Meadowlark Optics Trade Show Plans
SPIE Defense, Security and Sensing
- Booth #116
- Orlando, Florida
- April 25 - 29, 2011
- Orlando World Center Marriott Resort and Convention Center
- SPIE Defense and Security Symposium is the must-attend event for anyone working in the
- security and defense industries. Capture an unprecedented view of new and emerging technologies.
- Please visit http://spie.org/defense-security-sensing.xml to learn more.
New Product: Selectable Bandwidth Tunable Optical Filter - for 420nm to 730nm with a user selectable bandwidth.
A recognized authority in polarization and polarization manipulation devices such as waveplates, liquid crystal variable retarders, polarizers, tunable optical filters, polarimeters and spatial light modulators. Also offering custom design, fabrication, and assembly. Contact: Chris Toomey, Sales Engineer - Eastern, ctoomey@meadowlark.com ; William Barbarow, Sales Engineer - Western, wbarbarow@meadowlark.com.
Photonics West
- Booth TBD
- San Francisco, CA
- January 21 – 26, 2012
- The Moscone Center
- Please visit http://spie.org/photonics-west.xml to learn more.
Meadowlark Optics designs and manufactures standard and custom polarization control components and systems including: polarizers, retarders, liquid crystal devices, subassemblies and instrumentation. Customer applications include: aerospace, defense, medical imaging/analysis, data storage, polarimetry, semiconductor inspection/processing and astronomy. New selectable bandwidth tunable optical filter targets spectroscopic imaging microscopy. Contact: William Barbarow, Technical Sales Engineer, wbarbarow@meadowlark.com; Kristy Brockman, Customer Service Representative, kbrockman@meadowlark.com.
Meadowlark News
Pockels cells, the product that inspired Meadowlark’s beginning, has a design that is a highly custom device made only by Meadowlark. Our design uses a thin crystal KD*P of about 3 mm thickness that works well in an imaging beam or other uncollimated beam. Pockels cells require up to 4,000 volts to operate and switch at a much greater speed than liquid crystals.
