WeMake Wiki - Contributi utente [it]

Plastica

2015-04-17T11:43:43Z

Iannu:

'''EXTRUDED PLEXYGLASS'''. ABS
Go a bit slower and a bit lighter in ABS than HDPE.[53]
3 or 5 in/min and a plunge depth of 0.05"[54]

'''DELRIN'''. 
*Bits: roughing path with a 1/4" end mill and a finishing path using a 1/16" ball nose mill
*Feed: 800 mm/min feed speed
*Cut Depth: 1/16" @50-60ipm or 1/8" @30-40ipm
*Stepover: 10% step over
*Material Thickness: Varies (Tested 1/8" - 3/4")

'''UHMW'''. 

*Bit: single or double flute 1/8" end mill (with center point for drilling!)
*Feed: 30-60ipm
*Speed: generic dremel turned up to 11
*Cut Depth: 1/16" @50-60ipm or 1/8" @30-40ipm
*Stepover: ???
*Material Thickness: Varies (Tested 1/8" - 3/4")

'''HDPE'''. 
Plastic that can easily be found in your local supermarket as a white cutting board (but also available in other colors). Only limitation is they are typically quite thin, usually not greater than 1/4"(6mm) thickness. Thicker material is available (9mm or so is sold as "half-inch" cutting boards), while larger boards in half-inch or even 3/4" thickness are available from specialty suppliers or online. Much larger and thicker panels are available from specialty plastics shops, sign shops and possibly local hardware stores.[55]

*Bit: double flute 1/8" end mill
*Feed: 355mm/m (very conservative 1,500--2,700 mm/min has been suggested --- one can trade off speed for cutting depth)
*Speed: 11,000 RPM (Dremel 4000 set to 11)
*Cut Depth: 1.5mm (as much as 2.5mm may be feasible at slower speeds)
*Stepover: 30%

We did some tests at Inventables and these settings worked successfully[56]:
DIA = 0.0625 Step over% = 60 Step down = 0.045 Spindle Speed = 12,000 Feed Rate = 60 Plunge Rate = 30
DIA = 0.125 Step over% = 60 Step down = 0.062 Spindle Speed = 12,000 Feed Rate = 60 Plunge Rate = 30
One datapoint, Improbable Construct notes "2 flute 1/8" endmill, 40% step over, 1/16" cut depth, 27000 RPM, at a feed speed of 1200 mm with good results. Of course that was with dual Y motors and the double X mod."
Another datapoint: 30in per minute on the feed rate, and .125 on the depth per pass.[57]
A further note: "With HDPE you want to use conventional milling. It does leave a fuzzy, stringy edge when you use climb milling."[58]
Rubbing the pieces w/ a towel after machining will help remove errant flecks/strands.

'''Two color HDPE'''. 
the following settings worked best with a straight fluted bit. Upcut bits make a huge mess of things.
40% stepover
0.05" step down
20IPM Feed
10IPM Z-Feed
Clockwise on the engraving[59]

'''POLYCARBONATE (LEXAN)'''. 
*Bit: double flute 1/8" end mill
*Feed: 1000mm/m
*Speed:20,000 RPM
*Cut Depth: 1mm
*Stepover: 2mm

'''ACRYLIC'''. 
Lengthy discussion of the difficulties of milling acrylic and some solutions: bit getting "sucked" down.
Note that what is sold as 0.25" thick acrylic is typically manufactured to metric 6mm (0.236"). Thickness tolerance for typical manufacture is 0.02", engineering plastics are available w/ tighter tolerances (0.005" from McMaster-Carr).
Notes from IC for cutting his dust shoe:
*Bit: double flute 3.175mm (1/8") end mill
*Feed: 400mm/min
*Speed: 20,000 RPM
*Cut Depth: 2mm (0.08")
*Stepover: n/a (through cut)
*Plunge Rate: 75mm/min.
O-flute bits are recommended.

Makita RT0701 16in/min feed, 0.08" step down at speed 2 (~12,280 r.p.m.)

10mm cast Acrylic using 6mm Single Flute bit 2mm depth 400mm/min Feed speed.

