@ -469,40 +469,51 @@ In some cases, such as cutting pieces with consistent cutting sides (e.g., an L-
**Example Usage**:
- To cut a piece 600mm wide:
- Perform the first front cut and raise the blade out of the stone.
- Enter "600mm" in the [**distance label**](#h-12114-move-distance-label).
- Enter "600mm" in the [**distance input field**](#h-12114-move-distance).
- Enable the blade thickness check.
- Move in the Y+ direction; the CNC will calculate and move 600mm plus the [**blade thickness**](#h-121728-thickness) automatically, as the blade check toggle is enabled.
- Complete the second cut to achieve a piece exactly 600mm wide.
#### 1.2.1.14 Move Distance Label
#### 1.2.1.14 Move Distance
Input field for the incremental distance for manual movements. When a value is entered in this field, and the user clicks any axis direction movement button, the machine will move incrementally in the direction indicated by the button for the specified amount.
If the entered distance exceeds the machine's limits, the machine will move to the limit instead. Additionally, if the blade thickness check is enabled, the [**blade thickness**](#h-121728-thickness) will be added to the movement. Incremental movements work with both TCP OFF and ON, but the [**blade thickness**](#h-121728-thickness) is only added when TCP is ON. Note that with TCP OFF, the machine will move differently, as described in the [**TCP chapter**](#h-12112-tcp-status-light).
#### 1.2.1.15 STONE THICKNESS
#### 1.2.1.15 Stone Thickness
Indicates the thickness of the material (such as stone) that the machine must take into account. Indicated by hand or measured by machine.
This input field allows the user to specify the thickness of the material (such as stone) on the workbench. The thickness can either be manually entered or automatically updated using the [**Probe Stone**](#-1246-probe-stone) function, which runs a probing sequence to determine the material's thickness.
The stone thickness is utilized in both manual and semi-automatic functions. It plays a critical role in calculating safe rapid movement heights and determining the appropriate height for approaching and cutting the material with proper feed rates. Accurate input of the stone thickness ensures efficient and safe operations. Incorrect thickness input may cause the tool to plunge into the material at rapid feed, potentially damaging both the material and the tool.
**Note**: This parameter is specific to AitalMAC operations and does not apply to Pegasus post-processed programs.
### 1.2.2 SPINDLE
***Figure 1.2.1.8**: Spindle control functions tab*
The Spindle tab provides direct controls for testing the spindle independently of tool setup. These controls are intended for diagnostic purposes.
#### 1.2.2.1 STOP
The spindle power button activates the rotation according to the settings specified in the tool's database, which is connected to the machine. This button is essential for the machine to function in manual mode, controlled by the operator.
Halts the spindle immediately, regardless of how it was started.
#### 1.2.2.2 CW (Clockwise)
#### 1.2.2.2 CW
Enables the spindle to rotate clockwise, which is the standard rotation direction for AitalMAC machines.
A button to change the direction of rotation of the spindle is provided. It can be set to rotate clockwise or counterclockwise, depending on the needs of the operator and the specific cutting tool being used. This feature is essential for proper operation of certain cutting tools, as it affects the direction of threaded fixation and the sharpening of cutting edges. The button is intended for manual use by the operator of the machine.
- **Orientation Note**: On 5-axis saws, the spindle is typically horizontal and points toward the operator. From the operator's perspective, the blade appears to spin counter-clockwise, but from the spindle's perspective, it rotates clockwise.
- **Compatibility**: AitalMAC uses right-threaded spindles (unlike the traditional left-threaded spindles in the stone industry) to maintain consistency with CNC work centers. This allows for interchangeable tools and versatile machine functionality.
- **Operation**: This button must be pressed to initiate rotation. Speed adjustments (+/- buttons) will not function unless a direction is specified.
#### 1.2.2.3 -
#### 1.2.2.3 - (Spindle Speed Decrease)
Reducing spindle speed rpm
Reduces spindle speed by 100 RPM per click. Requires a rotation direction to be specified first.
#### 1.2.2.4 +
#### 1.2.2.4 + (Spindle Speed Increase)
Increasing spindle speed rpm
Increases spindle speed by 100 RPM per click. Requires the spindle to be rotating in a specified direction (set with the CW button).
