This series of high-speed laser marking/cleaning mirrors is supported by four core advantages: high reliability, high stability, high precision, and high efficiency. It is precisely adapted to four core application scenarios: photovoltaic laser marking, pole ear laser cutting, flat wire generator paint stripping, and battery shell roughening. The four advantages are deeply integrated into the entire process of various laser processing, providing high-speed, precise, and stable beam control solutions to help core industries such as photovoltaics, new energy,and automotive power improve quality, increase efficiency, reduce costs, and become the core supporting component of laser processing in variousfields.
Product advantages
● High reliability
We use independently developed high - end mirror motors and digital drivers, each of which has undergone rigorous environmental and performance testing and is suitable for continuous production conditions in various industrial workshops. It can achieve 24 - hour uninterrupted operation without frequent failures, effectively avoiding production stagnation caused by mirror failures and ensuring stable operation of production lines in all scenarios.
● High stability
Equipped with multi - level anti - interference design, it can effectively resist electromagnetic interference and mechanical vibration in the workshop. It can be equipped with real - time position feedback and real - time monitoring of lens temperature, which can provide early warning of risks such as lens abnormalities and reflectivity, effectively preventing lens damage and ensuring the safe operation of equipment. The product uses high - grade optical materials and is equipped with precision coating technology to significantly reduce light loss and thermal distortion, ensuring uniform and consistent effects in various processes such as marking, cutting, peeling paint, and roughening, avoiding processing defects, and reducing material loss.
● High precision
Equipped with high - precision motors and high - resolution encoders, combined with advanced closed - loop control technology, it achieves micron level precise positioning and has extremely low temperature drift characteristics, ensuring stable accuracy and better processing consistency even after long - term continuous operation.
● High efficiency
Adopting high dynamic response motors and high - speed drive solutions, it has industry - leading scanning speed and dynamic response performance, which can significantly improve the speed of marking and cleaning operations, and comprehensively enhance overall processing efficiency.
Product Parameters
| NAME | HSC14GW10644[-FB] | HSC20GW10644[-FB] | HSC25GW10644[-FB] | HSC30GW10644[-FB] |
| Input aperture | 14mm | 20mm | 25mm | 30mm |
| Scan angle | ±0.35rad | ±0.35rad | ±0.35rad | ±0.35rad |
| Nonlinearity | <0.5 mrad | <0.5 mrad | <0.5 mrad | <0.5 mrad |
| Tracking error time | 0.19 ms | 0.4 ms | 0.5 ms | 0.55 ms |
| Small step response time | <0.37ms | <0.7ms | <0.8ms | <1ms |
| Repeatability | <2 urad | <3 urad | <3 urad | <3 urad |
| Gain Drift | <15 ppm/K | <50 ppm/K | <50 ppm/K | <50 ppm/K |
| Zero Drift | <10 urad/K | <25 urad/K | <25 urad/K | <25 urad/K |
| Long-term drift over 8 hours | <0.1 mrad | <0.1 mrad | <0.1 mrad | <0.1 mrad |
| Angular velocity | 245rad/s | 190rad/s | 155rad/s | 130rad/s |
| Reflection wavelength | 1064nm | 1064nm | 1064nm | 1064nm |
| Power supply | ±24VDC Max.14.5A | ±24VDC Max.14.5A | ±24VDC Max.14.5A | ±24VDC Max.14.5A |
| Water flow rate | >1.5L/min | >1.5L/min | >1.5L/min | >1.5L/min |
| Operating temperature | 25±10℃ | 25±10℃ | 25±10℃ | 25±10℃ |
| Digital input | XY2-100 | XY2-100 | XY2-100 | XY2-100 |