Laser Marking Machine Phone Case Making Machine Logo Printing for Metal Nonmetal Marking Engraving

The machine is optimized for metals (stainless steel, aluminum, brass, copper, etc.) and many nonmetal materials such as coated plastics, painted surfaces, leather and some polymers. Because nonmetal behavior varies, test your specific phone-case material before full production.

Power options are 30W, 60W, 100W and 150W. Lower power suits fine surface marking and delicate substrates; higher power is better for deeper engraving, faster throughput and harder metals. Choose based on material type, required marking depth and production speed.

The machine supports common graphic and CAD formats including AI, PLT, DXF, BMP, DST, DWG, LAS and DXP. Graphics are imported and controlled via the EZCAD software.

Marking area is 110 mm × 110 mm and the working accuracy is up to 0.001 mm, enabling very fine detail for logos and serial codes.

Marking depth is adjustable from surface marking up to approximately 1 mm, depending on material, power setting and number of passes.

The machine uses a water-cooling system. Use clean, deionized or distilled water, check coolant levels regularly, replace water per the manual, and inspect hoses and connections for leaks to maintain optimal performance.

Always follow the user manual and local laser-safety regulations: use appropriate laser safety eyewear, operate with an enclosure or protective shielding, ensure proper ventilation or fume extraction for particulates and vapors, and implement interlocks and warning signage where required.

The unit uses the EZCAD control system, which supports the listed file formats and offers powerful marking controls. Basic operation is user-friendly, but initial training on EZCAD and machine setup is recommended for best results.

Yes, it features automated loading to improve throughput. Specific automation (fixture types, conveyor integration or robotic feed) may vary by model or configuration—confirm details with the supplier to match your workflow and part sizes.

Yes for many phone-case types—metal cases and coated or laser-compatible plastics can be marked cleanly. For thin or heat-sensitive plastics, use lower power and test settings to avoid melting or distortion. Consider fixturing to prevent movement and protect delicate areas.

Routine maintenance includes cleaning the lens and protective glass, checking and replacing water coolant, keeping the work area free of dust, and inspecting cables/connectors. Fiber lasers have long lifetimes (typically tens of thousands of hours) with minimal consumables compared to CO2 lasers.

Marking speed depends on laser power, material, design complexity and resolution. The system is optimized for high throughput—simple logos can be marked in seconds, while detailed or deep engravings will take longer. Run sample tests to determine cycle times for your parts.

Exact electrical and site preparations depend on the model and power option. Typical needs include stable mains power, adequate grounding, water inlet/outlet for cooling and ventilation or fume extraction. Confirm required voltage/amperage and installation details with the vendor or installation guide.

Yes, fiber lasers can produce high-contrast marks on anodized aluminum and certain coated materials. Results vary—you can achieve color changes (annealing or oxidation effects) on some metals; test samples to verify appearance and adhesion.

Warranty and support vary by seller. Most suppliers offer a limited warranty and technical support (remote or on-site) plus spare parts availability. Confirm the warranty length, coverage and available support options before purchase.