'''Cast Acrylic''': DW660: single flute end mill, 30000 rpm, 300mm/min feed rate, 75mm/min plunge. Pass Depth 0.0625

'''Extruded Acrylic''': Stock Shapeoko 2 w/ stock spindle, maximum speed, feed rate 380--400mm/ min and plunge rate 100 mm/ min., Step down 0.8mm with better results.
2 mm acrylic from Home Depot.
*Cut with 1/8" 2-flute spiral end mill.
*2 mm cut depth
*400 mm/min feed
*75 mm/min plunge
*12000 rpm spindle (300w Quiet cut spindle)

*Cutter: 3mm 2 flute carbide Kyocera cutter
*Spindle speed: 13800RPM
*Pass depth: 0.5mm
*Feed rate: 1200 mm/min
*Plunge rate: 300 mm/min

'''Acrylic and Polycarbonate'''. 600 Watt router, 30,000 rpm, feedrate of 1500 mm / min, plunge rate of 800 mm / min.[67]
Some users have reported difficulties w/ the above settings: 660 and 30000 RPM issues --- please test w/ scrap and report specifics.

'''Plexyglass'''. 
Acrylic is also available under the name plexiglass.
(untested)
Feed: 200--300 in/min
Speed: 5,000 RPM
Using a Dewalt DW660 on a ShapeOko 2, Riley Porter was able to cut 3/8" plexiglass[68] with the following settings:
Bit: 2-flute 1/8" carbide upflute w/ 1/4" shank[69]
Feed: 600 mm/min
Speed: Full speed
Cut Depth: 1.75mm (was supposed to be 1mm)
See also Cutting Cheap PlexiGlass Any Luck?

'''Fabrication Notes'''. 
Extruded acrylic tends to "store" energy and may randomly crack if one presses in a part as a friction fit. This happened when I.C. tried pressing in the magnets on his DWP611 shoe and broke a couple. A further issue is that it will have two separate optimal feed/speeds for cutting, one along the extrusion axis, the other at 90 degrees to it.
The edges may be polished after cutting by rapidly passing an open flame over them and quickly allowing the material to melt and cool.
You may wish to consider misting the material w/ water and/or dishwashing liquid as a coolant or applied to the bit as a lubricant
Further Notes and References
http://www.plasticrouting.com/pdf/Routing_and_Trimming_Acrylics.pdf
14,500 r.p.m. and 200 i.p.m. or 18,000 and 250 i.p.m.
Plastics Distributor® & Fabricator Magazine: Achieving Premium Finishes When Routing Acrylic
Plexiglas = Perspex = Acrylic = PMMA = Polymethylmethacrylate
Cast vs. Extruded --- usually cast has a paper protective film, while extruded has plastic
Cast PMMA is essentially pure polymethylmethacrylate and machines well using, when possible, tools with zero top rake and a very sharp cutting edge. Brand new HSS cutters are a good option.
Extruded PMMA has chemicals added to it to aid in extrusion and does not machine as nicely, tending to melt. There is a possibility of stress cracks and crazing after machining as noted above

'''Alternatives'''. 
Polycarbonate. It costs twice as much, but it's nicer in every way.

'''EXTRUDED POLYSTYRENE'''. 
(non testato)
*Bit: 1/8" end mill
*Feed: 1000mm/min
*Speed: 6,000 RPM
*Cut Depth: 2mm (0.08")

'''EXTRUDED PLEXYGLASS'''. 
Stock shapeoko 2 with dremel 4000 (grbl 0.9)
*Feed xy: 1000mm/min
*Plunge Z speed: 250mm/min
*Speed: 13-15,000 RPM
*Cut Depth: 0.5mm
*Bit: 1-flute 1/8" carbide upcut spiral
Note: Extruded plexiglass is not easy to mill. The above combo is what gave me best results after some experimentation. A two flute straight cutter can be used but will cause more melting.

'''KYDEX'''. 
13--15,000 RPM --- Spiral O shape bit suggested.

'''PVC'''. 
available as boards and trim pieces at home center. Mentioned for cutting in 25mm thickness.

Plastica

2015-04-17T10:59:11Z

Iannu: Creata pagina con "'''EXTRUDED PLEXYGLASS'''. ABS Go a bit slower and a bit lighter in ABS than HDPE.[53] 3 or 5 in/min and a plunge depth of 0.05"[54] '''DELRIN'''. *Bits: roughing ..."

'''EXTRUDED PLEXYGLASS'''. ABS
Go a bit slower and a bit lighter in ABS than HDPE.[53]
3 or 5 in/min and a plunge depth of 0.05"[54]

'''DELRIN'''. 
*Bits: roughing path with a 1/4" end mill and a finishing path using a 1/16" ball nose mill
*Feed: 800 mm/min feed speed
*Cut Depth: 1/16" @50-60ipm or 1/8" @30-40ipm
*Stepover: 10% step over
*Material Thickness: Varies (Tested 1/8" - 3/4")

'''UHMW'''. 

