quasi-s

the most versatile, fully integrated AFM-Raman-SNOM-TERS instrument. More than 30 general and advanced AFM modes are supported by the NT-MDT AFM providing extensive information about the sample’s physical properties. Simultaneous optical measurements of the same sample area provide the widest range of additional information about the sample – thus combining the best of all techniques. With hundreds systems installed worldwide, the constantly evolving and improving NTEGRA Spectra platform has become the best-selling device in the AFM-Raman-SNOM-TERS market. The instrument has been awarded the R&D 100 award.

There are several kits available, containing either Conventional (gold particle sizes 6nm, 10 nm, 15 nm, 25 nm) or Ultra Small Gold Reagents (gold particle size Ultra Small-kit Electron Microscopy containing: 2 small package vials Ultra Small ImmunoGold reagents of your choice 30 ml AURION BSA-c™, an incubation buffer additive for the reduction of background staining 30 ml AURION R-Gent SE-EM (silver enhancement reagents for EM) Ultra Small Kit Light Microscopy containing: 2 small package vials Ultra Small ImmunoGold reagents of your choice 30 ml AURION BSA-c™, an incubation buffer additive for the reduction of background staining 60 ml AURION R-Gent SE-LM (silver enhancement reagents for LM) To make yourself familiar with our Ultra Small Gold Conjugates AURION has introduced the starter kit. This kit is sufficient for approximately 50 specimens. Ultra Small-starter kit containing: 100 µl Ultra Small ImmunoGold reagent of your choice 5 ml AURION R-Gent SE-LM (silver enhancement reagents for LM) 3 ml AURION R-Gent SE-EM (silver enhancement reagents for EM) 10 ml AURION BSA-c™, an incubation buffer additive for the reduction of background staining Conventional Kit containing: 2 small package vials Conventional ImmunoGold reagents 30 ml AURION BSA-c™, an incubation buffer additive for the reduction of background

is the world’s first fully automated AFM-Raman-SNOM instrument, featuring integration of AFM with multiple optical techniques: confocal Ramanfluorescence microscopy, SNOM, TERS etc. • Comprehensive sample characterization on the nanoscale – easy and fast. • Simultaneous AFM and confocal Raman imaging using different objectives (up to 100x). • Free rotation of microscope turret (up to 4 objectives) with AFM probe on the sample. • Automated removal of AFM probe (for low working distance objectives or when AFM probe is not required). • HotSpot – Automatic location of active TERS* region on the probe. • Fully automated and easy to use operation. * Tip Enhanced Raman Scattering.

Hitachi TM3030Plus tabletop microscope is the improved version of the best-selling TM3030 model. With a Demo-unit, Quasi-S offers user a hands-on experience to touch and feel the versatility of this machine. It offers superior performance and enables enhanced image quality in the low vacuum observation world.

With its wide variety of techniques and modes of probe measurements, the LIFE Bio AFM is applicable for many challenges in life science and biotechnology, including • Molecular and cellular biology research • Live cell research • Microbiology and virus research • Cell-cell and cell-substrate interactions It can be used for the study of living cells, organelles and bimolecular systems in physiological conditions. Atomically-sharp probes of an AFM can be used as a tool for local treatments and single cell nanosurgery. It can be applied in biology, medical and pharmaceutical research and the food industry. It is very useful for • Tissue growth and physiology studies • Targeted Drug delivery mechanisms • Coatings or powders in air or liquid Solution exchange and temperature control are optional items that can be provided. The AFM integrated with an optical microscope is a powerful multi technique platform for biological and medical scientific research.

RAMANdrive is the specialized Raman microscope for wafer analysis equipped with our dedicated 300 mm stage. RAMANdrive gives you an ultra-fast, highest resolution analysis of the whole wafer with unique stability and accuracy. The Nanophoton Stage Navigation System accepts data from your inspection system and use it to move the wafer to all indicated positions for a detailed analysis. The dedicated stage moves the wafer safely and with high accuracy to all areas of interest. RAMANdrive uses high-quality dark-field microscopy to easily localize particles, even smaller than 100 nm. Analyzing the particle is done by very high-performance Raman spectroscopy and provides a detailed material composition. High quality confocal optics gives RAMANdrive high performance 3D Raman imaging capability. Stress distribution and polytype distribution can be clearly visualized in 3D with sub-micron resolution.