Setup Sheet

Project Title: Stainless Steel Tag
Designer: CarbideMeg
Project Source: Carbide Create
Project udpated: 05/02/2019

Notes:

Required Cutters

Number: 501
Name: engraver
Angle: 60°
Corner Radius: 0
Diameter: 0.254 mm
Flutes: 2
Length: 3.175 mm
OAL: 0 mm
Number: 502
Name: PCB engraver
Angle:
Corner Radius: 0.127
Diameter: 0.127 mm
Flutes: 2
Length: 3.175 mm
OAL: 0 mm
Number: 112
Name:
Angle:
Corner Radius: 0
Diameter: 1.5875 mm
Flutes: 2
Length: 9.525 mm
OAL: 30.48 mm

I used this file to test both machines on milling both 304 and 316 stainless steel. The picture shows the depth milled to .018”, but I also milled it to .01” which also looks nice and is the depth set in Carbide Create. There is plenty of room to play.

Note: I uploaded the file in two versions of Carbide Create. CarbideForLife_SS_CC313.c2d is the older version for those of you who have not updated to the version that contains groups. CarbideForLife_SS.c2d is the newer version running in beta(currently 316).

Tool: #501 60° PCB Carbide Endmill

https://shop.carbide3d.com/collections/cutters/products/501-pcb-engraver-qty-2?variant=44153728198

Cut using these settings:
Depth Per Pass: .003”
Feed 1.8”
Plunge .25”
RPM: 9,000


Tool: #112-Z ZrN Coated Carbide Endmill

https://shop.carbide3d.com/collections/cutters/products/112-z-0625-coated-flat-cutter?variant=8752641245275

Cut using these settings:
Depth Per Pass: .003”
Feed 8”
Plunge 1”
RPM: 9,000


I attached the steel to a piece of acrylic using double sided tape and created a small wall for coolant using polymer clay. I’ve experimented with a few different types of coolant and use this one frequently.

https://www.precisebits.com/products/chemicals/cutting_oil.asp

Setup 1 of 2

Material Details

Type Length Width Thickness Origin

Toolpaths

Name Type Tool Feedrate Plungerate Cut Depth
Setup 2 of 2

Material Details

Type Length Width Thickness Origin

Toolpaths

Name Type Tool Feedrate Plungerate Cut Depth

Project Images