![[object Object]](https://images.prismic.io/shapertools/baa835fd-721f-4d18-9658-12ec520fefb7_KSA_Trace_Studio-449-Edit.jpeg?auto=compress,format&rect=0,1374,5688,1750&w=1528&h=470)
![[object Object],[object Object]](https://images.prismic.io/shapertools/282d6f93-ccd2-434f-923f-eed63824d70a_Placeholder_Hub_Nav.png?auto=compress,format&rect=0,61,1529,470&w=1528&h=470)
![[object Object],[object Object]](https://images.prismic.io/shapertools/8f1a60d5-4775-4c41-80e5-81a107fa0b98_Sessions.jpg?auto=compress,format&rect=0,538,3000,923&w=1528&h=470)
We've used Origin to cut a wide variety of materials with good outcomes. We suggest that you use the following spec table as a point of departure when you first start cutting a material that is new to you.
For a rundown of bits available from Shaper consult this article.
Specified recommendations for specialty router bits can be found in this article.
|
Material |
Cutter | Spindle Speed | Auto Speed (ipm) | Maximum Depth/Pass (in.) | General Notes |
|
Softwoods (Including high-quality ply and MDF) |
1/4" 2-flute Upcut Spiral | 5 | 10 | .25 | |
| Hardwoods | 1/4" 2-flute Upcut Spiral | 4 | 10 | .25 |
Upcut cutter geometry will keep cuts clear of chips and debris. Decreasing spindle speed can reduce the possibility of charring |
|
Non-Ferrous Metals (e.g. Aluminum, Brass, Copper) |
2 | 4 | .04 | ||
|
Thin Acrylics (<1/8") |
4 |
10 | .125 | Make sure you keep moving when cutting to reduce the possibility of melting |
Don't see a material you're hoping to cut with Origin? Send us a message and request that it be added to this table.
You can see a demonstration of cutting nonstandard material in this Shaper Session:
This is a work in progress, so bookmark this page and keep coming back to see what we've added