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Dispensing syringe and replacement plungersfor use with PSD 100/120 Programmable Sample Dispenser
Agilent provides a range of supplies for the PSD 100/120 Programmable Sample Dspenser used with Agilent GFAAS systems, including sample vials, beakers, adapters, dispensing capillary assemblies, dispensing syringe and replacement plungers.
Agilent has self-aspirating MicroFlow, C-Flow PFA nebulizers & supplies for your ICP-MS application
Agilent self-aspirating PFA nebulizers are constructed entirely from chemically resistant fluoropolymers so they are chemically resistant. They are ideal for semiconductor applications where ultra low detection is required. PFA nebulizers are available for all Agilent ICP-MS models|Self-aspriating, low-flow PFA concentric nebulizers minimize pulsation, by eliminating the peristalitc pump, and produce a fine aerosol for high sensitivity with low % RSD at a low sample flow rate. A range of PFA MicroFlow and C-Flow nebulizers, sample connectors and other fittings are available.
Drain tubing and fittings for aqueous and organic solvents for all Agilent ICP-MS instruments
ICP-MS drain tubing is used to transfer liquid waste from the spray chamber drain to a waste vessel. Agilent provides a variety of ICP-MS drain tubing, connectors and other fittings applicable to different Agilent ICP-MS instrument models. Our portfolio also includes an assembled spray chamber drain tube assembly, which can join the spray chamber waste port to the peristaltic pump tubing. |Agilent ICP-MS drain tubing uses acid and organic solvent resistant materials to give long life and leak free connections. The standard PVC drain tubing is recommended for aqueous samples, including acid digests. For organic solvents, this should be replaced with ETFE coated Urethane tubing that is solvent resistant. |Regular inspection of the drain tubing is recommended and replacement if the tubing has perished or shows discoloration.
ICP-MS Octopole Reaction System (ORS) cell components for Agilent 7700, 7800, 7900, 8800, 8900, 9500
Agilent offer replacement components for the octopole reaction system (ORS) cell for 7700, 7800, 7900, 8800, 8900 ICP-MS with routine, x-lens, or semiconductor, s-lens (with or without axial acceleration), configuration.|Includes complete replacement cell assembly and cell entrance, exit, deflect and bias lenses.|Also offered are replacement components for Dual-cell system (DCS) for 9500 ICP-MS with routine, u-lens, or semiconductor, m-lens, configuration.
Single-element and multi-element reference materials for ICP-MS
To ensure the stability and performance of ICP-MS analyses, Agilent offers a comprehensive portfolio of single-element and multi-element reference materials that test the efficacy of the instrument.
With the assurance of NIST traceability, Agilent's selection of standards offers accurate, reliable calibrations at great value. All starting materials have a purity of 99.999% whenever possible.
With the assurance of NIST traceability, Agilent's selection of standards offers accurate, reliable calibrations at great value. All starting materials have a purity of 99.999% whenever possible.
Eliminates preparing multiple standards and provides fast, accurate dilution of over-range samples
The Agilent Sample Introduction Pump System (SIPS) is a sample introduction and dilution system for flame AA. Its online addition of ionization suppressants during analysis eliminates the manual task of preparing multiple calibration standards and provides fast, accurate online dilution of over-range samples. A SIPS generates perfect calibrations every time using only a single standard solution.|SIPS is available in two versions: the single-pump SIPS 10 and the dual-pump SIPS 20. Either can be used on all PC-controlled Agilent AA instruments. The 55B AA without PC can be fitted with the SIPS 10 only.
O-rings and seals for Agilent ICP-MS 7700, 7800, 7900 and 8800, 8900 instruments
Find all the O-rings and seals for Agilent 7700, 7800, and 7900 single quadrupole systems and 8800 and 8900 triple quadrupole ICP-MS systems here.|O-rings and seals for Agilent ICP-MS systems, including the ICP-MS torch, injector, nebulizer, gas line, reaction cell, octopole, and vacuum chamber.
Convenient ICP-MS application kits include all sample introduction supplies required for success.
