| It’s always a pleasure to reacquaint with our long-term customers and, of course, meet new ones. We are the go-to company for the most advanced, standard and custom ultrafast ti:sapphire lasers— and now fiber lasers. Come to us to discuss your needs! At CLEO we will be highlighting two new products for new science:  
The XUUSTM system. Proven coherent XUV/EUV laser source for applications in nanoimaging, photoelectron microscopy, and as a tabletop synchrotron source for your lab.The Y-FiTM ultrafast fiber laser family. Unprecedented µJ pulse energy, <100-200 fs pulses at up to 20 MHz, 35 W. Including the new Y-Fi OPATM—tunable ultrafast light in the near-IR (1.3-1.8 µm) and MIR (2.4-4 µm). For Multiphoton microscopy, OPCPA development, and MIR spectroscopy. 1. New KMlabs XUUSTM eXtreme Ultraviolet Ultrafast Source 
Engineered, integrated, fully coherent VUV / EUV / Soft X-ray systemsFlexible beamline component system gets you up and running quicklyUser-adjustable wavelength: 10-50 nm (25-100 eV), monochromatorGraphical, intuitive software control with integrated diagnosticsSynchronized visible-EUV femto-atto pulses for pump-probeNovel Science and Technology: 
 
1st sub-wavelength EUV/SXR imaging1st 20 attosecond band-specific electron dynamics in materialsCustom Option 13nm-4nm capability 2. Ultra-compact, briefcase-size ultrafast fiber laser and OPA: Y-FiTM Series 
Single rugged opto-mechanical platformEngineered for hands-free operation, with ethernet controlY-Fi fiber laser: 
 
Sub<100 fs pulses (0.5 µJ), 200 fs (up to 3 µJ)Average power: 4.5 W / 20 W / 35 W (Y-Fi™, / Y-Fi™ HP / Y-Fi™Ultra)Y-Fi OPA: 
 
Sub-50 fsTunable, broad wavelength coverage: UV to 4.5 µmSynchronized UV-visible-mid-IR pulses for pump-probe30 x 40 cm laser footprint—Integrated OPA stacks on top!Applications: 
 
MicromachiningMultiphoton microscopyOPCPA seeding—synchronized 1 µm, NIR, MIR KMLabs is a US-based, developer and manufacturer of innovative ultrafast fiber laser and fiber amplifier solutions. Official CLEO Exhibitor: KMLabs, Booth #2227   |