*Bit: single or double flute 1/8" end mill (with center point for drilling!)
*Feed: 30-60ipm
*Speed: generic dremel turned up to 11
*Cut Depth: 1/16" @50-60ipm or 1/8" @30-40ipm
*Stepover: ???
*Material Thickness: Varies (Tested 1/8" - 3/4")

'''HDPE'''. 
Plastic that can easily be found in your local supermarket as a white cutting board (but also available in other colors). Only limitation is they are typically quite thin, usually not greater than 1/4"(6mm) thickness. Thicker material is available (9mm or so is sold as "half-inch" cutting boards), while larger boards in half-inch or even 3/4" thickness are available from specialty suppliers or online. Much larger and thicker panels are available from specialty plastics shops, sign shops and possibly local hardware stores.[55]

*Bit: double flute 1/8" end mill
*Feed: 355mm/m (very conservative 1,500--2,700 mm/min has been suggested --- one can trade off speed for cutting depth)
*Speed: 11,000 RPM (Dremel 4000 set to 11)
*Cut Depth: 1.5mm (as much as 2.5mm may be feasible at slower speeds)
*Stepover: 30%

We did some tests at Inventables and these settings worked successfully[56]:
DIA = 0.0625 Step over% = 60 Step down = 0.045 Spindle Speed = 12,000 Feed Rate = 60 Plunge Rate = 30
DIA = 0.125 Step over% = 60 Step down = 0.062 Spindle Speed = 12,000 Feed Rate = 60 Plunge Rate = 30
One datapoint, Improbable Construct notes "2 flute 1/8" endmill, 40% step over, 1/16" cut depth, 27000 RPM, at a feed speed of 1200 mm with good results. Of course that was with dual Y motors and the double X mod."
Another datapoint: 30in per minute on the feed rate, and .125 on the depth per pass.[57]
A further note: "With HDPE you want to use conventional milling. It does leave a fuzzy, stringy edge when you use climb milling."[58]
Rubbing the pieces w/ a towel after machining will help remove errant flecks/strands.

'''TWO-COLOR HDPE'''. 
the following settings worked best with a straight fluted bit. Upcut bits make a huge mess of things.
40% stepover
0.05" step down
20IPM Feed
10IPM Z-Feed
Clockwise on the engraving[59]

'''POLYCARBONATE'''. 
Bit: double flute 1/8" end mill
Feed: 1000mm/m
Speed:20,000 RPM
Cut Depth: 1mm
Stepover: 2mm

'''ACRYLIC'''. 
Lengthy discussion of the difficulties of milling acrylic and some solutions: bit getting "sucked" down.
Note that what is sold as 0.25" thick acrylic is typically manufactured to metric 6mm (0.236"). Thickness tolerance for typical manufacture is 0.02", engineering plastics are available w/ tighter tolerances (0.005" from McMaster-Carr).
Notes from IC for cutting his dust shoe:
*Bit: double flute 3.175mm (1/8") end mill
Feed: 400mm/min
Speed: 20,000 RPM
Cut Depth: 2mm (0.08")
Stepover: n/a (through cut)
Plunge Rate: 75mm/min.
O-flute bits are recommended.[60]
Makita RT0701 16in/min feed, 0.08" step down[61] at speed 2 (~12,280 r.p.m.)[62]
10mm cast Acrylic using 6mm Single Flute bit 2mm depth 400mm/min Feed speed.[63]
'''Cast Acrylic''': DW660: single flute end mill, 30000 rpm, 300mm/min feed rate, 75mm/min plunge. Pass Depth 0.0625[64]
'''Extruded Acrylic''': Stock Shapeoko 2 w/ stock spindle, maximum speed, feed rate 380--400mm/ min and plunge rate 100 mm/ min., Step down 0.8mm with better results.[65]
2 mm acrylic from Home Depot.
Cut with 1/8" 2-flute spiral end mill.
2 mm cut depth
400 mm/min feed
75 mm/min plunge
12000 rpm spindle (300w Quiet cut spindle)[66]
Re: Cutting plexiglas with standard Dremmel
Cutter: 3mm 2 flute carbide Kyocera cutter
Spindle speed: 13800RPM
Pass depth: 0.5mm
Feed rate: 1200 mm/min
Plunge rate: 300 mm/min

'''Acrylic and Polycarbonate'''. : 600 Watt router, 30,000 rpm, feedrate of 1500 mm / min, plunge rate of 800 mm / min.[67]
Some users have reported difficulties w/ the above settings: 660 and 30000 RPM issues --- please test w/ scrap and report specifics.