Agilent provides a large selection of convenient ICP-MS application kits to ensure that everything is available to run the most challenging samples. Application kits for organic solvents, semi-conductor samples, inert applications where HF is used, and speciation kits for environmental applications are all offered.|The application kits include the correct components required to run your application, such as torch, spray chamber, nebulizer, peristaltic pump tubing or interfacing supplies. The application kits also provide a lower cost than purchasing the supplies individually.
Agilent is an expert in speciation analysis, offering HPLC-ICP-MS parts and interface supplies.
To simplify the connection of the HPLC column to the ICP-MS, Agilent offers a range of pre-configured kits for capillary and nano-flow LC-ICP-MS. Kits are also offered for conventional HPLC/IC-ICP-MS, with all the tubing and connectors required to interface an Agilent Infinity LC or other HPLCs to the Agilent ICP-MS.|Specialized capillary LC interface components include a total consumption nebulizer and a compatible low-volume, total consumption spray chamber. These enable rapid sample stabilization and washout times and maintain chromatographic peak resolution.
Long life platinum torch shield/torch shield plates and quartz bonnets for Agilent ICP-MS Torches
The Agilent plasma and Shield Torch System (STS), engineered for precise ion energy control and superior interference removal in helium mode can enhance your ICP-MS analysis. Compatible with Agilent 7700, 7800, 7850, 7900, 8800 and 8900 ICP-MS, the Agilent STS ensures high sensitivity and reliable results.|At the core of the STS is a grounded torch shield plate, strategically positioned between the work/load coil and the torch. This design eliminates capacitive coupling, maintaining the plasma at ground potential for stable and accurate performance.|The Agilent torch bonnet, made of durable quartz, provides thermal protection for the torch shield against the plasma temperature. |Replacement parts for the long-life platinum torch shield plate and torch bonnet are readily available to maintain peak performance. They offer long-lasting performance and supports cool plasma mode, minimizing background interference for ultratrace detection of elements like K, Ca, and Fe. The STS also effectively controls the ion energy spread, optimizing polyatomic ion behavior in the ORS cell for successful interference removal.
Replacement Omega ion extraction lenses for 7700, 7800, 7850, 7900, 8800, 8900 ICP-MS with x-lens & s-lens
On the 7700, 7800, 7850, 7900, 8800, 8900 and, 9500 ICP-MS systems, the ion lenses play a critical role in separating ions from photons and residual neutral species. This ensures the lowest background signal, highest sensitivity, and efficient interference removal for accurate trace-level analysis.|The Agilent ICP lens assembly features a high-transmission, off-axis ICP Omega lens, precisely tuned for optimal performance across the mass range. This advanced design enhances ion focusing and improves signal stability across diverse sample types.|Replacement ion lens assemblies and individual ICP lens components are available for routine maintenance and system optimization. Configurations include the ICP x-lens and u-lens for general purpose applications, the ICP s-lens for semiconductor analysis requiring cool plasma, and the ICP m-lens for semiconductor applications without Cool Plasma.|Agilent’s flexible ICP lens configurations allow users to tailor their ICP-MS setup to specific analytical needs, ensuring consistent, high-quality results.
Agilent single element atomic absorption lamps are available as coded, uncoded or high intensity UltrAA AA lamps.
Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All Agilent AA lamps utilize extended processing in production for optimum stability, dependable performance and long service life.|Agilent single element AA lamps are available as either coded or economical uncoded lamps. Our uncoded single -element AA lamps work seamlessly with all Agilent and a variety of other AAS systems. Our coded single element AA lamps have unique element coding which enables the Agilent AAS system to automatically identify the lamp needed for analysis. This simplifies operation and eliminates operator errors when using multiple lamps in the same AAS system.
