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Atomic emission spectrometers: S-OES, GD-OES, ICP-OES...
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Spark optical emission spectrometer / for metal analysis / laboratory - GS 1000 series
The GS 1000, the smallest member of the OBLF family, is a single matrix spark emission spectrometer for all standard applications. Thanks to its compact and solid construction as well as its simple operation, it is ideal for use in production environments like foundries, but also for the purpose of...
Spark optical emission spectrometer / for metal analysis / laboratory - GS 1000 series
The GS 1000, the smallest member of the OBLF family, is a single matrix spark emission spectrometer for all standard applications. Thanks to its compact and solid construction as well as its simple operation, it is ideal for use in production environments like foundries, but also for the purpose of incoming goods and materials control. In order to guarantee independence from the external conditions surrounding the spectrometer, the detectors (photomultipliers) and the integration system are housed in the temperature-stabilised vacuum optics. The analytic capability covers the precise analysis of short-wave elements like carbon, phosphorous, sulphur and nitrogen in steel or cast iron and phosphorous in aluminium.
Like with all OBLF spectrometers, the electrical spark is generated with the help of a Gated Digital Source (GDS), which enables simple determination of the best possible excitation parameters combined with short analysis times. The maintenance needs are low thanks to the easily accessible, self-cleaning spark stand. Our special, patented gas-supply system was optimised to keep argon consumption to a minimum, which results in very low operating costs.
Like with all OBLF spectrometers, the electrical spark is generated with the help of a Gated Digital Source (GDS), which enables simple determination of the best possible excitation parameters combined with short analysis times. The maintenance needs are low thanks to the easily accessible, self-cleaning spark stand. Our special, patented gas-supply system was optimised to keep argon consumption to a minimum, which results in very low operating costs.
Spark optical emission spectrometer / for metal analysis / laboratory / compact - VeOS
OBLF's VeOS is the first spark spectrometer to feature a semiconductor-based detector system whose analytical performance - including the spectral resolution required for a laboratory spectrometer - is every bit as good as established photomultiplier-based systems. This brand new detector technology was specifically developed for spark emission...
Spark optical emission spectrometer / for metal analysis / laboratory / compact - VeOS
OBLF's VeOS is the first spark spectrometer to feature a semiconductor-based detector system whose analytical performance - including the spectral resolution required for a laboratory spectrometer - is every bit as good as established photomultiplier-based systems. This brand new detector technology was specifically developed for spark emission spectroscopy and guarantees excellent results over the entire required wavelength range of 130 to 800 nm. The design of the light-sensitive detectors, which are characterised by a surface that is 100 times more light sensitive than detectors found in conventional systems, was specially adapted to suit the requirements of emission spectroscopy. As a result, this is the first device to offer the best possible combination of spectral sensitivity and spectral resolution along with an innovative design that both guarantees OBLF's well-known quality and the greatest flexibility of use.
In addition to this, the VeOS model comes in a new, operator-friendly housing. Being both simple to operate and of compact, solid design, the spectrometer is highly suitable for use in production environments but also for goods receipt and materials control purposes as well as in test labs with diverse analytical tasks. Subsequent extensions of the analytical capabilities are easily possible without having to make major system changes.
In addition to this, the VeOS model comes in a new, operator-friendly housing. Being both simple to operate and of compact, solid design, the spectrometer is highly suitable for use in production environments but also for goods receipt and materials control purposes as well as in test labs with diverse analytical tasks. Subsequent extensions of the analytical capabilities are easily possible without having to make major system changes.
Spark optical emission spectrometer / for metal analysis / laboratory - QSN 750 series
Our QSN 750 model is a spark emission spectrometer that can be used as a single- or multi-matrix system. Thanks to its 750 mm vacuum optics all necessary element channels can be installed. This results in a broad field of application, which...
Spark optical emission spectrometer / for metal analysis / laboratory - QSN 750 series
Our QSN 750 model is a spark emission spectrometer that can be used as a single- or multi-matrix system. Thanks to its 750 mm vacuum optics all necessary element channels can be installed. This results in a broad field of application, which not only covers the entire range of metal producing and processing enterprises, but also includes a large spectrum of options for material testers and testing institutes. Both the integration system and the photomultipliers, which are arranged in accordance with customer specifications, are housed inside the optics and are therefore protected against external influences. The temperature-stabilised optics and the Gated Digital Source (GDS) technology guarantee a high degree of signal reproducibility and thus analytical constancy. The easy-to-reach self-cleaning and patented spark stand and aperture window enable problem-free maintenance by the user. An exhaust filter ensures the consumed argon is purged.
Spark optical emission spectrometer / for metal analysis / laboratory - QSG 750 series
The QSG 750 spark emission spectrometer represents OBLF’s flagship model. This single- or multi-matrix model is ideal for all applications demanding the lowest possible detection limits, the highest degree of reproducibility and additional metallurgical information about the analyte. The application spectrum goes from primary producers like steel mills or other smelteries...