'''Plexyglass'''. 
Acrylic is also available under the name plexiglass.
(untested)
Feed: 200--300 in/min
Speed: 5,000 RPM
Using a Dewalt DW660 on a ShapeOko 2, Riley Porter was able to cut 3/8" plexiglass[68] with the following settings:
Bit: 2-flute 1/8" carbide upflute w/ 1/4" shank[69]
Feed: 600 mm/min
Speed: Full speed
Cut Depth: 1.75mm (was supposed to be 1mm)
See also Cutting Cheap PlexiGlass Any Luck?

'''Fabrication Notes'''. 
Extruded acrylic tends to "store" energy and may randomly crack if one presses in a part as a friction fit. This happened when I.C. tried pressing in the magnets on his DWP611 shoe and broke a couple.[70] A further issue is that it will have two separate optimal feed/speeds for cutting, one along the extrusion axis, the other at 90 degrees to it.[71]
The edges may be polished after cutting by rapidly passing an open flame over them and quickly allowing the material to melt and cool.
You may wish to consider misting the material w/ water[72] and/or dishwashing liquid[73] as a coolant or applied to the bit as a lubricant[74]
Further Notes and References
http://www.plasticrouting.com/pdf/Routing_and_Trimming_Acrylics.pdf [75]
14,500 r.p.m. and 200 i.p.m. or 18,000 and 250 i.p.m.[76]
Plastics Distributor® & Fabricator Magazine: Achieving Premium Finishes When Routing Acrylic
Plexiglas = Perspex = Acrylic = PMMA = Polymethylmethacrylate
Cast vs. Extruded --- usually cast has a paper protective film, while extruded has plastic[77]
Cast PMMA is essentially pure polymethylmethacrylate and machines well using, when possible, tools with zero top rake and a very sharp cutting edge. Brand new HSS cutters are a good option.
Extruded PMMA has chemicals added to it to aid in extrusion and does not machine as nicely, tending to melt. There is a possibility of stress cracks and crazing after machining as noted above[78]

'''Alternatives'''. 
Polycarbonate. It costs twice as much, but it's nicer in every way.[79]

'''EXTRUDED POLYSTYRENE'''. 
(non testato)
Bit: 1/8" end mill
Feed: 1000mm/min
Speed: 6,000 RPM
Cut Depth: 2mm (0.08")

'''EXTRUDED PLEXYGLASS'''. 
Stock shapeoko 2 with dremel 4000 (grbl 0.9)
Feed xy: 1000mm/min
Plunge Z speed: 250mm/min
Speed: 13-15,000 RPM
Cut Depth: 0.5mm
Bit: 1-flute 1/8" carbide upcut spiral [80]
Note: Extruded plexiglass is not easy to mill. The above combo is what gave me best results after some experimentation. A two flute straight cutter can be used but will cause more melting.

'''KYDEX'''. 
13--15,000 RPM --- Spiral O shape bit suggested.

'''PVC'''. 
available as boards and trim pieces at home center. Mentioned for cutting in 25mm thickness.[81]

Materiali Fresatura

2015-04-16T09:57:50Z

Iannu: /* Materiali */

===I materiali che si possono usare===
I materiali che si possono fresare sono una moltitudine e variano in base alla tipologia di fresa. In generale si può operare su:

===Materiali===

[[Plastica]]

[[Legno]]

[[Pietra]]

[[Metallo]]

[[PCB]]

[[Altri]]

Materiali Fresatura

2015-04-16T09:56:32Z

Iannu: /* I materiali che si possono usare */

Materiali Fresatura

2015-04-16T09:28:17Z

Iannu: /* I materiali da non usare */

===I materiali che si possono usare===
I materiali che si possono fresare sono una moltitudine e variano in base alla tipologia di fresa. In generale si può operare su:

* '''Plastica'''. 
* '''Legno'''. 
* '''Alluminio'''. 
* '''Ottone'''. 
* '''Circuiti stampati'''.

Materiali Fresatura

2015-04-16T09:27:34Z

Iannu: /* I materiali che si possono usare */

Shapeoko

2015-03-26T17:59:09Z

Iannu: /* The easy way: Web App ( NO sw installation - Mac ) */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

=== Settings ===
[[Creazione ed esportazione DXF]] [http://wiki.wemake.cc/Laser_cut_-_how_to_2 How to 2] )

[[Easel]]

===Materiali===
[[Materiali da utilizzare]]

[[Materiali da non utilizzare]]

[[Category:Equipment]]
[[Category:Machine]]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Creazione ed esportazione DXF

2015-03-26T17:58:12Z

Iannu: Pagina svuotata

Shapeoko

2015-03-26T17:58:01Z

Iannu: /* Settings */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

=== Settings ===
[[Creazione ed esportazione DXF]] [http://wiki.wemake.cc/Laser_cut_-_how_to_2 How to 2] )

[[Easel]]

===Materiali===
[[Materiali da utilizzare]]

