Overview
| brand | Wuhan Keyi Optoelectronics | brand | Wuhan Keyi |
| Processing customization | yes | Specification and model | KY-M-FB |
| Print Range | 45mm~330mm | Print Depth | 0.01mm~2mm |
| Print height | 100mm~500mm | Printing speed | ≤ 8000MM/S |
| Applicable industries | Food, medicine, hardware, machinery, gifts | type | Laser marking machine |
| Saleable land | nationwide | after-sale service | 3-hour phone call to resolve, unable to resolve 24-hour on-site response |
Product Details
Compared with traditional marking methods such as pneumatic marking, electrical corrosion, screen printing, inkjet printing, and mechanical engraving, laser marking has the following advantages:
1. Laser processing is used for optical contact, non mechanical contact, and no mechanical stress, making it particularly suitable for high hardness (such as hard alloys), high brittleness (such as solar wafers), high melting point, and high precision (such as precision bearings).
2. Laser processing has the characteristics of high energy density, short time, small heat affected zone, small thermal deformation, and low thermal stress, which will not affect the internal electrical performance. Especially 532 μ m. The cold processing of 355 m and 266 m lasers is suitable for precision machining of special materials.
3. Laser direct ablation and etching, as a permanent mark, cannot be erased, and will not cause invalid deformation or detachment. It is suitable for anti-counterfeiting and anti-counterfeiting, and meets the requirements of product traceability.
4. The laser processing system is a computer system with functions such as skip count and random code, which is easy to configure and modify, and can meet the requirements for unique product codes. Suitable for personalized processing, with the advantages of small batch and multi batch processing
5. The labeling effect is delicate, the process is beautiful, and the accuracy is high, which can improve the product grade and increase the added value of the product. The line width can be as small as 10 micrometers, and the depth can reach below 10 micrometers, which can be marked on the surface of parts in millimeters.
6. Low consumption, pollution-free, energy-saving and environmentally friendly, meeting European environmental standards and GMP requirements for the pharmaceutical industry. Low processing cost. The one-time investment in equipment is relatively expensive, but continuous large-scale processing ultimately reduces the processing cost of each component.
7. Flexible processing methods. The internal components are processed using transparent media, which is easy to guide and focus, achieving directional transformation, and easy to cooperate with CNC machine tools.