SPIE Optics and Photonics 2007

San Diego CA

Encinitas, CA, March 16, 2007 - Impulse Optics is now offering narrowband and broadband dielectric mirrors. Dielectric mirrors are highly reflective and are ideal for laser and optic applications. Narrowband dielectric mirrors are available in wavelengths of 441.6 nm to 1500 nm, and broadband mirrors are available in wavelength ranges 450-700 nm, 650-1000 nm, and 1000-1400 nm.

Narrowband laser line mirrors are designed for high reflectance with high laser damage thresholds at specific laser wavelengths, and are suitable for laser cavities or other laser applications. Dielectric multilayer coatings are deposited on the laser grade substrates using physical vapor deposition (PVD) technologies. These coatings are extremely durable, making them resistant to damage from repeated cleanings.

Broadband dielectric mirrors are highly reflective over a wide range of wavelengths, and are designed for tunable laser and white light applications. The specific wavelength range is determined by the combination of different dielectric stacks. Broadband dielectric mirrors that fully cover the visible spectrum, Ti:sapphire output spectrum, or the near infrared spectrum are available. Broadband dielectric mirrors are often used as laser cavity mirrors, thin-film beamsplitters, hot and cold dichroic mirrors and the coatings on modern mirrorshades. They are intended for use at 45° incidence. Normal incidence is available on request.

Impulse Optics (www.impulseoptics.com) supplies laser systems and components, laser measurement products, precision optics, and service and design capabilities. Impulse Optics offers a broad range of products including: lasers and light sources, optical components, spectroscopic and photonic instruments, opto-mechanical components and mounts, customized systems and consulting services.

Impulse Optics, Inc.:
Melissa Love
+1 760-230-6394
140 Encinitas Blvd., Suite 110
Encinitas, CA 92024
melissa@impulseoptics.com
www.impulseoptics.com

Impulse Optics is now offering narrowband and broadband dielectric mirrors. Dielectric mirrors are highly reflective and are ideal for laser and optic applications. Narrowband dielectric mirrors are available in wavelengths of 441.6 nm to 1500 nm, and broadband mirrors are available in wavelength ranges 450-700 nm, 650-1000 nm, and 1000-1400 nm.

Encinitas, CA, February 13, 2007 - Impulse Optics introduces a Ti:sapphire one box laser system, which incorporates a Ti:sapphire oscillator and pump laser into a convenient single box design.  The Ti:sapphire laser one box system offers high reliability and performance, and can be customized for any required output specifications.

The Ti:sapphire femtosecond one box laser system includes a Ti:sapphire oscillator and a 4W or 6W pump laser.  There is integrated cooling for increased stability and long life diode banks to ensure long running performance.  Optional beam monitoring and active cavity stabilization are available.  This affordable system provides a complete ultrafast laser solution based on proven design and high quality components for research and commercial purposes.

The standard Ti:sapphire femtosecond one box laser system generates pulses in the near-infrared from 710-950 nm, has pulse durations available from 15 to 100 fs, and output power up to 500 mW.  The easy setup and small footprint make it ideal for any ultrafast laser applications.  Applications include research, imaging, microscopy, material processing, and spectroscopy; the system can also be used as a seed oscillator for amplifier systems.  Impulse Optics offers amplifier systems and a full line of related accessories, including pulse measurement products, optics, and wavelength conversion products.

Impulse Optics, Inc. (www.impulseoptics.com) supplies laser systems and components, laser measurement products, precision optics, and service and design capabilities.  Impulse Optics offers a broad range of products including: lasers and light sources, optical components, spectroscopic and photonic instruments, opto-mechanical components and mounts, and customized systems.

Impulse Optics, Inc.:
Melissa Love
+1 760-230-6394
140 Encinitas Blvd., Suite 110
Encinitas, CA 92024
melissa@impulseoptics.com
www.impulseoptics.com

Impulse Optics introduces a Ti:sapphire one box laser system, which incorporates a Ti:sapphire oscillator and pump laser into a convenient single box design. The Ti:sapphire laser one box system offers high reliability and performance, and can be customized for any required output specifications.