[[Materiali da non utilizzare]]

[[Category:Equipment]]
[[Category:Machine]]

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Creazione ed esportazione DXF

2015-03-26T17:56:57Z

Iannu: Creata pagina con "(leggi come alla pagina: [http://wiki.wemake.cc/Laser_cut_-_how_to_2 How to 2] )"

(leggi come alla pagina: [http://wiki.wemake.cc/Laser_cut_-_how_to_2 How to 2] )

Shapeoko101

2015-03-26T17:53:56Z

Iannu:

==Introduzione==

Shapeoko 2 è una fresa a 3 assi CNC (a controllo numerico) pienamente opensource (open hardware). L’area di lavoro è di 300x300 mm. È molto economica, è completa di meccanica, motori, elettronica, software cad/cam completamente gratuiti. Viene venduta in kit di montaggio, le parti in legno sono tagliate al laser, mentre le chiocciole sono costruite dal produttore con una stampante a cnc 3D, la meccanica scorre su dei pattini striscianti e guide in acciaio, ha un'area di lavoro utile pari a 304X304X203mm per quanto sia piccola ed economica è stabile e ben costruita. Risulta essere l’ideale per muovere i primi passi nel mondo delle macchine controllo numerico. La Shapeoko 3 esce nel 2015 e le dimensioni dell'area di lavoro saranno più grandi.

==Passaggi principali==

-Salva o esporta il tuo file in formato

-Scaricare web software (Es. Easel per Mac) gratuito che si interfaccia con la Shapeoko.

-Attaccare il computer alla fresa Shapeoko tramite cavo USB.

-Aprire Easel da sito dedicato. Nella finestra del programma viene visualizzata l’area di lavoro della Shapeoko.

-Importare il file nella finestra di Easel.

-Il disegno 2D viene visualizzato sul piano di lavoro.

-Scegliere il tipo di fresa da utilizzare.

-Impostare i parametri di fresatura: Depth per pass (profondità di passata), Feed Rate (velocità di avanzamento). La velocità di rotazione della punta si imposta sulla macchina.

-Appoggiare il materiale sull’area di lavoro.

-Impostare X, Y del materiale di lavoro spostando la fresa tramite controllo tasti direttamente dal programma.

-Impostare la Z di partenza che dovrà essere adiacente al materiale. Posizionare un foglio di carta sul materiale da lavorare e spostare la punta della fresa (Z) finchè non buca il foglio. Per materiali morbidi aspettare che la fresa tocchi il materiale e lo incida minimamente. Nota che il passo Z avanza e retrocede con controllo da software.

==Precauzioni==

* '''Scegliere correttamente il tipo di fresa in relazione al materiale'''. 
* '''Assicurarsi che la punta della fresa sia ben salda'''. 
* '''Prima dell'avvio indossare gli occhiali di protezione'''. 
* '''Assicurarsi che il materiale da lavorare sia fissato al piano di lavoro'''. 
* '''Non abbandonare la macchina'''. 
* '''Non spostare il materiale mentre la fresa è in uso'''. 
* '''Non interferire in nessuno modo con la fresa durante la lavorazione'''. 

[[Category:Equipment]]
[[Category:Machine]]

Shapeoko

2015-03-26T17:47:39Z

Iannu: /* Settings */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

=== Settings ===
[[Creazione ed esportazione DXF]]

[[Easel]]

===Materiali===
[[Materiali da utilizzare]]

[[Materiali da non utilizzare]]

[[Category:Equipment]]
[[Category:Machine]]

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Shapeoko101

2015-03-26T17:44:18Z

Iannu:

==Introduzione==

Shapeoko 2 è una fresa a 3 assi CNC (a controllo numerico) pienamente opensource (open hardware). L’area di lavoro è di 300x300 mm. È molto economica, è completa di meccanica, motori, elettronica, software cad/cam completamente gratuiti. Viene venduta in kit di montaggio, le parti in legno sono tagliate al laser, mentre le chiocciole sono costruite dal produttore con una stampante a cnc 3D, la meccanica scorre su dei pattini striscianti e guide in acciaio, ha un'area di lavoro utile pari a 304X304X203mm per quanto sia piccola ed economica è stabile e ben costruita. Risulta essere l’ideale per muovere i primi passi nel mondo delle macchine controllo numerico. La Shapeoko 3 esce nel 2015 e le dimensioni dell'area di lavoro saranno più grandi.

==Passaggi principali==

-Scaricare web software (Es. Easel per Mac) gratuito che si interfaccia con la Shapeoko.

-Preparare un file vettoriale 2D in dxf.