Spark optical emission spectrometer / for metal analysis / laboratory - QSG 750 series
The QSG 750 spark emission spectrometer represents OBLF’s flagship model. This single- or multi-matrix model is ideal for all applications demanding the lowest possible detection limits, the highest degree of reproducibility and additional metallurgical information about the analyte. The application spectrum goes from primary producers like steel mills or other smelteries...
Optical emission spectrometer / transportable / military / compact - 30 s | Spectroil M/N-W
The Spectroil M/N-W is the military version of the Spectroil M family of oil and fuel analysis spectrometers. It is a compact, rugged, transportable and easy to use spectrometer designed specifically for the analysis...
Optical emission spectrometer / transportable / military / compact - 30 s | Spectroil M/N-W
The Spectroil M/N-W is the military version of the Spectroil M family of oil and fuel analysis spectrometers. It is a compact, rugged, transportable and easy to use spectrometer designed specifically for the analysis of wear metals, contaminants and additives in lubricants, hydraulic fluids and coolants. The Spectroil M/N-W uses the time-tested and reliable rotating disc electrode (RDE) technique to measure quantities of dissolved and suspended fine particles in natural or synthetic petroleum based products and coolants.
The Spectroil M/N-W is the second generation of the original Spectroil M that was designed from the ground up specifically for oil analysis for military applications. It was tested and selected by the U.S. Government Department of Defense Joint Oil Analysis Program (JOAP) as their "next generation" oil analysis spectrometer.
The Spectroil M/N-W is the second generation of the original Spectroil M that was designed from the ground up specifically for oil analysis for military applications. It was tested and selected by the U.S. Government Department of Defense Joint Oil Analysis Program (JOAP) as their "next generation" oil analysis spectrometer.
Atomic emission spectrometer - Spectroil M/F-W
The Spectroil M/F-W has become the standard instrument when on-site and immediate...
Atomic emission spectrometer - Spectroil M/F-W
The Spectroil M/F-W has become the standard instrument when on-site and immediate fuel analysis is a necessity. It fulfills the requirements of ASTM D 6728, Standard Test Method for Determination of Contaminants in Gas Turbine and Diesel Engine Fuel by Rotating Disc Electrode Atomic Emission Spectrometry.
Optical emission spectrometer / automatic - max. 80 samples/h | Spectroil M/R
The Double Disc Rapid Robot (D2R2) is an accessory to the Spectroil M spectrometer that provides automatic operation for used oil analysis. Any configuration of the Spectroil M that includes the Double Disc Rapid Robot is referred to as a Spectroil M/R.
The Double Disc Rapid Robot (D2R2) is an innovative design for automation...
The Double Disc Rapid Robot (D2R2) is an innovative design for automation...
Optical emission spectrometer / automatic - max. 80 samples/h | Spectroil M/R
The Double Disc Rapid Robot (D2R2) is an accessory to the Spectroil M spectrometer that provides automatic operation for used oil analysis. Any configuration of the Spectroil M that includes the Double Disc Rapid Robot is referred to as a Spectroil M/R.
The Double Disc Rapid Robot (D2R2) is an innovative design for automation that consists of two parts: a robot to exchange consumables, and an automatic sample changer for fully automatic and unattended operation. It is a robotics system that mounts to the spectrometer sample stand and fulfills all the functions of sequentially introducing and removing oil samples and exchanging graphite electrodes. It is self-contained and works independently of the spectrometer operating software. Although operation is automatic, it also has the capability to manually sequence through each of the robotics functions.
The Double Disc Rapid Robot (D2R2) was designed specifically for used oil analysis using the RDE technique. Automation has been made possible with the innovative use of the double disc approach. The need for a sharpened rod electrode for each analysis has been eliminated, and the requirement to change graphite electrodes has been automated. The result is a simple and rapid robotics system for total automation of the Spectroil M Oil Analysis Spectrometer.
The Double Disc Rapid Robot (D2R2) is an innovative design for automation that consists of two parts: a robot to exchange consumables, and an automatic sample changer for fully automatic and unattended operation. It is a robotics system that mounts to the spectrometer sample stand and fulfills all the functions of sequentially introducing and removing oil samples and exchanging graphite electrodes. It is self-contained and works independently of the spectrometer operating software. Although operation is automatic, it also has the capability to manually sequence through each of the robotics functions.
The Double Disc Rapid Robot (D2R2) was designed specifically for used oil analysis using the RDE technique. Automation has been made possible with the innovative use of the double disc approach. The need for a sharpened rod electrode for each analysis has been eliminated, and the requirement to change graphite electrodes has been automated. The result is a simple and rapid robotics system for total automation of the Spectroil M Oil Analysis Spectrometer.
Optical emission spectrometer / military / commercial / monitoring - 30 s, 200 - 800 nm | Spectroil Q100
Spectro Scientific is a high technology company that specialized for almost 30 years in the development of instruments for machine condition monitoring based on oil and fuel analysis. Our sole focus has been to design and market instruments optimized for one application, rather...
