2D Cutting
Tube Cutting
3D Cutting
Intelligent Welding
Intelligent Cutting Head
Industrial Automation
Industrial Software
Combination
Combination
Combination
Controller
2D Cutting Head
Tube Cutting Head
3D Cutting Head
Consumables
Servo
Industrial 4.0
When Boosting parts of various materials and thicknesses at the same time, Boost Parameters can be set for different Parts of different materials and thicknesses set different sheet specifications and Nest Parameters.
Operation Steps
Click [Settings] - [Boost Parameters] - [New]
You can set Zero-Ref position, Nest Direction, Rot Angle, and whether to Co-edge And you can choose the Nest plan according to your needs: higher Utilization / fewer types of Nest
Multiple Boost Parameters can be set, and parameters can be selected for deletion
Boost parameters are effective based on the original view
Docking point Position: based on the original view's docking point (top left, bottom left, top right, bottom right)
Nest plan:
Higher utilization: The utilization rate of the materials will be higher, but it may result in more types of layouts.
Fewer types of nesting: There will be fewer types of layouts, but it may affect the material utilization rate.
Nest Direction: based on the original view's Nest Direction (horizontal, vertical)
Rotate: part Rot Angle (Any angle, 90 degrees, 180 degrees, No rotation)
Co-edge: check to arrange parts with Co-edge
When Boosting parts of various materials and thicknesses at the same time, Boost Parameters can be set for different Parts of different materials and thicknesses set different sheet specifications and Nest Parameters.
Operation Steps
Click [Settings] - [Boost Parameters] - [New]
You can set Zero-Ref position, Nest Direction, Rot Angle, and whether to Co-edge And you can choose the Nest plan according to your needs: higher Utilization / fewer types of Nest
Multiple Boost Parameters can be set, and parameters can be selected for deletion
Boost parameters are effective based on the original view
Docking point Position: based on the original view's docking point (top left, bottom left, top right, bottom right)
Nest plan:
Higher utilization: The utilization rate of the materials will be higher, but it may result in more types of layouts.
Fewer types of nesting: There will be fewer types of layouts, but it may affect the material utilization rate.
Nest Direction: based on the original view's Nest Direction (horizontal, vertical)
Rotate: part Rot Angle (Any angle, 90 degrees, 180 degrees, No rotation)
Co-edge: check to arrange parts with Co-edge