Leica_SD_AF-Flyer_en - Leica Microsystems SD AF... · Leica Microsystems optics, ... Your Benefi...

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Leica SD AF Spinning disk system for fast confocal live cell imaging

Transcript of Leica_SD_AF-Flyer_en - Leica Microsystems SD AF... · Leica Microsystems optics, ... Your Benefi...

Page 1: Leica_SD_AF-Flyer_en - Leica Microsystems SD AF... · Leica Microsystems optics, ... Your Benefi ts: ... Leica_SD AF-Flyer_en_25.07.2011.indd Author: Guenni Created Date:

Leica SD AFSpinning disk system for fast confocal live cell imaging

Page 2: Leica_SD_AF-Flyer_en - Leica Microsystems SD AF... · Leica Microsystems optics, ... Your Benefi ts: ... Leica_SD AF-Flyer_en_25.07.2011.indd Author: Guenni Created Date:

The Leica SD AF integrated system, combines superior Leica Microsystems optics, Yokogawa spinning disk technology, and the versatility of Leica MM AF software powered by MetaMorph®. Based on Leica Microsystems’ breadth of experience developing true confocal and widefi eld imaging technology, these components together to form a unique solution for high speed confocal sectioning and 3D image reconstruction.

Dedicated Leica ACS (Advanced Correction System) optics enable the Yokogawa CSU-X1 spinning disk to produce unmatched image qual-ity throughout the imaging spectrum from blue to red wavelengths.

Leica’s water immersion micro dispenser, designed for high-resolution live cell studies and aberration-free sectioning with water immersion objectives, perfectly complements the 3D sectioning applications on the Leica SD AF.

A laser rack offers up to 5 laser lines controlled via AOTF (Acousto Optical Tunable Filter). The system is ideal for applications such as cell cycle investigations, intracellular transport kinetics, develop-mental biology, brain development, and ratio imaging, to name a few.

The Leica SD AF for high speed 3D sectioning with unmatched image quality, is available on inverted, upright, and fi xed stage automated research microscopes.

High Speed 3D Sectioning with Unmatched Image Quality

3D reconstruction of a Copepoda

Primary cultured cortical neuronal cells. Specimen provided by FAN GmbH, Magdeburg, Germany

3rd instar drosophila melanogaster larva. Courtesy of Prof. Stephan Sigrist, Freie Universität Berlin, Germany

Your Benefi ts:

Perform high speed confocal experiments • on live cells and live animals

Keep the specimen in focus with the Leica • Adaptive Focus Control (AFC) – the fast hardware-based focus stabilizer

Leica Microsystems’ unique ACS objectives • correct for chromatic aberrations, producing equally excellent images at all wavelengths

Retain the highest resolution and contrast • throughout the entire 3D section

www.leica-microsystems.com

Spinning Disk Widefi eld

LASER RADIATION

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