产品中心
浏览量:
产品名称
红外纳秒激光器
◆ Unique endpumped technology, small
volume, long lifetime
◆ 完美的光束质量及指向性
◆ Perfect beam quality and High beam
pointing stability
◆ 高精度温控系统保证脉冲稳定性
◆ High precision temperature control
system to ensure the pulse stability
◆ 创新的热透镜补偿设计
◆ Innovative thermal lens compensation
cavity design
产品描述
PR系列红外激光器采用半导体泵浦激光技术，结合独特的热透镜补偿激光腔型设计、声光调Q技术、高效率的频率变换技术及高精度温控系统。依照全固态激光器工业要求进行设计，具有长时间工作稳定性高和光束质量好等优点，可提供不同的功率和重复频率输出，经过长时间验证满足24/7的工业制造环境，来满足不同应用的需求。
PR series IR laser adopts LD pumped technology, combined with unique compensation laser cavity design of thermal lens, acousto-optic Q-switched technology and high precision temperature control system. In accordance with the industry requirement of all solid state for design, with the feature of long-term stability and good beam quality, etc., providing different power and repetition frequency output, to meet 24/7 industry environment after a long time test, to meet different applications.
| 应用领域 | Applications |
|
◆ 微电子电阻阻值调节 ◆ 太阳能薄膜刻划 ◆ 金属非金属标刻 ◆ 微孔钻孔 ◆ 科学研究光源 |
◆ Microelectronics resistance regulation
◆ Solar film scribed
◆ Metal and non-mental marking
◆ Micro hole drilling
◆ Light source of scientific research
|
|
光学参数 Specifications |
||||||
|
型号 Model |
PR- 1064-10-A |
PR- 1064- -10-B |
PR- 1064-20-A |
PR- 1064-20-B |
||
|
波长 Wavelength |
1064nm |
|||||
|
最大连续功率 CW Power |
>10W | >20W | ||||
|
重复频率 Repetition Rate |
1 kHz – 100kHz或连续 1 kHz – 100kHz or continuity |
|||||
|
平均功率 Average Power |
>8W@30kHz |
>7W@10kHz |
>18W@30kHz |
>15W@10kHz |
||
|
脉冲宽度 Pulse Width |
≈20ns@30kHz |
≈35ns@10kHz |
≈35ns@30kHz |
≈45ns@10kHz |
||
|
光束质量 Beam Quality |
M²<1.3 |
|||||
|
光斑圆度 Beam Ellipticity |
>90% |
|||||
|
功率稳定性 Power stability |
<1%@RMS |
|||||
|
偏振 Polarization |
垂直偏振 Vertical |
自由偏振 Free |
水平偏振 Horizontal |
自由偏振 Free |
||
|
冷却方式 Cooling |
风冷 Air cooling |
水冷 Water cooling |
||||
|
PR-1064-10-A/B曲线 10W Series：Power / Pulse width VS PRF |
PR-1064-20-A/B曲线 20W Series：Power / Pulse width VS PRF |
 |
 |
PR-1064-10-A/B 激光头机械尺寸图
PR-1064-10-A/B Laser Head Dimensional Figure
