High-Performance G Series HRSG-500S Laser Marking Machine for Cable Materials | China Suppliers & Factory
Product Parameter
| Machine Material | Aluminum |
| Power Demand | 220V;50/60Hz;≤500W |
| Cable Diameter | >1mm |
| Cooling system | Air cooling |
| External Port | Support wireless Wifi, RJ45, RS232, USB, Type-c. |
| Continuous working time | 0-24 hours, according to demand |
| Marking Content | Chinese, English, Numbers, Single word double line, Customized fonts, Logo, Automatic serial number, Real time, QR code etc. |
Optional functions
Product Advantage
🚀High-precision marking:
Adopting advanced laser marking technology, it can achieve high-precision marking effect, ensure clear and long-lasting marking content, and is not easy to wear and fade, which improves the quality and reliability of cable marking.
⚙️Diversified material applicability:
widely applicable to a variety of cable materials, whether common plastic insulation materials or metal conductors, can achieve high-quality marking, to meet the material selection needs of different cable manufacturers.
⚡Efficient production:
fast marking speed, can complete a large number of cable marking work in a short period of time, improve production efficiency, reduce production costs, help enterprises to enhance market competitiveness.
🧠Intelligent functions:
With a variety of optional functions such as MPS anti-misprinting system, NPS insulation core numbering and coding system, MES intelligent system, CPS conductor metre printing system, etc., which can be customized according to user requirements, intelligent cable marking management is realized, which further enhances the added value of the product and user experience.
🛡️Stable and reliable:
long continuous working time, the equipment can still maintain stable performance during long time operation, reducing the production interruption caused by equipment failure and improving the continuity and stability of production.
🔌Flexible Interface Configuration:
Rich external interfaces, supporting wireless and wired connection modes, facilitate integration with production management system, quality traceability system, etc. to achieve real-time data transmission and sharing, and meet the intelligent production needs of modern factories.
Applicable Industry
Power Cables, Overhead Cables, Submarine Cables, Fiber Optic Cable, Fire resistant cables, High voltage cables, Control cables, Special cables.
Copper
TPE
LSZE
PVC
XlPE
XLPO
Work site
Frequently Asked Questions
Q: What materials can this laser marking machine apply to?
A: It is widely applicable to various cable materials, including common plastic insulation materials such as PVC, TPE, LSZE, XlPE, and XLPO, as well as metal conductors like copper, ensuring high-quality marking across different specifications.
Q: What types of external ports are supported for system integration?
A: The machine features highly flexible interface configurations, supporting wireless Wifi, RJ45, RS232, USB, and Type-C, which makes it easy to integrate with production management and quality traceability systems.
Q: Can the machine work continuously in high-intensity production lines?
A: Yes, the machine is built for stable and reliable operation, supporting continuous working times of 0 to 24 hours according to production demand, reducing downtime and ensuring workflow continuity.
Q: What optional intelligent systems can be integrated?
A: To meet modern intelligent factory demands, you can opt for the MPS Anti-Misprinting system, NPS Insulation cores numbers coding system, MES Intelligent system, and CPS Conductor meter length printing system.
Q: What kind of content can be marked on the cables?
A: The machine can print a wide variety of content, including Chinese, English, Numbers, Single word double line, Customized fonts, Logos, Automatic serial numbers, Real-time data, and QR codes.
Q: What cooling method does this machine use, and what is its power demand?
A: It utilizes an efficient air cooling system. The power demand is 220V; 50/60Hz; with power consumption less than or equal to 500W, making it highly energy-efficient.