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SID4 V Vacuum

Phasics 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

IMRA光纤耦合输出高功率飞秒激光器FD/D-FD-1000S

FD系列激光器采用光纤耦合输出，在保证脉冲质量前提下将脉冲灵活地输送到用户想要的地方。2015年IMRA推出了主要针对1045nm蛋白成像应用的1um光纤耦合输出飞秒激光器，由于其输出的灵活性，这款光纤耦合产品已广泛应用于其他应用。FD/D-FD-1000S提供超过1W的平均功率，脉宽<200fs。激光器采用风冷一体式设计，可轻松集成到工作站和激光系统中。目标应用包括双光子显微和二次谐波成像。

SID4 UV

COST-EFFECTIVE UV WAVEFRONT SENSOR | High resolution (62 500 phase pixels)

SID4

HIGH RESOLUTION WAVEFRONT SENSOR | 400-1100 nm

SID4 HR

UNRIVALLED HIGH RESOLUTION | 400×300 phase pixels

SID4 NIR

HIGH RESOLUTION PHASE & INTENSITY | at 1.55 µm

SID4 SWIR

COST-EFFECTIVE | HIGH RESOLUTION + HIGH SENSITIVITY |for shortwave infrared

SID4 SWIR-HR

HIGH RESOLUTION + HIGH SENSITIVITY | for shortwave infrared

SID4-eSWIR

HIGH RESOLUTION EXTENDED SWIR WAVE FRONT SENSOR

SID4 LWIR

HIGH RESOLUTION PHASE & INTENSITY | in the far infrared region

SID4 DWIR

Phasics introduces the first off-the-shelf high resolution wave front sensor for dual band infrared from 3 to 5 µm and 8 to 14 µm. The SID4 DWIR measures laser beam at 3.39µm and 10.6µm or source of any wavelength in between 3-5 µm and 8-14 µm such as bla

SID4-sC8

Designed 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

SID4Bio

The 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 Element

ADVANCED ADD-ON | for quantitative phase microscopy

KaleoMultiWAVE

The Kaleo-MultiWAVE bench is a unique instrument that delivers wavefront error at multiple wavelengths. Optics such as lenses, filters or mirrors can be characterized at their working wavelength. The KaleoMultiWAVE works at different wavelengths to perfor

IMRA掺铒800nm飞秒光纤激光器Femtolite系列F/G/H

IMRA掺铒800nm飞秒光纤激光器Femtolite系列F/G/H IMRA的Raman-shifted拉曼位移技术，在810 nm的独特波长下拥有干净的脉冲形状和光谱，这使Femtolite可成为普遍存在的Ti：Sapphire激光器的优秀替代品。超紧凑稳定设计使得Femtolite飞秒激光器可应用于临床和工业环境。自2005年推出以来，Femtolite已得到广泛应用功率可达150mW@810nm/200mW@1620nm。目标应用包括太赫兹产生和探测、多光子荧光显微和二次谐波成像等

KaleoMTF for R&D

The KaleoMTF bench performs automated off-axis MTF and wavefront error measurements at multiple wavelengths. It also measures aberrations (Zernike coefficients), through focus MTF, distortion, EFL… All results are given in the lens exit pupil for accurate

Kaleo IR

Phasics 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

Kaleo i

The Kaleo-I instrument is especially designed for the quality control of refractive intraocular lens, whether spherical, aspheric, toric or bifocal. It achieves fast and reliable measurements thanks to the integration of our high resolution wavefront sens

Lyncee Tec MEMS全息测振分析仪

Lyncee Tec MEMS全息测振分析仪全息MEMS测振分析仪记录MEMS振动周期中的三维形貌时序图，为MEMS振动测量提供了的丰富数据，特别是可以在被测视场内任意一点测量面内和面外振幅（位移）及频率响应，这些独特优势与完善的配套软、硬件一起提供了一套完整的MEMS振动测量解决方案。

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