-Attaccare il computer alla fresa Shapeoko tramite cavo USB.

-Aprire Easel da sito dedicato. Nella finestra del programma viene visualizzata l’area di lavoro della Shapeoko.

-Importare il file nella finestra di Easel.

-Il disegno 2D viene visualizzato sul piano di lavoro.

-Scegliere il tipo di fresa da utilizzare.

-Impostare i parametri di fresatura: Depth per pass (profondità di passata), Feed Rate (velocità di avanzamento). La velocità di rotazione della punta si imposta sulla macchina.

-Appoggiare il materiale sull’area di lavoro.

-Impostare X, Y del materiale di lavoro spostando la fresa tramite controllo tasti direttamente dal programma.

-Impostare la Z di partenza che dovrà essere adiacente al materiale. Posizionare un foglio di carta sul materiale da lavorare e spostare la punta della fresa (Z) finchè non buca il foglio. Per materiali morbidi aspettare che la fresa tocchi il materiale e lo incida minimamente. Nota che il passo Z avanza e retrocede con controllo da software.

==Precauzioni==

* '''Scegliere correttamente il tipo di fresa in relazione al materiale'''. 
* '''Assicurarsi che la punta della fresa sia ben salda'''. 
* '''Prima dell'avvio indossare gli occhiali di protezione'''. 
* '''Assicurarsi che il materiale da lavorare sia fissato al piano di lavoro'''. 
* '''Non abbandonare la macchina'''. 
* '''Non spostare il materiale mentre la fresa è in uso'''. 
* '''Non interferire in nessuno modo con la fresa durante la lavorazione'''. 

[[Category:Equipment]]
[[Category:Machine]]

SicurezzaFresatura

2015-03-26T17:39:47Z

Iannu: Creata pagina con "===Precauzioni=== * '''Scegliere correttamente il tipo di fresa in relazione al materiale'''. * '''Assicurarsi che la punta della fresa sia ben salda'''. * '''Pr..."

===Precauzioni===

* '''Scegliere correttamente il tipo di fresa in relazione al materiale'''. 
* '''Assicurarsi che la punta della fresa sia ben salda'''. 
* '''Prima dell'avvio indossare gli occhiali di protezione'''. 
* '''Assicurarsi che il materiale da lavorare sia fissato al piano di lavoro'''. 
* '''Non abbandonare la macchina'''. 
* '''Non spostare il materiale mentre la fresa è in uso'''. 
* '''Non interferire in nessuno modo con la fresa durante la lavorazione'''. 

[[Category:Equipment]]
[[Category:Machine]]

Materiali Fresatura

2015-03-26T17:31:39Z

Iannu: Creata pagina con "===I materiali che si possono usare=== I materiali che si possono fresare sono una moltitudine e variano in base al materiale della fresa. In generale si può operare su: * ..."

===I materiali che si possono usare===
I materiali che si possono fresare sono una moltitudine e variano in base al materiale della fresa. In generale si può operare su:

* '''Plastica'''. 
* '''Legno'''. 
* '''Alluminio'''. 
* '''Ottone'''. 
* '''Circuiti stampati'''. 

===I materiali da non usare===

[[Category:Equipment]]
[[Category:Machine]]

Shapeoko

2015-03-26T17:31:02Z

Iannu: /* The easy way: Web App ( NO sw installation - Mac ) */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

=== Settings ===
[[Sicurezza]]

===Materiali===
[[Materiali da utilizzare]]

[[Materiali da non utilizzare]]

[[Category:Equipment]]
[[Category:Machine]]

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Shapeoko

2015-03-26T17:30:48Z

Iannu: /* The easy way: Web App ( NO sw installation - Mac ) */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

=== Settings ===
[[Sicurezza]]

===Materiali===
[[Materiali da utilizzare]]
[[Materiali da non utilizzare]]

[[Category:Equipment]]
[[Category:Machine]]

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Shapeoko

2015-03-26T17:29:43Z

Iannu: /* The easy way: Web App ( NO sw installation - Mac ) */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

=== Settings ===

[[Sicurezza]]

===Materiali===

[[Category:Equipment]]
[[Category:Machine]]

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Shapeoko

2015-03-26T17:23:55Z

Iannu: /* Materiali */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

=== Settings ===

[[Sicurezza]]

===I materiali che si possono usare===
I materiali che si possono fresare sono una moltitudine e variano in base al materiale della fresa. In generale si può operare su:

* '''Plastica'''. 
* '''Legno'''. 
* '''Alluminio'''. 
* '''Ottone'''. 
* '''Circuiti stampati'''. 

