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HPS-MP
HYPERS LASER
Product Features:
Energy Efficiency
High Electro-Optical Conversion Efficiency: The fiber laser marking machine achieves an electro-optical conversion efficiency of up to 30%, while consuming only 500W/hour.
Optimized Cooling System: Low-power units utilize air cooling, while high-power units feature a water cooling system, ensuring long-term stable operation.
Processing Performance
High Precision and Flexibility: Achieve micron-level marking accuracy, with real-time adjustment of marking content and support for a variety of graphic and text styles.
Adaptability: Suitable for a variety of materials, including metal, plastic, pharmaceutical packaging (PE/PET), and PCB solder mask.
Low Maintenance Cost: The maintenance-free design eliminates the need for consumables, minimizing ongoing maintenance costs.
High Durability: The laser has a lifespan of 20,000 to 30,000 hours and requires a constant temperature and humidity environment.
Environmentally Friendly and Economical
Pollution-Free: The processing process produces no chemical emissions, meeting environmental requirements. Energy-saving and environmentally friendly: Low power consumption and operating costs of only one-third of traditional marking methods.
Technical Features:
Non-contact processing: Avoids physical damage, suitable for applications requiring high precision.
High-precision positioning: Positioning accuracy reaches 0.001 mm, suitable for fine engraving.
Flexibility: Supports functions such as serial number marking and on-the-fly marking, enabling rapid processing of high-volume production needs.
Applications:
Widely used in electronic components, automotive parts, aerospace components, jewelry, and other fields, it is particularly advantageous when anti-counterfeiting marking or complex patterns are required.
Product Features:
Energy Efficiency
High Electro-Optical Conversion Efficiency: The fiber laser marking machine achieves an electro-optical conversion efficiency of up to 30%, while consuming only 500W/hour.
Optimized Cooling System: Low-power units utilize air cooling, while high-power units feature a water cooling system, ensuring long-term stable operation.
Processing Performance
High Precision and Flexibility: Achieve micron-level marking accuracy, with real-time adjustment of marking content and support for a variety of graphic and text styles.
Adaptability: Suitable for a variety of materials, including metal, plastic, pharmaceutical packaging (PE/PET), and PCB solder mask.
Low Maintenance Cost: The maintenance-free design eliminates the need for consumables, minimizing ongoing maintenance costs.
High Durability: The laser has a lifespan of 20,000 to 30,000 hours and requires a constant temperature and humidity environment.
Environmentally Friendly and Economical
Pollution-Free: The processing process produces no chemical emissions, meeting environmental requirements. Energy-saving and environmentally friendly: Low power consumption and operating costs of only one-third of traditional marking methods.
Technical Features:
Non-contact processing: Avoids physical damage, suitable for applications requiring high precision.
High-precision positioning: Positioning accuracy reaches 0.001 mm, suitable for fine engraving.
Flexibility: Supports functions such as serial number marking and on-the-fly marking, enabling rapid processing of high-volume production needs.
Applications:
Widely used in electronic components, automotive parts, aerospace components, jewelry, and other fields, it is particularly advantageous when anti-counterfeiting marking or complex patterns are required.
