--%
23 26
 lightgallery([
27
+    [ "img/lack_corner.jpg", "Closer view of mounting bracket" ],
28
+    [ "img/lack_extension.jpg", "Wooden extensions" ],
29
+    [ "img/lack_tools.jpg", "Tools mounted on extension" ],
24 30
     [ "img/lack-simple-bracket.png", "Design of my mounting bracket" ]
25 31
 ])
26 32
 %-->
@@ -31,9 +37,33 @@ My design files for the mounting bracket [can be found on my Gitea server](https
31 37
 
32 38
 
33 39
 
40
+<!--%
41
+lightgallery([
42
+    [ "img/fabmin_side2.jpg", "Side view of Fabrikator Mini on slide out table" ],
43
+    [ "img/lack_slide_table.jpg", "Closer view of slide out mechanism" ],
44
+])
45
+%-->
46
+
34 47
 ## Filament holder
35 48
 
49
+Before building this Lack tower, I had the filament spool mounted on a holder on top of the 3D printer.
50
+For the Fabrikator Mini this is still possible, as it is small enough, but the CTC i3 Pro B does not fit with spools ontop into the tower while having a resonable height for the third level.
51
+Because of that, I experimented with different spool mounting solutions.
52
+As a first temporary step, I had the spool on bearing rollers just on the table next to the Lack tower.
53
+To save space, I next attempted to mount a filament spool holder on the side of the tower, with the filament going through two rollers to direct it towards the extruder.
54
+This had far too much resistance however and I did not get any usable print results.
55
+My current solution is using the old plastic bar I had in use before, mounted on top of the printer.
56
+I simply affixed it to the front of the tower using a simple self-designed holder.
57
+Sidewards movement is prevented by two printed discs with two screws on each side.
58
+This solution works very well and does not take up too much further space.
36 59
 
60
+<!--%
61
+lightgallery([
62
+    [ "img/lack_spool_1.jpg", "Total view of the filament spool holder" ],
63
+    [ "img/lack_spool_2.jpg", "Close view of the mounting bracket" ],
64
+    [ "img/lack_spool_3.jpg", "Close view of the stopper" ]
65
+])
66
+%-->
37 67
 
38 68
 My design files for the filament holder [can be found on my Gitea server](https://git.xythobuz.de/thomas/3d-print-designs/src/branch/master/ikea-lack).
39 69
 
@@ -121,3 +151,7 @@ lightgallery([
121 151
     [ "img/ikea_lack_concrete_v2_5.jpg", "After vibrating it" ]
122 152
 ])
123 153
 %-->
154
+
155
+To level out my uneven concrete plates, I have now added some insulating rubber mats (intended for washing machines) between the concrete and the printer, as well as some foam pieces between the concrete and the table.
156
+I've been told it should be the other way round for mechanical isolation reasons, but this would not work for evening out the surface for the printer to stand on.
157
+So I'm leaving it like that for now.

BIN
static/img/ctc_i3_bed.jpg Bestand weergeven


BIN
static/img/ctc_i3_bed_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_board.jpg Bestand weergeven


BIN
static/img/ctc_i3_board_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_cam.jpg Bestand weergeven


BIN
static/img/ctc_i3_cam_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_extruder.jpg Bestand weergeven


BIN
static/img/ctc_i3_extruder2.jpg Bestand weergeven


BIN
static/img/ctc_i3_extruder2_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_extruder_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_fet.jpg Bestand weergeven


BIN
static/img/ctc_i3_fet_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_front.jpg Bestand weergeven


BIN
static/img/ctc_i3_front_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_pi.jpg Bestand weergeven


BIN
static/img/ctc_i3_pi_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_power.jpg Bestand weergeven


BIN
static/img/ctc_i3_power_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_psu.jpg Bestand weergeven


BIN
static/img/ctc_i3_psu_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_side.jpg Bestand weergeven


BIN
static/img/ctc_i3_side_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_top_left.jpg Bestand weergeven


BIN
static/img/ctc_i3_top_left_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_top_right.jpg Bestand weergeven


BIN
static/img/ctc_i3_top_right_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_x_left.jpg Bestand weergeven


BIN
static/img/ctc_i3_x_left_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_x_right.jpg Bestand weergeven


BIN
static/img/ctc_i3_x_right_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_y_belt.jpg Bestand weergeven


BIN
static/img/ctc_i3_y_belt_small.jpg Bestand weergeven


BIN
static/img/ctc_i3_y_corner.jpg Bestand weergeven


BIN
static/img/ctc_i3_y_corner_small.jpg Bestand weergeven


BIN
static/img/fabmin_filament_fan.jpg Bestand weergeven


BIN
static/img/fabmin_filament_fan_small.jpg Bestand weergeven


BIN
static/img/fabmin_front.jpg Bestand weergeven


BIN
static/img/fabmin_front_small.jpg Bestand weergeven


BIN
static/img/fabmin_pi.jpg Bestand weergeven


BIN
static/img/fabmin_pi_small.jpg Bestand weergeven


BIN
static/img/fabmin_relais.jpg Bestand weergeven


BIN
static/img/fabmin_relais_small.jpg Bestand weergeven


BIN
static/img/fabmin_side.jpg Bestand weergeven


BIN
static/img/fabmin_side2.jpg Bestand weergeven


BIN
static/img/fabmin_side2_small.jpg Bestand weergeven


BIN
static/img/fabmin_side_small.jpg Bestand weergeven


BIN
static/img/fabmin_webcam.jpg Bestand weergeven


BIN
static/img/fabmin_webcam_small.jpg Bestand weergeven


BIN
static/img/i3_hotend_extruder_1.png Bestand weergeven


BIN
static/img/i3_hotend_extruder_1_small.png Bestand weergeven


BIN
static/img/i3_hotend_extruder_2.png Bestand weergeven


BIN
static/img/i3_hotend_extruder_2_small.png Bestand weergeven


BIN
static/img/lack_corner.jpg Bestand weergeven


BIN
static/img/lack_corner_small.jpg Bestand weergeven


BIN
static/img/lack_extension.jpg Bestand weergeven


BIN
static/img/lack_extension_small.jpg Bestand weergeven


BIN
static/img/lack_slide_table.jpg Bestand weergeven


BIN
static/img/lack_slide_table_small.jpg Bestand weergeven


BIN
static/img/lack_spool_1.jpg Bestand weergeven


BIN
static/img/lack_spool_1_small.jpg Bestand weergeven


BIN
static/img/lack_spool_2.jpg Bestand weergeven


BIN
static/img/lack_spool_2_small.jpg Bestand weergeven


BIN
static/img/lack_spool_3.jpg Bestand weergeven


BIN
static/img/lack_spool_3_small.jpg Bestand weergeven


BIN
static/img/lack_tools.jpg Bestand weergeven


BIN
static/img/lack_tools_small.jpg Bestand weergeven


Laden…
Annuleren
Opslaan