The marking machine utilizes a CO2 laser and is a general-purpose model with a rear-focusing method. Its optical system allows for free up/down and side-to-side movement. The CO2 laser and scanning mirror ensure fast speed and high precision. The software features a Windows interface and is compatible with file outputs from various programs such as Coreldraw, AutoCAD, and Photoshop. It supports file formats like PLT, PCX, DXF, BMP, and directly uses SHC, TTF, and font libraries. The machine offers automatic coding, serial numbers, batch numbers, dates, barcodes, and QR codes with a graphic reverse-etching function. Design graphics and text on the computer with flexibility and ease, eliminating the need for printing materials and reducing costs.
Laser marking with five non-deformation features. Optional rotating worktable for circular product marking. Accessories ensure precise and fast marking, stable performance, and moderate pricing. It allows for adjustable engraving depth and can operate continuously. Integrated design structure with a new optical path sealing method, overall stability, and aesthetically pleasing appearance.
Performance Features: Typical applications include anti-white effect printing, removal of anodized surface layers, and laser marking of animal ear tags. Stable laser output with high repeatability of patterns. The new optical path sealing method ensures the operation of the pump head, with a long maintenance-free cycle.
Laser marking is used for identification and product tracking in various industries, including eyewear, buttons, plastics, signage, packaging, leather, fabrics, ceramics, glass, crystal, rubber, electrical appliances, handicrafts, and wood and bamboo products.
Laser engraving is highly versatile, capable of printing alphanumeric characters, graphics, icons, barcodes, and even bitmaps. The processes involved in laser engraving include thermal surface treatment marking, carving, and soft marking. The excellent absorption characteristics of most materials when exposed to near-infrared wavelengths make fiber laser engravers highly favored in the field, due to their beam quality, compact design, and maintenance-free operation. Continuous and Q-switched laser applications are numerous, with a demand for continuous single-mode fiber laser marking metal. Continuous output is crucial for clear, superficial, non-invasive marking. Even highly reflective metals like gold and aluminum can be marked, examples include heavy-duty gears, plastic tags, ceramic filters, computer motherboards, and keyboards, etc.
