SPS 4 Autosampler
The SPS 4 is a next-generation, high-performance autosampler for atomic spectroscopy applications. Designed to meet the needs of high-throughput laboratories requiring a fast, high-capacity (up to 360 samples or 768 microtiter wells), reliable autosampler, it is also small, quiet, easy-to-use and affordable. The SPS 4 is suitable for ultra-trace analysis by ICP-MS and rugged and robust enough for FAAS, MP-AES, and ICP-OES user…
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The SPS 4 is a next-generation, high-performance autosampler for atomic spectroscopy applications. Designed to meet the needs of high-throughput laboratories requiring a fast, high-capacity (up to 360 samples or 768 microtiter wells), reliable autosampler, it is also small, quiet, easy-to-use and affordable. The SPS 4 is suitable for ultra-trace analysis by ICP-MS and rugged and robust enough for FAAS, MP-AES, and ICP-OES users. Built around an innovative gantry design that supports the mechanical components between two rigid pillars, the SPS 4 provides improved accuracy and precision, high speed, ease of access, and corrosion resistance – all within a footprint that is nearly 40% smaller than other autosamplers in its class.
Features:
- Compatible with Agilent’s full range of atomic spectroscopy instruments: FAAS, MP-AES, ICP-OES, ICP-MS
- Heavy-duty, powder-coated aluminum frame for light weight, maximum rigidity and corrosion resistance.
- User programmable high-speed probe arm assembly and optimized movement for fastest sample-to-sample speed.
- USB plug-and-play connectivity allows fast and easy setup.
- Integrated environmental enclosure option protects your samples and your laboratory environment
- Dual-wash reservoir option eliminates potential carryover
- Three-channel peristaltic pump for ultimate flow-through rinse flexibility
- Multiple probe size option for a diverse range of applications
- Four sample rack capacity supports up to 360 samples, permitting long unattended runs in high-throughput labs.
- Eight 96-well microtiter plate capacity, with optional well plate kit, supports up to 768 samples (for ICP-MS only).
Brochures
Agilent automation for ICP workflows
Agilent Technologies offers a completely integrated ICP workflow automation system – comprising hardware, software, and support – designed to free up analysts for more productive pursuits. Agilent's simple and reliable single-vendor solution integrates automated calibration, dilution, analysis, and reporting to lower cost-per-sample and turnaround time while improving the quality of results. Explore the features of Agilent's ICP workflow automation system, comprising the ADS 2 Autodilutor, Advanced Valve System, and SPS 4 Autosampler, fully integrated with the ICP-OES and ICP-MS instruments. Learn how the system can increase productivity and improve workflow efficiency in the lab.
Determination of heavy metals and trace elements in alternative meats per EAM 4.7 Method for ICP-MS
The food industry is aware of the rise in popularity of meat-free foods and is actively investigating processes and products that can help meet the demand. The trend for meat-free foods can be seen by the ever-increasing selection of alternative protein products on supermarket shelves, and on the menus of fast-food outlets and restaurants. Some food companies are already selling products that are produced by cultivating meat-tissue from animal-origin cells, grown in a bioreactor.
To ensure that non-meat based protein or cultured protein products are safe for human consumption and to understand their macro and micronutrient content, elemental analysis is necessary. Elemental analysis can determine the concentration of heavy metals as well as nutrient elements such as potassium and calcium in these products.
This study describes the use of the Agilent 7850 ICP-MS and Agilent SPS 4 autosampler for the analysis of 30 elements in different plant-based alternative meat samples and 29 elements in cell-culture solutions. The study includes measurement equipment and parameters and provides typical results, making it useful for analysts developing methods for non-meat based protein products.
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