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
Product Overview
Hard alloy: an alloy material made by powder metallurgy process of hard compound of Refractory metals and bonding metal.
Most modern hard alloys are tungsten titanium cobalt alloys with excellent properties, such as high hardness, wear resistance, good strength and thermal resistance, heat resistance, and corrosion resistance. When conditions permit and mature (such as sufficient budget, traditional methods cannot handle, and precise and fast process effects are required), its wear-resistant and high hardness characteristics are very suitable for laser processing, such as marking, welding, and cutting.
Laser marking of hard alloys is commonly used in cutting tools, tools (mining, drilling, measurement), and related industries such as grinding tools and hardware molds.
At present, the conventional marking method for hard alloys is to use nanosecond pulsed fiber laser or semiconductor light source, and then use a high-speed galvanometer scanning system to engrave and cut on various suitable materials to produce various artistic works or permanent anti-counterfeiting marks.
The overall equipment is a high-tech product that integrates laser, computer, automatic control, and precision mechanical technology;
The device has good beam quality, fast scanning speed, high displacement accuracy, controllable marking depth, customizable and personalized marking content, beautiful marking effect and not easy to wear, reliable and stable overall operation, and the structure can be decomposed and customized according to the workpiece and actual working conditions to improve work efficiency and accuracy. Moreover, the current investment cost has decreased significantly, It is indeed the preferred choice for manufacturers of cutting edge measuring tools and molds, as well as manufacturers of wear-resistant automotive components such as cylinders.
Partial sample images