Crystal Ball Inner Engraving Fixture for xTool F2 Ultra UV Laser

MATERIAL QR CODE . Say goodbye to the hassle of finding the optimal processing parameters. It only takes two steps: place the QR code sticker/card into the machine, then click the "Refresh background" button and immediately apply the optimal processing parameters. You can click here to learn how to use automatic QR code recognition with the P series or F series . (*Please note that the automatic scanning function requires a camera. Non-camera machines (F1/S/M1U/D) can manually scan the QR code to quickly obtain the optimal processing parameters.) Click Link 1 and Link 2 to access the crystal ball inner engraving tutorial. Perfect Compatibility: Specifically designed for the K9 Crystal Ball inner engraving, its proprietary design ensures optimal engraving results when used with the xTool F2 Ultra UV. Custom-Capacity Glass Cup—Precise Volume Control, Perfectly Tailored. The glass cup's capacity precisely matches the engraving oil required for the officially sold 8cm crystal ball. Clear graduation lines on the outer wall allow intuitive reading of liquid levels during pouring, ensuring accurate volume control and minimizing waste. Silicone Shock-Absorbing Pad — Suppresses Vibration, Ensures Engraving Precision. Placing the silicone pad beneath the glass cup effectively absorbs vibrations, significantly enhancing the clarity and positioning accuracy of engraved patterns. Transparent Anti-Slip Strip — Secure Grip, Worry-Free Safety. During operation, the glass cup and crystal ball become extremely slippery when coated with engraving oil, posing a risk of slipping and breakage. Applying the transparent anti-slip strip to the glass cup's exterior allows for a secure grip even with oil-coated hands. The transparent material ensures calibration lines remain visible, balancing safety and practicality. Acrylic Tray & Metal Stand—Lift and Remove, Effortless Ball Retrieval. The custom perforated acrylic tray and metal stand assemble to fit over the glass cup rim. During proc