Optical emission spectrometer / military / commercial / monitoring - 30 s, 200 - 800 nm | Spectroil Q100
Spectro Scientific is a high technology company that specialized for almost 30 years in the development of instruments for machine condition monitoring based on oil and fuel analysis. Our sole focus has been to design and market instruments optimized for one application, rather than general-purpose instruments that can be used for a variety of applications. All Spectroils are easy to use, reliable and the workhorses of commercial and military oil analysis laboratories that require the rapid analysis of wear metals, contaminants and additives in lubricants. It measures trace quantities of elements dissolved or suspended as fine particles in natural or synthetic petroleum based products using the time-tested and reliable rotating disc electrode (RDE) technique. Spectro continually innovates both by inventing new products and by enhancing existing ones in response to customers’ needs for more capabilities or automation. The new Spectroil Q100 maintains this tradition and was designed from the ground up with the user, the application, and the in-service oil analysis laboratory in mind.
LIBS spectrometer / absorption - ShapeShifter™
* Transient Absorption Spectroscopy (TA)
* Pump-Dump-Probe Spectroscopy
* Coherent Anti-Stokes Raman Spectroscopy (CARS)
* Femtosecond Stimulated Raman Spectroscopy (fsSRS)
* 4-Wave Mixing Spectroscopy
* Surface-Specific Vibrational Sum Frequency Generation Spectroscopy (Vib-SFG)
* Two Photon Fluorescence Spectroscopy...
* Pump-Dump-Probe Spectroscopy
* Coherent Anti-Stokes Raman Spectroscopy (CARS)
* Femtosecond Stimulated Raman Spectroscopy (fsSRS)
* 4-Wave Mixing Spectroscopy
* Surface-Specific Vibrational Sum Frequency Generation Spectroscopy (Vib-SFG)
* Two Photon Fluorescence Spectroscopy...
LIBS spectrometer / absorption - ShapeShifter™
* Transient Absorption Spectroscopy (TA)
* Pump-Dump-Probe Spectroscopy
* Coherent Anti-Stokes Raman Spectroscopy (CARS)
* Femtosecond Stimulated Raman Spectroscopy (fsSRS)
* 4-Wave Mixing Spectroscopy
* Surface-Specific Vibrational Sum Frequency Generation Spectroscopy (Vib-SFG)
* Two Photon Fluorescence Spectroscopy (TPF/TPEF)
* Fluorescence Lifetime Imaging Microscopy (FLIM)
* Photoluminescence Spectroscopy
* Second Harmonic Generation Spectroscopy (SHG)
* Third Harmonic Generation Spectroscopy (THG)
* Laser Induced Breakdown Spectroscopy (LIBS)
* Heat-Affected-Zone-Free, Embrittlement-Free Ablation (Micromachining)
ShapeShifter™ is a state-of-the-art research tool that can be configured to perform experiments using many different types of nonlinear processes. It is designed, fabricated and tested using field-proven components from a single manufacturer, thereby minimizing your technology adoption risk.
ShapeShifter™ is capable of meeting your current needs while retaining the flexibility to add options1 that include pulsewidth as short as 15fs2, a large range of pump and probe wavelengths (e.g. sub-200 nm to beyond 10 microns) with decay times ranging from sub-30 femtoseconds to nanoseconds, and at user-selectable repetition rates that are variable from single-shot to multiple kHz. It can be used to explore heat-affected-zone and embrittlement-free structuring in a wide variety of materials using pulse widths that are variable from 30fs to 10ps.
* Pump-Dump-Probe Spectroscopy
* Coherent Anti-Stokes Raman Spectroscopy (CARS)
* Femtosecond Stimulated Raman Spectroscopy (fsSRS)
* 4-Wave Mixing Spectroscopy
* Surface-Specific Vibrational Sum Frequency Generation Spectroscopy (Vib-SFG)
* Two Photon Fluorescence Spectroscopy (TPF/TPEF)
* Fluorescence Lifetime Imaging Microscopy (FLIM)
* Photoluminescence Spectroscopy
* Second Harmonic Generation Spectroscopy (SHG)
* Third Harmonic Generation Spectroscopy (THG)
* Laser Induced Breakdown Spectroscopy (LIBS)
* Heat-Affected-Zone-Free, Embrittlement-Free Ablation (Micromachining)
ShapeShifter™ is a state-of-the-art research tool that can be configured to perform experiments using many different types of nonlinear processes. It is designed, fabricated and tested using field-proven components from a single manufacturer, thereby minimizing your technology adoption risk.
ShapeShifter™ is capable of meeting your current needs while retaining the flexibility to add options1 that include pulsewidth as short as 15fs2, a large range of pump and probe wavelengths (e.g. sub-200 nm to beyond 10 microns) with decay times ranging from sub-30 femtoseconds to nanoseconds, and at user-selectable repetition rates that are variable from single-shot to multiple kHz. It can be used to explore heat-affected-zone and embrittlement-free structuring in a wide variety of materials using pulse widths that are variable from 30fs to 10ps.