Widely Tunable Ultrafast Laser supports multiphoton imaging.
Share:
Press Release Summary:
Providing 680–1,300 nm gap-free tuning, InSight® DS+™ offers power levels of >1.2 W at 900 nm, >1.0 W at 1,000 nm, and >0.7 W at 1,200 nm. Short <120 fs pulse widths, high peak powers at IR wavelengths, and integrated dispersion pre-compensation result in imaging penetration depths beyond 1 mm. Second synchronized beam at 1,041 nm is available for advanced imaging techniques, including uncaging, second-harmonic generation, third-harmonic generation, and coherent anti-Stokes Raman scattering.
Original Press Release:
Spectra-Physics® Unveils Enhanced Widely-Tunable Ultrafast Laser for Multiphoton Imaging
• New InSight® DS+™ delivers >1.2 W output power with >600 nm tuning range, <120 fs pulses
Santa Clara, CA – JSpectra-Physics®, a Newport company, introduces  InSight® DS+™, a widely-tunable ultrafast laser system with enhanced power levels over its industry-leading predecessor, the InSight DeepSee™. This extraordinary, new laser system features ultrashort pulses over a very broad tuning range of 680 to 1300 nm for deepest imaging, delivering continuous, fully-automated tuning from a single beam. A second beam provides simultaneous dual-wavelength output at 1041 nm for multimodal imaging. The new InSight DS+ is ideal for in vivo deep tissue imaging for neuroscience, cell biology, and other life science research.
“The highly successful InSight DeepSee redefined multiphoton imaging by enabling users to seamlessly image at dramatically greater depths, and the new InSight DS+ takes that performance to the next level,” says Julien Klein, senior manager, product marketing for Spectra-Physics. “As the number one supplier of ultrafast lasers, Spectra-Physics continues to further expand its portfolio of industry-leading lasers for bio-imaging.”
The new InSight DS+ offers enhanced power levels of >1.2 W at 900 nm, >1.0 W at 1000 nm and >0.7 W at 1200 nm, and continuous, 680-1300 nm gap-free tuning. The short <120 fs pulse widths, highest peak power levels at infrared wavelengths, and integrated dispersion pre-compensation result in imaging penetration depths beyond 1 mm, as successfully demonstrated in live tissue. A second synchronized beam at 1041 nm is available for advanced imaging techniques, including uncaging, dual-wavelength simultaneous imaging, second-harmonic generation (SHG), third-harmonic generation (THG), coherent anti-Stokes Raman scattering (CARS), and stimulated Raman scattering (SRS) imaging. Â
This fully-automated ultrafast laser can be seamlessly tuned by software to any wavelength within seconds. The laser system also has ideal beam characteristics optimized for multiphoton imaging. InSight DS+ is designed, built, and tested to stringent quality standards for hands-free, reliable operation.
For more information, please visit our website at www.spectra-physics.com/Ultrafast.
About Spectra-Physics
Founded over 50 years ago as the first commercial laser company, Spectra-Physics delivers breakthrough technologies that transform the way businesses operate and people live. From the manufacturing floor to the operating room to the research laboratory, the company has blazed a trail of discovery and success in lasers that continues to advance every day. Spectra-Physics is singularly focused on helping its customers use precision laser technologies to advance leading-edge science and propel industries forward. The company does so by offering groundbreaking technologies, deep applications expertise, disruptive cost-performance, a commitment to world-class customer experience, and the highest standards for operational excellence and continuous global improvement. Spectra-Physics is a Newport company and has offices in countries around the world, serving customers across a broad range of industry segments.
Company Contacts:
Herman Chui
Sr. Director of Product Marketing
Tel: +1 408-980-6996
Email: herman.chui@spectra-physics.com
Elizabeth Peartree
Sr. Marketing Communications Manager
Tel: +1 408-980-4305
Email: elizabeth.peartree@spectra-physics.com
