Most users import geometry from AutoCAD (DXF/DWG) or 3D software (STEP/IGES). Importing a File Go to . Select your file.
Select and input the physical dimensions: Length ( ) and Width (
Click . Based on your predefined technology tables, Lantek automatically assigns: lantek expert tutorial
: Tutorials often start with creating shapes directly in the Lantek CAD module or importing external DXF/DWG files. Users learn to define "obrounds," circles, and complex contours using coordinate-based entry (e.g., entering specific X and Y values). Automatic and Manual Nesting
Before hitting the machine, run your imported CAD files through the Parts Verifier to find errors in geometry that could break your CNC program. Most users import geometry from AutoCAD (DXF/DWG) or
Enable during manual placement to prevent parts from overlapping or violating spacing rules. 5. Machining and Technology Allocation (CAM)
Configure the software to automatically raise or keep the torch low based on whether it passes over previously cut zones. This prevents the cutting head from striking tilted parts. Select and input the physical dimensions: Length (
Click . The software will simulate thousands of combinations in seconds to deliver the highest yield percentage. Option B: Manual Nesting
Click . The software will run iterative calculations to deliver the highest utilization percentage. Interactive/Manual Nesting Controls
Once your part geometry is clean, you must apply the "technology"—the specific instructions for how the cutting tool interacts with the metal. Configuring Lead-ins and Lead-outs
Utilize the feature, which snaps parts next to each other while respecting your predefined safety clearances. 5. Applying CAM Lead-ins, Lead-outs, and Cutting Paths