The F9-355-10-50 is designed for marking, precision cutting, drilling, optical wire processing and glass engraving. Wavelength is 354.7nm, repetition rate 20kHz to 200kHz and power 3.0W to 5.0W. Beam quality is stated as M1.2 across all frequencies. Pulse width <15ns at 30k minimizes the heat-affected zone for precision processing. Unique Q-switch control meets varied application needs. Longer life, stable operation and improved reliability are combined with all-digital intelligent power control for simple operation/monitoring. Computer communication and RS232 external control provide flexibility. An integrated design simplifies equipment integration and layout. This powerful, stable, reliable and easy-to-use source meets high-efficiency, high-quality marking, cutting, drilling and glass-engraving needs.
| Parameter | Value |
| Laser wavelength | 354.7 nm |
| Average Output Power [@30kHz] | >10 W |
| Pulse Width [@30kHz] | <15 ns |
| Pulse Repetition Rate | 20-200 kHz |
| Spatial Mode | TEMoo |
| Beam quality (M2) | <1.2 |
| Beam Diameter [Measured at window; ±0.1] | 0.8±0.1 mm |
| Beam Full Divergence Angle | <1.5 mrad |
| Beam Circularity | >90 % |
| Pulse-to-Pulse Stability [RMS/@30kHz] | <2 % |
| Average Power Stability [RMS/8hr] | <5 % |
| Beam-Pointing Drift | <25 μrad/℃ |
| Polarization Ratio | >100:1 |
| Polarization Orientation | Horizontal |
| Operating Temperature/Humidity (Operating Temp. & RH) [The Specified Temperature Is the Ambient Temperature .] | 10 to 30 ℃ <80 % |
| Storage Temperature/Humidity (Storage Temp. & RH) [The Specified Temperature Is the Ambient Temperature .] | -20 to 65 ℃ <90 % |
| Power Consumption [Single-phase Single phase] | 100-240 VAC 50/60 Hz <500 W |
1. 354.7nm, 20kHz-200kHz repetition, 3.0w~5.0w power.2. M²<1.2 across all frequencies; pulse width<15ns@30k minimizes thermal effects.3. Unique Q-switch control supports applications, longer life and stable operation.4. Digital intelligent power control simplifies monitoring.5. Computer communication, RS232 external control and integrated design. RFH has 18years of industrial solid-state-laser craftsmanship. F9 strengths:±0.02mm precision, compactness, stability and value. Cleanroom production and quality management cover purchasing, inspection, assembly, finished tests, storage, shipping and service, ensuring consistency and rated/actual agreement. Dust-free electronics avoid contamination and support longer life. Domestic/international professors and doctoral experts develop embedded, individually matched power controls. Proprietary technology allows updates and laser-specific improvements, supported by 16years of R&D. Integrated head/power controls improve stability and mobility. Smaller size, stable cavity, expandability and easy on-the-fly-marker mounting save space/cost; this reflects 17 years of technology/industry experience. Imported pumps/Q-switches and leading domestic suppliers ensure quality. Digital display, computer communication, remote monitoring and compact integration are provided.
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Shenzhen RFH Laser Technology Co., Ltd. was founded in 2007 and is a manufacturer of industrial all-solid-state solid-state lasers. The headquarters is located in the High-tech Industrial Park, Nanshan District, Shenzhen, with offices in Wuhan and Suzhou.
After 19 years of development, RFH Laser currently has an industrial laser R&D team composed of professors, experts, and doctors from home and abroad. It has established an application process R&D department, laser R&D department, and electrical R&D department. It has 15 national certificates, 14 computer software copyright certificates, and has been awarded certificates such as "Guangdong Province Specialized and New Enterprise" and "Software Enterprise Certification Certificate", and has been appointed as a governing unit by the Guangdong 3D Printing Industry Innovation Alliance and the Guangdong Laser Industry Association.
RFH products are oriented to laser end users and system integrators, covering series of lasers from green light to deep ultraviolet band. The laser pulse energy, average power, and repetition frequency range can be applied to diverse laser fields, such as consumer electronics, electronic circuits, packaging and printing, solar energy, lithium batteries, semiconductor microelectronics, panel displays, jewelry, biomedical, automotive industry, aerospace, and other industries. Lasers are widely used in 3D printing rapid prototyping, precision marking, precision drilling, precision cutting, laser welding, plastic laser welding, metal laser welding, laser medical treatment, surface removal, wire stripping, internal engraving, and other laser applications.