Cell Imaging Service—Leica Light Sheet Microscope TCS SP8 DLS (Inverted Microscope DMi9 CS Bino DLS)

As cell research advances, so does the need for cell imaging technology. Today's researchers need a continuous flow of dynamic, long-term experiments on cell migration, interactions, and responses to environmental disturbances that cannot be met by conventional microscopes that can only observe stationary cells. Creative Bioarray' Leica Light Sheet Microscope TCS SP8 DLS (Inverted Microscope DMi9 CS Bino DLS)-based live cell imaging technology can meet your stringent experimental needs.

Name of the Instrument/Platform

Leica Light Sheet Microscope TCS SP8 DLS (Inverted Microscope DMi9 CS Bino DLS)

MANUFACTURER: Leica

Introduction

Microscope: DMi8 CS Bino DLS [LMI 1043-160-1] 1. Lasers: 488 nm, 552 nm and 638 nm 2. Filters: FITC LP (Excitation: BP 470/40) 3. Emission: LP 515) : RHOD LP (Excitation: BP 540/45, Emission: LP 590) 4. Detection objective: HC PL FLUOTAR 5×/0,15 (free working distance: 4,95 mm) ; HC FLUOTAR L 16×/0,6 IMM CORR 5. Illumination objectives: 1,6×/0,05 (und 10/20/40 /63 (all ceramic objectives)

Summary

The TCS SP8 DLS from Leica Microsystems integrate the Light Sheet Microscopy technology into the confocal microscope. It could be used also as a normal inverse confocal microscope. For Light Sheet the specimen needs to be placed into the focal plane of the detection objective in between the two mirrors of the cap.

Technical Capabilities

The Leica Light Sheet Microscope TCS SP8 DLS (Inverted Microscope DMi9 CS Bino DLS)-based cell imaging service offered by Creative Bioarray supports high-resolution fluorescence and brightfield image acquisition, enabling real-time recording of data over hours, days, or weeks. If you need our help, please contact us directly.

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