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6550 QTOF
04 Oct

Agilent 6550 iFunnel Q-TOF Mass Spectrometer

When you need maximum sensitivity, the 6550 iFunnel Q-TOF LC/MS system offers unprecedented detection levels in a high-resolution system. Ideally suited for proteomics research, where MS/MS is used consistently, the system delivers high precursor abundances, allowing you to acquire fragment data faster and reduce the duty cycle substantially.

The high sensitivity of the 6550 iFunnel Q-TOF LC/MS allows for highly repetitive quantitative analyses, allowing you to see compounds at trace level. The innovative combination of hexabore capillary and ion funnel-based entrance optics allows maximum capture of your analytes, making this the most sensitive Q-TOF LC/MS for your proteomics research.

Features

  • Achieve femtogram-level sensitivity with Agilent iFunnel technology, which increases ion transfer for the lowest detection levels of any high-resolution LC/MS instrument
  • Benefit from a high abundance of precursors that allow a fast duty cycle of fragmentation spectra, for more effective proteomics research
  • Avoid interferences and make high-resolution quantitation a reality with a powerful combination of accuracy and sensitivity
  • Gain confidence in your analysis with sub-ppm mass accuracy and resolution of 45k
  • See everything when screening or profiling with a wide in-spectrum dynamic range, complementing the system’s excellent detection limits and superb reproducibility
  • Agilent Infinity II UHPLC, 2D-LC, SFC, and GC-APCI chromatographic interfaces deliver exceptionally fast acquisition speeds
  • Features powerful MassHunter software for profiling, characterizing, identifying, and quantifying compounds in complex mixtures via high-definition MS and MS/MS
  • Use of the Agilent All Ions MS/MS technique facilitates untargeted screening and quantitation

Data Sheet

Parameter Measure Specification
Mass range m/z 100 – 10,000 extended mass range m/z 50 – 1,700 or 50-3,200 for both high resolution and extended dynamic range modes Quadrupole up to 4,000 m/z
Mass resolving power ·         Measured at m/z 322 after automatic tuning procedure

·         Measured at m/z 2,722 after automatic tuning procedure
  • Greater than 25,000 at 322 m/z
  • Greater than 42,000 FWHM at 2,722 m/z
Sensitivity, MS mode, electrospray on-column, 400 µL/min fl ow rate 1 pg LC/MS injection of reserpine signal-to-noise for the reserpine (M+H)+ at m/z 609.2807 while maintaining a resolution of 40,000 at m/z 2,722 in 4 GHZ mode 1,000:1 RMS
Sensitivity, MS/MS mode, electrospray on-column, 400 µL/min fl ow rate 1 pg LC/MS injection of reserpine signal-to-noise for most intense product ions (174, 195,397,448 m/z) while maintaining a resolution of 40,000 at m/z 2,722 in 4 GHZ mode 3,000:1 RMS 4,500:1 RMS for maximum sensitivity mode
Mass accuracy, MS mode, electrospray on-column, 400 µL/min Measured at the (M+H)+ ion of reserpine (m/z 609.2807) using an internal mass reference Better than 1 ppm RMS as measured from 10 repeat injections
Mass accuracy, MS/MS mode, electrospray on-column, 400 µL/min Product ion 397 m/z for reserpine Better than 2 ppm RMS on m/z 397 as measured from 10 repeat injections
Mass accuracy temperature stability, MS mode Temperature: 15 to 35 °C (59 to 95 °F) at constant temperature Maintain 1 ppm mass accuracy (variations < 3 °C from calibration temperature)
Dynamic range Intra-scan dynamic range on co-eluting components Up to 5 decades
Spectral acquisition rate, MS mode m/z 50 to 1,700 in MS mode while maintaining a resolution of 40,000 at m/z 2,722 in 4 GHZ mode 50 spectra/second
Spectral acquisition rate, MS/MS mode m/z 50 to 1,700 in MS/MS mode while maintaining a resolution of 40,000 at m/z 2,722 in 4 GHZ mode 50 MS/MS spectra/second
Positive to negative switching Complete cycle switching from positive to negative and positive modes – allows for stabilization time 1.5 seconds
LTQ XL1
11 Jul

Thermo Scientific LTQ XL Linear Ion Trap Mass Spectrometer

This Thermo Scientific LTQ XL Linear Ion Trap Mass Spectrometer is Brand New in the original packaging. A 90-day warranty is included.

