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Troubleshooting Common Issues

Step 3: Optimizing Cutting Parameters

To optimize your machine's cutting parameters:

  1. Select the material: Choose the material you're working with from the pre-defined library or create a custom material profile.
  2. Define cutting parameters: Set cutting speeds, feed rates, and other parameters based on the material and desired outcome.
  3. Run simulations: Run simulations to test and refine your cutting parameters.

Part 4: Troubleshooting the Top 5 Verified Errors

Even with a perfect process, errors occur. Here is how verified users fix them.

| Error Message | Likely Cause | Verified Fix | | :--- | :--- | :--- | | "Piercing not possible" | Material thickness mismatch between CAD and TecDB. | Go to Part > Properties. Override thickness to 2.00mm exactly. | | "Head lift limit reached" | Microjoints are too tall (over 1mm). | Reduce Microjoint height to 0.4mm for steel, 0.6mm for aluminum. | | "Nesting failed – No solution" | Sheet size is smaller than the largest part. | Go to Settings > Nesting > Allow Part Rotation (Check ENABLED). | | "Slow cut around holes" | Technology set to "High Quality" for everything. | Select only the holes > Technology > Change to RapidCut. | | "Post-Processor not found" | Machine configuration is generic. | Re-run the Machine Wizard. Select exact serial number of your laser. |