User Case 2: From Crystal Scan to CNC Coring

This user case demonstrates how to go from a crystal scan to generating G-code for CNC coring. It involves preparing the crystal, setting up cores, and creating the necessary G-code for a CNC coring machine.

Steps to Create CNC G-code for Coring

1. Open Crystal Model: Open the crystal scan model in Yield. This model will serve as the base for defining the cores and creating the G-code.

2. Switch to Coring Mode: Navigate to the Coring tab in the software interface. This mode is designed for defining and managing the cores to be cut from the crystal.

3. Add Cores with Drag & Fix: Use the Drag & Fix feature to add cores to the crystal. Select the desired position on the crystal and drag the tool to adjust its size or orientation. Each core represents a cylindrical section that will be cut during the coring process.

   Tip

   You can duplicate cores by following the same steps for additional sections.

4. Calculate Wafers for Each Core: After defining the cores, calculate the wafers for each core to ensure that the setup meets your production requirements.

5. Generate G-Code for CNC: Once the cores and wafers are defined, generate the G-code. This code will instruct the CNC machine on how to cut the cores from the crystal.

6. Add Basis: Define two points along the axis where the coring will be performed. The basis defines the orientation and reference points for the coring tool.

7. Generate G-Code for Each Diameter: The software will create separate G-code for each core diameter, ensuring that the correct parameters are passed to the CNC machine.

8. Load G-Code into CNC Coring System: After generating the G-code, save the file or copy it to the CNC coring system to execute the coring process.

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By following these steps, you can efficiently transition from a crystal scan to generating precise G-code for CNC coring.