===I materiali da non usare===

[[Category:Equipment]]
[[Category:Machine]]

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Shapeoko101

2015-03-26T17:15:20Z

Iannu:

==Introduzione==

Shapeoko 2 è una fresa a 3 assi CNC (a controllo numerico) pienamente opensource (open hardware). L’area di lavoro è di 300x300 mm. È molto economica, è completa di meccanica, motori, elettronica, software cad/cam completamente gratuiti. Viene venduta in kit di montaggio, le parti in legno sono tagliate al laser, mentre le chiocciole sono costruite dal produttore con una stampante a cnc 3D, la meccanica scorre su dei pattini striscianti e guide in acciaio, ha un'area di lavoro utile pari a 304X304X203mm per quanto sia piccola ed economica è stabile e ben costruita. Risulta essere l’ideale per muovere i primi passi nel mondo delle macchine controllo numerico. La Shapeoko 3 esce nel 2015 e le dimensioni dell'area di lavoro saranno più grandi.

==Passaggi principali==

-Scaricare web software (Es. Easel per Mac) gratuito che si interfaccia con la Shapeoko.

-Preparare un file vettoriale 2D in dxf.

-Attaccare il computer alla fresa Shapeoko tramite cavo USB.

-Aprire Easel da sito dedicato. Nella finestra del programma viene visualizzata l’area di lavoro della Shapeoko.

-Importare il file nella finestra di Easel.

-Il disegno 2D viene visualizzato sul piano di lavoro.

-Scegliere il tipo di fresa da utilizzare.

-Impostare i parametri di fresatura: Depth per pass (profondità di passata), Feed Rate (velocità di avanzamento). La velocità di rotazione della punta si imposta sulla macchina.

-Appoggiare il materiale sull’area di lavoro.

-Impostare X, Y del materiale di lavoro spostando la fresa tramite controllo tasti direttamente dal programma.

-Impostare la Z di partenza che dovrà essere adiacente al materiale. Posizionare un foglio di carta sul materiale da lavorare e spostare la punta della fresa (Z) finchè non buca il foglio. Per materiali morbidi aspettare che la fresa tocchi il materiale e lo incida minimamente. Nota che il passo Z avanza e retrocede con controllo da software.

Shapeoko

2015-03-26T17:12:02Z

Iannu: /* The easy way: Web App ( NO sw installation - Mac ) */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

=== Settings ===

[[Sicurezza]]

===Materiali ===
[[Materiali]] - Caratteristiche e tipo di materiale utilizzabile

[[Category:Equipment]]
[[Category:Machine]]

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Shapeoko101

2015-03-26T17:02:01Z

Iannu: Creata pagina con "1 Shapeoko 1.1 Introduzione Shapeoko 2 è una fresa a 3 assi CNC (a controllo numerico) pienamente opensource (open hardware). L’area di lavoro è di 300x300 mm. È molt..."

1 Shapeoko

1.1 Introduzione

Shapeoko 2 è una fresa a 3 assi CNC (a controllo numerico) pienamente opensource (open hardware). L’area di lavoro è di 300x300 mm. È molto economica, è completa di meccanica, motori, elettronica, software cad/cam completamente gratuiti. Viene venduta in kit di montaggio, le parti in legno sono tagliate al laser, mentre le chiocciole sono costruite dal produttore con una stampante a cnc 3D, la meccanica scorre su dei pattini striscianti e guide in acciaio, ha un'area di lavoro utile pari a 304X304X203mm per quanto sia piccola ed economica è stabile e ben costruita. Risulta essere l’ideale per muovere i primi passi nel mondo delle macchine controllo numerico. La Shapeoko 3 esce nel 2015 e le dimensioni dell'area di lavoro saranno più grandi.

1.2 Passaggi principali

-Scaricare web software (Es. Easel per Mac) gratuito che si interfaccia con la Shapeoko.

-Preparare un file vettoriale 2D in dxf.

-Attaccare il computer alla fresa Shapeoko tramite cavo USB.

-Aprire Easel da sito dedicato. Nella finestra del programma viene visualizzata l’area di lavoro della Shapeoko.

-Importare il file nella finestra di Easel.

-Il disegno 2D viene visualizzato sul piano di lavoro.

-Scegliere il tipo di fresa da utilizzare.

-Impostare i parametri di fresatura: Depth per pass (profondità di passata), Feed Rate (velocità di avanzamento). La velocità di rotazione della punta si imposta sulla macchina.

-Appoggiare il materiale sull’area di lavoro.

-Impostare X, Y del materiale di lavoro spostando la fresa tramite controllo tasti direttamente dal programma.