The LTQ XL ion trap Mass Spectrometer extends the legendary MSn performance of the LTQ ion trap, incorporating more techniques to generate structural information through innovations in Thermo Scientific ion trap technology.

  • Unparalleled sensitivity and unmatched MSn spectral quality
  • Pulsed Q dissociation (PQD) for generating more fragments and extending the low mass range
  • Electron transfer dissociation (ETD) option provides sequence information not available from conventional methods
  • High-resolution isolation (HRI) enables isolation of isobaric mass peaks for cleaner MSn spectra
  • Ultra-fast polarity switching for high sensitivity analysis of unknowns
  • Automated data-dependent neutral loss for PTM and biotransformation analyses
  • Excellent charge state determinations with Ultra ZoomScan
  • Upgradeable to Thermo Scientific LTQ Orbitrap XL high-resolution, accurate-mass technology

The LTQ XL supplies outstanding sensitivity and abundant structural information for:

  • Protein identification and quantitative differential expression analysis
  • Biomarker studies and PTM identification
  • Metabolite identification and quantification
  • Tissue imaging
  • High-speed LC methods

Since 2003 SpectraLab has been providing customers with special expertise on analytical equipment. We encourage you to contact us to speak with one of our expert and professional team members. Thanks for looking and we look forward to hearing from you!

Lumina
18 Apr

Thermo Scientific Lumina Fluorescence Spectrometer

Description

Designed and manufactured to the highest standards, the Lumina fluorescence spectrometer offers the highest quality optical and electrical components in a rugged and reliable system.
From the beam isolation tubes in the optical path to the individually configurable optical filters, the Lumina delivers performance and flexibility for research applications. Using pre-aligned, modular mono chromators and the highest-quality optical components, the Lumina provides high resolution measurements with superior sensitivity. The quality does not end at the instrument, but extends to our software and accessories that offer a complete solution to your laboratory.

High-Resolution Monochromators
Lumina uses 20 cm focal length monochromators to deliver a narrow, 0.5 nm spectral bandwidth for high resolution measurements. The high-performance monochromators in the Lumina are optimized with a concave grating for the highest throughput and 0.5 nm spectral bandwidth.

Variable Spectral Bandwidth
Precisely match the resolution you need with the compound you are analyzing by selecting the appropriate spectral bandwidth for your measurement. Choose from 0.5, 1.0, 2.5, 5.0, 10, 20 nm spectral bandwidths for both excitation and emission monochromators.

150 W Xenon Lamp
An ozone-free, 150 W xenon lamp provides extremely stable illumination throughout the full wavelength range of the Lumina. Avoid the noisy spikes and intense lines associated with xenon flash lamps and get reliable, consistent and intense illumination from the UV to the near-IR.

Large Sample Compartment
The large sample compartment of the Lumina fluorescence spectrometer easily accommodates accessories for temperature control, multi-cell holders, rapid mixing, solid sampling and polarization accessories.
Customize the Lumina to your specific applications and get the results you expect from a high-resolution spectrometer

shimadzu
12 Apr

Shimadzu LCMS-8060 CL Triple Quadrupole Mass Spectrometer

As one of the leaders supplying LCMS solutions in the clinical field, Shimadzu Corporation offers LCMS-8060 instruments fulfilling the requirements of the new IVDR (Regulation (EU) 2017/746) which is valid from May 2022. The CL systems/modules (IVDR Class A) can be used by customers for diagnostic purposes.

