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TEST - SPECTROBLUE – Inductively Coupled Plasma Optical Emission Spectrometer

Product and technology of Oerlikon Systems provide coating systems to Semiconductor, Data Storage and Advanced Nano-technology. Our sputtering systems are used for IC manufacturing, Optic Disc manufacturing, and also advanced Nano, like MEMS, power saving, Automotive industry. The main products of Oerlikon Systems are Semiconductor thin film sputtering which include Clusterline for single wafer processing and LLS EVO II for batch wafers processing. These systems can be used for metal, dielectric sputtering coating for IC process. Also the Data Storage systems are Swivel, Cubestar and Sprinter which are used for Optic Disc surface film coating like Ag and Au coating. For advanced Nano, the key tool is Solaris, which is mainly used to coat thin film for Thermo-electrical generator and Thin film battery, Touch panel, fuel cells and so on.

NEW - The SPECTROBLUE is an inductively coupled plasma optical emission spectrometer (ICP-OES) that sets new benchmarks for simplified operation, low maintenance, and affordability. With a 750 mm focal length Paschen-Runge optical system and 15 linear CCD array detectors it provides unmatched optical resolution, and sensitivity. The unique full-transparency UV-PLUS approach eliminates consumable purge gases and ensures excellent long-term stability.


A field-proven, robust generator design packs an ample power reserve that can handle the most extreme plasma loads. The heat from the generator’s high-power ceramic tube is eliminated through the use of innovative air-cooled technology that alleviates the need for an expensive external water-based cooling system.


Along with these features, the SPECTROBLUE ICP-OES system comes equipped with SPECTRO’s proprietary SMART ANALYZER VISION software. With its highly adaptable interface, the software makes it easy for users of all experience levels to take full advantage of the instrument’s simplified operation and unique analytical capabilities - NEW.

Event information

Location Munich Trade Fair Centre
Stand number N140 - Hall A5
Date range May 31 - June 1, 2017

Available models section heading test

Space
56cm
Productivity
350 espresso/hour
Extraction time
23 seconds
Capacity
4 espressos at the same time

Productivity
175 espressos per hour depending on cup size
Extraction time
23 seconds
Capacity
2 products at a time
2 espresso and 2 cappuccino at the same time

Solvent degassing is an critical and important step in FFF, SEC and HPLC, as oxygen and other dissolved gases affect the analysis for various reasons. Because of different pressure ratios and different temperatures along the flow path, dissolved gases can be released. This will influence the flow rate stability and detector signal noise of the analysis. Especially for analysis methods using Light Scattering, UV and RI, vacuum degassing method allows an operation with lowest possible detection limits due to more smooth and stable baseline conditions.

Productivity
175 espressos per hour depending on cup size
Extraction time
23 seconds
Capacity
2 products at a time
2 espresso and 2 cappuccino at the same time

Solvent degassing is an critical and important step in FFF, SEC and HPLC, as oxygen and other dissolved gases affect the analysis for various reasons. Because of different pressure ratios and different temperatures along the flow path, dissolved gases can be released. This will influence the flow rate stability and detector signal noise of the analysis. Especially for analysis methods using Light Scattering, UV and RI, vacuum degassing method allows an operation with lowest possible detection limits due to more smooth and stable baseline conditions.

Solvent degassing is an critical and important step in FFF, SEC and HPLC, as oxygen and other dissolved gases affect the analysis for various reasons. Because of different pressure ratios and different temperatures along the flow path, dissolved gases can be released. This will influence the flow rate stability and detector signal noise of the analysis. Especially for analysis methods using Light Scattering, UV and RI, vacuum degassing method allows an operation with lowest possible detection limits due to more smooth and stable baseline conditions.

Key Features

  • Cross slide X: Hydrostatics with linear motors or anti-friction guideways with ball-type linear drives

  • Longitudinal slide Z: Hydrostatics with linear motors or guideways with patented surface structure and ball-type linear drives

  • C axis for the workhead

  • Internal grinding unit on a separate cross slide

  • Simultaneous internal/external machining possible

  • Application-specific workhead concepts (hydrostatic, motor spindle)

  • Additional NC axis for profiling the grinding wheel

  • Full enclosure with new door concept for optimal accessibility

  • Granitan S103 mineral-cast machine base

  • Large range of accessories

  • Easy programming thanks to StuderWIN on Siemens 840D

  • StuderGRIND programming software for generating grinding and dressing programs on a PC

  • Standardized interfaces for loader and peripheral devices

SpectroSPECTRO manufactures advanced instruments and develops the best solutions for elemental analysis in a broad range of applications Elemental analysis is continuing to develop at a fast pace worldwide with the need for ultimate precision, complex system requirements, and expanding fields of applications for even routine operations. SPECTRO leads the progress advancements in this field by providing new solutions and continuous innovations.
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