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Upcoming Trade Shows

SPIE BioS/Photonics West 2010, January 23 - 28, 2010, San Francisco, CA (Booth 8625 at BioS, booth 625 at Photonics West)

Biophysical Society Annual Meeting, February 21-23, 2010, San Francisco, CA (Booth 517)

New Product Summary

“The new Nano-LPQ nanopositioner adds to our innovative line of low profile systems designed specifically for microscopy users. The Nano-LPQ is the lowest profile high speed XYZ nanopositioner available and offers 75 x 75 x 50μm travel with picometer position noise under closed loop control. The Nano-LPQ features equal millisecond response times in XYZ, an integrated sample holder, analog and digital control with added scan synchronization features, and compatibility with major image and automation software. The Nano-LPQ is LabView™ and C++ compatible and is supplied with Mad City Labs’ Nano-Route™3D software, for ease of use.”

“The Nano-LPS Series is the lowest profile 3 axis piezo nanopositioning systems suitable for applications such as super resolution (SR) microscopy and force microscopy. The Nano-LPS series continues the innovative design approach originally introduced by Mad City Labs. At only 20mm tall and an 83mm wide center aperture, the Nano-LPS series is designed for practical microscopy users interested in nanoscale phenomena. The Nano-LPS series features up to 300 microns of motion per axis and picometer precision under closed loop control. Our proprietary PicoQ^TM sensors enable picometer position noise with ultra high stability, which is important for demanding applications such as SR microscopy techniques.”

“The Nano-HL Series are single axis stages designed to carry loads up to 10kg. Designed for extreme strength, the Nano-HL can be operated in any orientation, even with off-axis loads. The Nano-HL offers up to 200 microns of motion with sub-nanometer precision under closed loop control. The Nano-HL is ideal for industrial automation and inspection applications.”

“The Nano-BioS Series is the lowest profile 2 axis nanopositioning systems suitable for applications such as nanoscopy and force microscopy. At only 16mm tall and an 83mm wide center aperture, the Nano-BioS series is designed for the practical microscopist interested in nanoscale phenomena. The Nano-BioS series features up to 300 microns of motion per axis and picometer precision under closed loop control. The Nano-BioS is compatible with LabView™ and C++, as well as leading imaging and automation software such as Metamorph and Image Pro.”