The CLEO/QELS 2007 conference will take place in Baltimore, Maryland from May 6-11, 2007. The conference includes a peer-reviewed technical program, short courses, and exposition focusing on laser, electro-optics, and nanophotonics.

Impulse Optics introduces a third harmonic generation, THG, unit for Ti:sapphire. The THG unit adds new wavelength ranges to an existing Ti:sapphire femtosecond laser. The unit uses the Ti:sapphire fundamental wavelength to generate a wide range of secondary wavelengths in the visible blue and UV, and the unit includes a second harmonic generation unit.

Encinitas, CA, January 22, 2007 - Impulse Optics introduces a third harmonic generation (THG) unit for Ti:sapphire. The THG unit adds new wavelength ranges to an existing Ti:sapphire femtosecond laser. The unit uses the Ti:sapphire fundamental wavelength to generate a wide range of secondary wavelengths in the visible blue and UV, and the unit includes a second harmonic generation (SHG) unit.

Using highly efficient non linear crystals, the output of a Ti:sapphire ultrafast laser source is frequency doubled with a SHG unit. The resulting blue light is recombined in a second nonlinear crystal with the fundamental laser output, creating third harmonic light. When pumped with a Ti:sapphire laser operating in the near-ir from 700-950 nm, the THG unit output wavelength will be in the UV from 240 - 310 nm, and the SHG unit output wavelength will be in the long UV and visible blue from 350 - 475 nm.

The THG unit produces between 4-10% conversion efficiency for the wavelength range of Ti:sapphire, and the SHG unit will produce better than 20% conversion efficiency. Pulse broadening below 100 fs is available.

The THG unit from Impulse Optics is an affordable and easily installed solution for adding useful wavelength ranges to any femtosecond laser system. Extended frequency ranges will increase capabilities for research, and the ranges are very useful in specific applications such as imaging, microscopy and spectroscopy.

Impulse Optics, Inc. (www.impulseoptics.com) supplies laser systems and components, laser measurement products, precision optics, and service and design capabilities. Impulse Optics offers a broad range of products including: lasers and light sources, optical components, spectroscopic and photonic instruments, opto-mechanical components and mounts, and customized systems.

Impulse Optics, Inc.:
Melissa Love
+1 760-230-6394
140 Encinitas Blvd., Suite 110
Encinitas, CA 92024
melissa@impulseoptics.com
www.impulseoptics.com

San Diego, CA, December 4, 2006 - Impulse Optics introduces the femtosecond laser accessory kit. The kit includes accessories that will help set-up, install, and use a femtosecond laser. Ultrafast laser optics and high performance opto-mechanical components are bundled together in one box for convenience and expedited ordering.

The kit is a package of optical and mechanical components specifically chosen to facilitate the setup and execution of ultrafast laser experiments using a Ti:sapphire femtosecond oscillator. Optical components included have optimal performance over the Ti:sapphire spectral range 700-950 nm. The kit includes pump mirrors, steering mirrors, tweezers, cleaning supplies, detectors, IR card, beamsplitters, cables, and filters, all fundamental building blocks to route the ultrafast oscillator or amplifier source to your experiment.

Included photo detectors allow detection of the oscillator pulse train. Filters and beam splitters remove stray green pump laser light and cut down residual infrared light for second harmonic experiments. Optics for steering the 532 nm green pump laser and for control of the oscillator output are included. Additional items include an infrared viewing card for locating and examining the near infrared output and appropriate optical cleaning supplies.

Impulse Optics (www.impulseoptics.com) supplies laser systems and components, laser measurement products, precision optics, and service and design capabilities. Impulse Optics offers a broad range of products including: lasers and light sources, optical components, spectroscopic and photonic instruments, opto-mechanical components and mounts, and customized systems.

Impulse Optics:
Melissa Love
+1 760-230-6394
140 Encinitas Blvd., Suite 110
Encinitas, CA 92024
melissa@impulseoptics.com
www.impulseoptics.com

Impulse Optics introduces the femtosecond laser accessory kit. The kit includes accessories that will help set-up, install, and use a femtosecond laser. Ultrafast laser optics and high performance opto-mechanical components are bundled together in one box for convenience and expedited ordering.