This material usually comes with a protective film to prevent surface damage during transport. Remove the film before laser processing to avoid ignition and damage to the acrylic.
Processing materials may release strong odors or fumes. A proper ventilation and exhaust system is required to protect the operator's health and reduce the impact of smoke on processing quality.
This material is highly reflective to lasers and may reflect the beam, potentially damaging the laser device. Applying anti-reflective treatment (e.g., black marking spray) to the surface can reduce reflections.
This material accumulates heat during processing, making the surface very hot. Let it cool down for a while after processing to avoid burns.
This material uses laser-induced oxidation on the surface to achieve black, white, or other color effects. However, in high temperature, high humidity, or when wiped with acidic/alkaline substances, the colors may fade or disappear. In such cases, an oxidation protection paste or spray should be applied to preserve the effect.
When processing this material (e.g., with F-series devices), place it near the exhaust fan after proper focusing. This helps with smoke removal, cooling, and camera positioning.
Processing thick metal materials significantly reduces operational efficiency and causes several quality issues. These include rougher kerf edges, excessive dross, thermal deformation of high-precision parts, and even failure to achieve complete cut-through. The cumulative result is increased post-processing time for deslagging and grinding.
For Wood, Metal, Acrylic, etc. and precautions during the processing