Jpt 50w 2d 3d Fiber Laser Metal Engraving 20w 30w Color Laser Printer Desktop Laser Marking Machine

The product listing references multiple power levels (20W, 30W, 50W). The unit also supports an adjustable power range of 10–100% so you can fine‑tune output for different materials and effects. Confirm the exact model/power when ordering.

The specification lists a 10600 nm wavelength (typical of CO2 lasers). CO2 lasers work very well on organic materials (wood, acrylic, leather, glass) but are not ideal for direct marking of most metals. The product name mentions 'fiber laser' (which normally uses ~1064 nm for metal marking), so please verify with the seller which laser source/wavelength the unit actually uses before purchasing if you need metal marking.

Standard marking areas are 100 x 100 mm, with optional larger fields up to 150 x 150 mm. Confirm available optics/configurations with the supplier if you need a different working area.

Marking linear depth is listed as 0.01–0.2 mm. Minimum spot diameter is 0.01 mm and the minimum character height is 0.1 mm, allowing for very fine, high‑resolution marking. Actual depth/clarity will vary by material and settings.

Repetition accuracy is specified as ±0.002 mm, which supports consistent, high‑precision marking for tight tolerance applications.

The maximum linear marking speed is listed as 9000 mm/s. Effective marking speed will depend on material, power, frequency, and the complexity of the artwork.

Repetition frequency is specified at 20–80 kHz. Output beam quality is given as M2: 1.2–1.8, which indicates a relatively good beam for small spot sizes and fine detail.

The product name refers to 2D/3D marking. '3D' marking usually refers to grayscale or variable‑height marking achieved by modulating laser power and focal position to create depth/relief effects. Exact 3D capability (true 3D surface contour following versus simulated 3D texture) should be confirmed with the seller.

The product name includes 'Color Laser Printer', but color marking methods vary. Some systems produce 'color' on metals via controlled oxidation/annealing (fiber lasers) or by using colorizing inks/films with CO2 lasers. Because the listed wavelength is 10600 nm (CO2), color marking on metals may be limited. Confirm the intended color marking method with the supplier.

If this is a CO2 (10600 nm) unit, typical materials include wood, acrylic, leather, glass, paper, some plastics and coated metals. If it is actually a fiber laser (≈1064 nm), it will be ideal for metals and some plastics. Material compatibility depends on the actual laser source—please verify the laser type with the seller for a definitive materials list.

Common laser marking controllers support formats such as PLT, DXF, BMP, JPG, PNG, and GIF and integrate with software like CorelDraw or other marking software. The exact software bundle and supported formats should be confirmed with the vendor.

The listing doesn't specify cooling/power details. Higher‑power lasers often require a chiller or adequate ventilation and a stable mains supply. Because this is marketed as a desktop unit, confirm the recommended cooling method, voltage, and amperage with the supplier before installation.

Regular maintenance typically includes keeping optics (lenses and mirrors) clean, checking beam alignment, replacing protective windows or filters as needed, and ensuring proper ventilation and cooling. Consumables vary by laser type — e.g., CO2 tubes or protective windows for CO2, or nonelectrode fiber source for fiber lasers. Ask the vendor for a maintenance schedule and parts availability.

Follow standard laser safety: use appropriate laser safety eyewear for the wavelength, operate in a controlled area with interlocks and warning signs, provide adequate ventilation for fumes/particles, avoid reflective targets, and follow the manufacturer's operating and maintenance instructions. Confirm required PPE and safety features with the seller.