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Continuous laser InSight®X3™ series
short-pulsesolid-statetunable

Continuous laser - InSight®X3™ series - Newport / Spectra-Physics - short-pulse / solid-state / tunable
Continuous laser - InSight®X3™ series - Newport / Spectra-Physics - short-pulse / solid-state / tunable
Continuous laser - InSight®X3™ series - Newport / Spectra-Physics - short-pulse / solid-state / tunable - image - 2
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Characteristics

Operational mode
short-pulse, continuous
Technology
solid-state
Spectrum
tunable
Applications
for Raman spectroscopy, for semiconductors, microscopy
Other characteristics
high-power, rugged, ultra-fast, Ti:sapphire
Power

Max.: 3.5 W

Min.: 1 W

Wavelength

Max.: 1,300 nm

Min.: 680 nm

Description

The InSight X3+ and InSight X3 are built on Spectra-Physics’ industry leading InSight platform. Designed for maximum performance and reliability, the InSight X3+ delivers high powers across the tuning range for brighter signals and increased imaging depths. The InSight X3+ and InSight X3 lasers have the largest installed base in the market. As a result, researchers have generated more than 1,000 peer-reviewed publications. Ultra-Wide Tuning Range The InSight platform is designed for advanced multiphoton microscopy in neuroscience, immunology, and other biological sciences. Based on patented technology1, InSight is a hands-free, fully computer-controlled light source. It features a gapfree, 680 nm to 1300 nm tuning range which nearly doubles the accessible wavelengths when compared to traditional Ti:sapphire lasers. The InSight performance is optimized in the 900–1100 nm range to support the common green and red fluorescent proteins including GFP, RFP, GCaMP, jRGECO, and mCherry. With the InSight X3+ A increased output power, experiments using red flurophores in the 1200–1300 nm range can be performed. Exceptional Performance InSight X3+ A and InSight X3 A are equipped with the standard, DeepSee integrated dispersion compensation to ensure pulse broadening effects are minimized. As a result, fluorescence signal and penetration depth are maximized. The integrated attenuators provide real-time adjustment of the output energy delivered to the sample. Their fast response time acts as a software-controlled switch that can be used to minimize exposure for delicate samples and to minimize backlash effects.

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