Milling tool properties
Holder
Tool parameters
Tool number
This is used by default in the TCP manager and should ideally match the tool number used in real life.
Tool name
A name for the tool, used for reference only. It does not affect the program. Use a short, unique name that makes it easy to identify the tool.
For example, Face Mill 30 mm dia
.
Tool description
More descriptive text will be included alongside the tool name in some areas of Robotmaster.
For example, Face Mill 30 mm dia 5 mm max depth 6 flutes
.
Milling tool type
Set the Milling tool type to apply parameters to the tool.
Flat End Mill | Standard flat end mill. |
Ball End Mill | Ball end mills have a rounded tip and uniform tool diameter. |
Chamfer Mill | Mill tool for adding chamfer to edges of workpiece. |
Slot Mill | Mill with slotted flute section. |
Radial Mill | Radial mill with optional corner radius. |
Dovetail Mill | Flared mill bit. |
Taper Mill | Tapered mill bit with pointed or flat bottom tip. Corner radius can be used. |
Lollipop Mill | Mill tool with spherical end. Diameter of the fluted ball is set using overall tool diameter. |
Bull End Mill | Mill tool with bullnose corner radius on end. |
Engraving Mill | Tapered mill tool with pointed or flat-bottom tip. |
Barrel Mill | Mill tool with an elongated bulb-shaped fluted section. Use Diameter, Flute Length, and Barrel Radius to model the cutting section of the tool. |
Milling tool dimensions
Diameter
Diameter of the cutting portion of the tool.
Length
Exposed length of the milling tool from tip to end. Any portion of the tool seated in a chuck or tool holder should not be included in the length.
Length is used for TCP placement and collision detection.
Flute length
Length of the fluted cutting section of the tool. The fluted section is indicated in yellow in the Preview and the viewport.
Shoulder length
Length of the fluted section plus the smooth section of the milling tool. The smooth section of the tool has the same diameter as the fluted section.
If the entire explosed tool is fluted, set:
Shoulder length = Flute length = Length
Arbor diameter = Diameter
Arbor diameter
If the tool has an arbor at the shank end, you can enter a diameter for it. Including an arbor in the model allows you to see depth limits for the tool relative to a hole and can help with collision detection.
Arbor length is automatically calculated based on Length, Flute length, and Shoulder length.
If the entire tool is the same diameter, set:
Arbor diameter = Diameter
Tip angle
Certain milling tools have an angled tip. This includes Chamfer Mill, Dovetail Mill, Taper Mill, and Engraving Mill.
Tip angle has no effect on the length of the tool.
Tip radius
Angled tool tips with a flat bottom can be modeled using tip radius.
Corner radius
Corner radius can be applied at the outer bottom of the fluted section of some mill tools, such as the Bull End Mill.
Barrel radius
For Barrel Mill tools, Barrel radius is used with Diameter and Flute length to model tool shape. The barrel section is fit onto the available Flute length.
When defining tool geometry, keep in mind that cell collision detection can be refined such that the flute, arbor, and holder are treated separately for collisions. If the flute is excluded from the collision group for a workpiece, it will allow the flute to come into contact with the workpiece without causing a collision in Robotmaster.