915 Generation Grbl Z-Axis Router Touch Plate Tool

The function of the tool setting instrument The measurement and compensation of the tool value in directions can effectively eliminate the error and inefficiency caused by tool setting. No matter what kind of cutting tool is used for workpiece contour turning or milling, all tool tip points or tool axis lines involved in cutting must be adjusted or compensated so that they are accurately located at the same theoretical or axis of the workpiece coordinate system on-line
How to use:
1. clip is fixed on the cutter
2. port has been connected to the control board (A5 interface on the 3018pro control board)
3.Place (plastic + aluminum plate) under the tool material: plastic
Color as shown
GRBL Z-probe Router Tool Setting Automatic Tool Setter. Thickness: 1.6mm (±0.03mm)
Tool Setting Function It can accurately locate the working surface, and is most suitable for PCB engraving.
Easy to Use You can refer to video to understand how to use it correctly.
Probe change the Probe in Grbl to: G91G21G38.2Z-30F100;G92Z1.6;G0Z5F10
What does G91G21G38.2Z-30F100;G92Z1.6;G0Z5F10 mean:
G91: Use relative coordinate mode
G21: Use mm unit
G38.2: Tool setting instruction
Z-30: The Z axis moves 30mm in the negative direction, if it touches the tool setter, it will stop and set this as the origin
F100: the speed of the Z-axis when it is running
;: , instruction
G92: Coordinate , because the tool setter has a thickness, in order to remove the thickness of the tool setter, you need to set the Z1.6: Z-axis 1.6, 1.6 is the thickness of the tool setter, which is subject to the actual measured thickness of the tool setter
;: , instruction
G0: fast moving
Z5: The Z axis moves to the position of coordinate 5, which is convenient for taking out the tool setter
F10: Z-axis upward movement speed Package Contents:
1 x Z-Axis Router Touch Plate set Only the above package content, other are not included.
Note: Light reflection and different displays may cause the color of the item in the a little different from the real . The measurement allowed error is +/- 1-3cm.