Agilent offers a range of ICP-MS peristaltic pump tubing, in suitable materials for your application
ICP peristaltic pump tubing is used together with an on-board peristaltic pump that controls the flow of solution into and waste out of the sample introduction system for ICP-MS. It can reduce the variation in uptake flow rate due to variation in physical properties of the solutions. Easy-fit peri pump tubing for ICP-MS requires no manual trimming as it is the perfect length and flared for all tubing with ID smaller than 1.0mm.|ICP-MS PVC tubing is the general purpose tubing recommended for most aqueous sample introduction and internal standard uptake. SolvaFlex, Fluran and Pharmaprene, together with PVC peri pump tubing can meet your various application needs including aqueous and HF resistance, or organic solvent compatibility.|See our Chemical Compatibility Chart below to find the right tubing to match your needs
Streamlines the steps needed to implement regulated water analysis using EPA Method 200.8
Developing, optimizing, and implementing a method for regulated ICP-MS water analysis can take weeks or even months. The Agilent EPA 200.8 Water Analyzer is an integrated package of hardware, software, consumables, professional services and documentation that shortens this time to just a few days.|An Agilent engineer will install and optimize the pretested EPA 200.8 method on your 7850 ICP-MS in your lab. Using a structured process with agreed performance criteria, we will set up the instrument and train your analysts. You'll benefit from an optimized instrument, a proven method, and an operational workflow that is ready for you to perform testing required to meet regulatory requirements.
Tools and manuals for Agilent ICP-MS 7700, 7800, 7900 and 8800, 8900, 9500 instruments
A complete range of tools and maintenance manuals for Agilent ICP-MS systems can be found here. These include our comprehensive maintenance videos/DVD to ensure you have the right knowledge to keep your instrument performing at it's best|We provide interface sampler and skimmer cone removal tools and cleaning aids to simplify your routine maintenance tasks
A high-precision, fast, and flexible autosampler for ultratrace analysis
The Agilent integrated autosampler (I-AS) is a clean, covered ICP-MS autosampler used for ultratrace analysis of semiconductor samples and other trace metal applications on Agilent ICP-MS systems.|The I-AS is ideal for semiconductor analysis, small sample volumes, and other applications involving ultratrace level analysis. With its metal-free probe arm, removable sample rack cover, and continuous flowing rinse port, the I-AS is designed for trace level analysis of elements that are common laboratory contaminants. Flexible sample tray configurations and large volume bottles for tune solution, standards, or additional rinse solutions accommodate a wide range of sample analysis.
Agilent coded & uncoded multi element AAS lamps minimize lamp changes; one lamp can be used to determine multiple elements.
Agilent multi element hollow cathode lamps have cathode compositions that feature up to 6 elements in combination. This means the same cathode lamp can be used to determine multiple elements during analysis, minimizing lamp changes and extending the elemental coverage. Multi element cathode lamps provide similar performance to single element lamps, using different operating conditions.|Our multi-element AAS lamps are available with element coding or without. Uncoded multi-element AA lamps provide the most economical operation with broader elemental coverage, and are compatible with all Agilent and most other AAS systems. Coded multi-element AA lamps have a unique code built-in which enables the Agilent AAS system to automatically identify the lamp. This simplifies operation and reduces operator errors when using multiple lamps in the same instrument.
Coolant, strainer & air/water filters for the Agilent chiller used with ICP-MS
Ensure that the 7700, 7800, 7850, 7900, 8800 and 8900 ICP-MS heat exchanger or chiller is operating with the optimum cooling capacity by using the recommended coolant, filters and supplies|For additional protection Agilent spectrometer's strainer and fluid filter prevent particulates from clogging the cooling system on the instrument.
High quality gas regulators for helium, hydrogen, argon, oxygen, and NH3/He gas in ICP-MS Systems
Agilent ICP-MS gas regulators ensure the consistent and stable gas flows for ICP-MS applications and methods.|Agilent developed a range of specific models for various important gases. Individual regulators are available for use with helium, hydrogen, argon, and NH3/He gas and all regulators are designed to operate effectively with all Agilent ICP-MS systems.
Spray chamber end cap, nebulizer retaining nut & other supplies for ICP-MS Scott spray chamber
The standard quartz sample introduction kit for Agilent ICP-MS instruments features a quartz Scott-type spray chamber offering excellent sensitivity, stability and washout. A separate end cap is fitted to seal the spray chamber and provide a locking fitting to secure the nebulizer in position during operation.