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With support for LightBurn, users gain access to advanced control features, enabling detailed customization and efficient management of complex engraving tasks.

The compatibility with CorelDRAW allows for smooth import and creation of intricate vector designs, ensuring high-quality results for every project.
Not all metals react the same to laser engraving. Bare metals like stainless steel, aluminum, and titanium work well with fiber and MOPA lasers, while coated metals (e.g., anodized aluminum) can be engraved using CO₂ lasers with marking sprays.
A weak engraving could result from low power settings or improper focusing. Adjust the laser power, frequency, and marking speed to enhance depth and contrast. For stainless steel, increasing pulse duration (with MOPA lasers) improves the engraving’s sharpness.
Yes, but deep engraving requires multiple passes at lower speeds and higher power. This technique is commonly used for permanent serial numbers, branding, or industrial applications.
Yes, applying a clear protective coating over engraved metal enhances durability and prevents oxidation. For stainless steel, laser annealing (instead of engraving) produces a non-invasive, rust-resistant mark.
Use isopropyl alcohol, acetone, or a polishing cloth to clean metal surfaces. For tougher residue, a fine-bristle brush or buffing pad can restore the engraved area’s appearance.