Impulse Optics is now offering lithium fluoride (LiF) optics. LiF is used for windows, mirrors, and refracting components in the ultraviolet, visible, and infrared. LiF has the lowest refractive index of all common infrared materials. It also transmits ultraviolet radiation more effeciently than any other material, with a transmission range of 150 - 6000 nm.
Impulse Optics is now offering lithium fluoride (LiF) optics. LiF is used for windows, mirrors, and refracting components in the ultraviolet, visible, and infrared. LiF has the lowest refractive index of all common infrared materials. It also transmits ultraviolet radiation more effeciently than any other material, with a transmission range of 150 - 6000 nm.
LiF optics are used in many applications, including imaging, thermal imaging, astronomy, microlithography, x-ray monochromators, heat sink materials, laser research and for the study of fundamental properties and defects in crystals. LiF optics are available as lenses, windows, beam splitters, optical filters, wedges and prisms.
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:
Melissa Love
+1 760-230-6394
140 Encinitas Blvd., Suite 110
Encinitas, CA 92024
melissa@impulseoptics.com
www.impulseoptics.com
San Diego, CA, November 7, 2006 – Impulse Optics introduces a variable attenuator / beamsplitter. The variable attenuator / beamsplitter is designed to work with lasers at a variety of wavelengths to provide an affordable and easy solution to dividing beams.
The Variable Attenuator / Beamsplitter divides an incident polarized light beam into two beams by 90°, the intensity ratio of the two beams can be continuously varied by rotating the input half-wave plate. This high-performance unit can be used as a beamsplitter in holography and precision interferometry applications and as an efficient attenuator for general laboratory applications.
The unit includes two half-wave plates set in graduation disks. The input half-wave plate is used to adjust the intensity ratio, while the output half-wave plate revolves the polarization plane of one beam to make it either parallel to the polarization of the adjacent beam or go in any other required direction.
A polarizing beamsplitting cube is built in with the following wavelength options: 532 nm, 632.8 nm, 800 nm, and 1064 nm; other wavelengths are available upon request. The device can also be used as a variable attenuator. The Variable Attenuator / Beamsplitter can be mounted on any posts.
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:
Melissa Love
+1 760-230-6394
140 Encinitas Blvd., Suite 110
Encinitas, CA 92024
melissa@impulseoptics.com
www.impulseoptics.com
Impulse Optics introduces a variable attenuator / beamsplitter. The variable attenuator / beamsplitter is designed to work with lasers at a variety of wavelengths to provide an affordable and easy solution to dividing beams.
ILOPE 2006 will be held in Beijing, China from December 3-7, 2006 will join the Ministry of Science, the State Semiconductor Lighting Engineering Committee, the China Academy of Sciences and COEMA and associations from the USA, Germany, Japan and South Korea to hold high-level seminars in the following areas:
For additional conference information, please contact heyu@ciec.com.cn.
Photonics West 2007
20 - 25 January 2007
San Jose, California USA
Pre-assembled Ti:sapphire femtosecond lasers offer an affordable complete femtosecond laser based on proven design and high quality components. Systems may be customized to meet the output specifications of each customer. Ti:sapphire femtosecond systems can be bundled with a 532 nm DPSS laser or tailored for a customers existing pump laser.