-Impostare la Z di partenza che dovrà essere adiacente al materiale. Posizionare un foglio di carta sul materiale da lavorare e spostare la punta della fresa (Z) finchè non buca il foglio. Per materiali morbidi aspettare che la fresa tocchi il materiale e lo incida minimamente. Nota che il passo Z avanza e retrocede con controllo da software.

Shapeoko

2015-03-26T16:57:19Z

Iannu: /* The easy way: Web App ( NO sw installation - Mac ) */

{{EquipmentInfobox

|name=Shapeoko 

|image=Shapeoko2.jpg

|model=v2 

|category=Equipment 

|subcat=Fabrication 

|status=Good working order 

|consumables=Blades 

|accessories=Unknown 

|reqtraining=

|trainlink=Unknown 

|acnode=no

|owner=Unknown 

|origin=Unknown 

|location=Basement, CNC area

|maintainers=

|template_ver=1.1 

}}

[[File:Shapeoko2.jpg]]

CAD/CAM Toolchain:

[[File:Gcode flow.jpg | 400px | bottom]] [http://www.shapeoko.com/wiki/index.php/Software/]

Basic 2D Workflow via Fully Open Source CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_2D]

Open Source 3D CAD/CAM Stack [http://www.shapeoko.com/wiki/index.php/Basic_workflow_3D]

Some CAM sw [http://www.shapeoko.com/wiki/index.php/CAM]

== The easy way: Web App ( NO sw installation - Mac ) ==
EASEL[http://app.easel.com/] (2D)

[[File:Chilipeppr logo.png | 10px | bottom]] ChiliPeppr [http://www.chilipeppr.com/]

=== Manuals ===
[[Shapeoko - how to | Shapeoko basics 1]] - Nozioni base e di sicurezza per l'utilizzo della Shapeoko tramite Web App.

== Link ==

must read!!

* http://lcamtuf.coredump.cx/gcnc/
* http://www.shapeoko.com/
* http://www.shapeoko.com/wiki/

* http://makezine.com/?s=cnc
* http://makezine.com/projects/make-33/cnc-panel-joinery-2/
* http://makezine.com/magazine/cnc-routing-basics-toolpaths-and-feeds-n-speeds/
* http://www.flexiblestream.org/Digital-Wood-Joints-001.php
* http://makezine.com/2013/04/13/cnc-router-bits-demystified/
* http://makezine.com/2009/07/07/cnc-plywood-furniture/

safety

* http://makezine.com/2013/07/18/how-to-safely-use-a-cnc/

casting

* http://www.smooth-on.com/

* http://www.pinterest.com/costantinob/
* http://www.pinterest.com/costantinob/makerspace/

PCB engraving

PCB Autolevelling for Isolation Routing [https://www.youtube.com/watch?v=g7A0pnUetRY]

[[Category:Machine]]

Discussione:Shapeoko

2015-03-26T14:35:13Z

Iannu: Pagina svuotata

Discussione:Shapeoko

2015-03-26T14:34:45Z

Iannu: Creata pagina con "FLUSSO DI LAVORO PES EASEL (WEB APP FOR MAC) 1-Andare su www.easel.com (1° volta registrazione) 2-scarica componente per easel 3-Dal sito “Launch programm” (lancia ap..."

FLUSSO DI LAVORO PES EASEL (WEB APP FOR MAC)

1-Andare su www.easel.com (1° volta registrazione)

2-scarica componente per easel

3-Dal sito “Launch programm” (lancia applicazione)

4-importare SVG (file - import svg)

5-impostare i parametri (Materials)
la dimensione del materiale (x,y,z)
depth per pass (profondità di passata)
feed rate (velocità di rotazione)

6-Selezionare il contorno\i e impostare i parametri su finestra 2D
“cut” - (depth) (On path, outside, inside, outline) (fill - taglia l’interno)
“shape” - (size, position, mirroriing)

7-Controllare l’effetto nella finestra 3D

8-Impostare la macchina (Machine)
machine ()
bit size ()

9-Premere “Carve” e seguire i passi (tasto verde in alto a destra)
- “measure the material” (inserire lo spessore del materiale)
- “clamp down the material” (essicurarsi che il pezzo sia bloccato)
- “choose a bit” (scegli la punta della fresa da utilizzare)

- “move bit to home position”
- “move the machine to the left corner of your material”
(porta la fresa in basso a sinistra rispetto al tuo materiale)
- “Lower the bit to the surface of your material”
(abbassa la punta fino che tocchi il materiale)

- “turn on the spindle” (accendi la fresa)
- premere e confermare due accorgimenti “ok raise the bit”, “the spindle is on”

-“start carving” (La fresa comincia a lavorare)

10-indossare gli occhiali di protezione e monitorare la lavorazione.