Holoeye空间光调制器 | ALPAO高速变形镜 | 波前分析仪Phasics | 自适应光学系统 | 数字微反射镜 DMD 数字微镜器件 | 光学元件器件DOE | 光刻仪 |
飞秒激光器 | 皮秒激光器 | 自相关仪 | 超短脉冲测量仪Frog | 超快激光器件 |
高功率连续波OPO | 高功率光纤激光器 | Qioptiq NANO 激光器 | 低噪声窄线宽激光器 | 可调谐激光器 | 半导体激光器和放大器 | SLD和ASE宽带光源 | 双波长输出氦氖激光器 |
QIOPTIQ光纤耦合半导体激光器 | Diode & DPSS_qioptiq | 激光驱动白光光源 | 等离子体宽带光源 | 单色仪 | 光谱仪 | 光栅 | 辐射计 | 防嗮系数分析 | Optogma固体激光器 | Solarlight | 波长选择器 |
激光准直仪 | 红外激光观察镜 | 激光功率能量计 | 光学斩波器 | 光束质量分析仪 | 位敏探测器 | 红外相机 | O/E转换模块探测器 TIA-525S |
太赫兹相机及源 | 太赫兹探测器 | 太赫兹元器件及晶体 | 太赫兹光谱仪 | 太赫兹功率计 |
Optiphase | 微光MOI |
普克尔盒/Pockels Cells | 电光调制器/Electro-Optics Modulators | 法拉第隔离器/Faraday Isolators | SESAM半导体可饱和吸收镜 | 探测器 | EOT高速光电探测器 | 其他未分类 |
电化学ECV 扩散浓度 | 接触电阻测量仪 | 四点探针测试仪 | 少子寿命测试仪 |
平行光管 |
光纤跳线及配件 | 无源器件 |
Kaleo IRPhasics bench makes infrared lens quality control very simple. IR MTF is obtained in a single shot at all frequencies with no need for scanning or complex alignment. All wavefront aberrations are also provided with this single acquisition. The Kaleo IR Be |
SID4-sC8Designed for life science and material inspection microscopes, SID4-sC8 brings fast, accurate and truly quantitative phase measurement in a compact, plug-and-play solution. Biologists will benefit from label-free cell imaging, high sensitivity and automat |
SID4-NIR 波前传感器Phasics法国PHASICS公司自主研发的波前传感器是基于四波横向剪切干涉技术。SID4系列波前分析仪相较传统的夏克-哈特曼波前探测器具有高分辨率、消色差、高灵敏度、高动态检测范围、操作简便等独特的优势。为波前像差、波前畸变的检测以及激光光束及波前的测量、分析,眼科虹膜定位波前像差引导等提供了全新的解决方案! |
SID4 LWIRHIGH RESOLUTION PHASE & INTENSITY | in the far infrared region |
SID4 SWIRCOST-EFFECTIVE | HIGH RESOLUTION + HIGH SENSITIVITY |for shortwave infrared |
SID4-eSWIRHIGH RESOLUTION EXTENDED SWIR WAVE FRONT SENSOR |
SID4BioThe SID4Bio is a plug & play camera for quantitative phase imaging. It works with any microscope and enables measuring valuable numerical parameters on live cells. |
SID4 ElementADVANCED ADD-ON | for quantitative phase microscopy |
SID4 V VacuumPhasics is innovating by proposing the first off-the-shelf vacuum compatible wavefront sensor on the market. The SID4 V is designed to perform wavefront measurements under high vacuum. the wavefront measurement is realized in-situ in the same condition as |