Luxury Jewelry|Stainless 304 0.5mm|Mirror Cut|Fast Sample
| Your Potential Challenges | Our Targeted Solutions |
| 1. Extreme Thin-Wall Vulnerability – The 0.5mm wall is highly prone to thermal distortion, bending, or collapse from excessive heat input during cutting. | Pulse-Modulated & Low-Thermal-Input Processing: Employs optimized pulsed laser modes and minimal effective power to drastically reduce heat accumulation, preserving the tube's original geometry and roundness. |
| 2. Compromised Edge Quality on Curved Surfaces – Achieving a clean, burr-free cut with consistent geometry on the tubular surface is difficult, often resulting in dross, micro-burns, or edge irregularity. | Dynamic Focal Point Tracking & High-Purity Assist Gas: Utilizes a capacitive height sensor to maintain optimal focal position on the curved surface, paired with high-purity nitrogen to produce an oxidation-free, smooth cut edge. |
| 3. Unstable Fixturing & Precision Loss – The tubular pendant is difficult to secure without deformation, and standard clamping can cause slippage or marking, affecting cut path accuracy. | Customized Micro-Vibration Damping Fixtures: Implements dedicated soft-jaw chucks and internal support mandrels designed for thin tubes, ensuring absolute stability and preventing marking during high-speed rotation and cutting. |
