Honghe Machinery
| Customization: | Available |
|---|---|
| After-sales Service: | The Whole Machine Has One-Year Warranty. |
| Warranty: | One Year |
High-speed UV laser printers are specifically designed for industrial batch production, offering features such as automatic marking, high-speed coding, and seamless integration into assembly line production. These printers are equipped with advanced automation systems, ensuring fully automated marking without manual intervention, which enhances production efficiency and consistency.
Their high-speed galvanometer and powerful UV laser enable quick and precise coding, ideal for high-demand environments. The UV laser's short wavelength and fine focus allow for high-precision marking, making it suitable for intricate patterns and fine characters. Additionally, these printers are versatile, capable of marking a wide range of materials such as metal, plastic, glass, and ceramics, catering to diverse industrial applications.
They are particularly beneficial for environments requiring mass production, research, teaching, and innovation hubs, offering flexibility for various tasks, from lab experiments to rapid prototyping. With mobile power solutions, they are also well-suited for outdoor work, providing reliable marking solutions for on-site and field applications.








| Item | Inkjet Coder | Laser Marker | Basis |
|---|---|---|---|
| Runtime per Year | 4,000 h | - | 8 hours/d |
| Ink Consumption/Hour | 4 ml/h | - | - |
| Annual Ink Usage | 16 L | - | - |
| Annual Solvent Cost | US$720 | US$300 | - |
| Other Consumables | US$300 | US$300 | - |
| Total Annual Cost | US$2,400 | US$300 | - |
| Material Group | Specific Material | Reaction |
|---|---|---|
| Metal | Stainless steel / Aluminum | √√ |
| Brass / Coated metal | √√ | |
| Copper / Gold / Silver | √ | |
| Titanium / Carbon steel | √√ | |
| Plastic | PE / PP / PVC / PPR | √√ |
| ABS / PET / Nylon / PC | √√ | |
| Plastic films and foils | √√ | |
| Others | Ceramic / Rubber | √√ |
*√√: Exceptional Reaction, √: Admirable Reaction