The Shimadzu LCMS-8060 pushes the limits of what we can see. Creating the future of LC/MS/MS analysis can mean making something work with higher sensitivity, go faster or cost less.  sometimes it means trusting answers from one day to another.

The LCMS-8060 features an optimized ion guide and technologies incorporated in the ion transport optical system. As a result, the ion sampling efficiency and ion focusing capability are significantly increased, to achieve improved sensitivity, approx. 3 times better than that of the LCMS-8050. Inheriting the high-speed performance of the LCMS-8050, this flagship model in the UFMS series features both the world’s highest level of sensitivity and the world’s highest throughput. It is capable of detecting ultra trace components in complex matrices, which have been difficult to detect to date, both quickly and with high sensitivity. This will contribute to further improvements in data quality in all types of trace quantitative analysis applications, such as for biological samples, which requires the highest level of sensitivity.

The LCMS-8060 is a ground breaking innovation in mass spectrometry helping to transform LC/MS/MS data quality by developing a new vision of sensitivity and speed.

Shimadzu is the first mass spectrometry company in the world to deliver a triple quadrupole mass spectrometer with the highest sensitivity and ultra-fast technologies to create an innovation that really matters.

By redefining the ion focusing capability on the UF-Qarray, the LCMS-8060 brings a meaningful impact to quantitative detection and opens new opportunities for scientists to deliver solutions that make a true difference.

The UF-Qarray ion guide is a groundbreaking technology that increases LC/MS/MS sensitivity by enhancing ion signal intensity and reducing noise. By improving the ion sampling device, the ion guide, and the vacuum efficiency, the LCMS-8060 delivers a new vision of sensitivity and makes a real difference to working better and faster.

20240326_164345
03 Apr

Thermo iCAP 7400 ICP-OES Spectrometer (7000 Series)

  • Model: iCAP7400 Radial MFC NA
  • Part No: BRE0002951

Includes Neslab ThermoFlex 900 Recirculating Chiller.

Enabling regulatory compliance for a wide range of trace element applications, the compact and robust Thermo Scientific iCAP 7400 ICP-OES delivers superb performance and productivity. With its broad analytical capabilities, this powerful instrument is allowing full wavelength coverage while retaining high sensitivity. It requires minimal user set-up and maintenance, and has a low cost per sample.

Inductively Coupled Plasma-Optical Emission Spectrometry (ICP-OES) is an established and powerful technique for the analysis and quantitation of trace elements in both liquid and solid samples. The rugged and reliable iCAP 7400 ICP-OES is a powerful elemental analyzer with a small footprint. Other features and benefits of this spectrometer include the following:

Sampling System:

  • Suitable for mid-range sample throughputs.
  • 4-channel, 12-roller, peristaltic pump, with a unique drain sensor, provides smooth, low noise signals and safe operation.
  • Autosampler accessories allow analyzing of 180-720 liquid samples unattended.
  • Instrument speed mode enables analysis of larger sample loads.
  • Intelligently grouped wavelengths enhance data acquisition speed and increase sample throughput.
  • Integrated hydride generation system accessory provides sub-ppb detection of hydride-forming elements.
  • Optional sample handling kits available for organic/volatile solvent-based, hydrofluoric acid, and high solids solutions.

Versatility:

  • Handles a wide range of applications in a broad range of industries.
  • Supports QA/QC and contract laboratory workflows.
  • Supports automated and intelligent sample preparation.

Optical System:

  • High-efficiency light transmission and excellent resolution, sensitivity and detection.
  • A selection of wavelengths between 166–847nm and optimal signal-to-noise measurement.
  • Dedicated radial or duo plasma view configurations to suit different sample types and elements of interest.
  • Improved long-term signal stability using a mass flow-controlled nebulizer gas flow.
  • Customizable to a range of challenging matrices and sample volumes, extending your laboratory’s capabilities.

Software:

  • Integrated Qtegra Intelligent Scientific Data Solution (ISDS) software minimizes task times and maximizes protocol automation.
  • Integrated Element Finder plug-in automates method development, optimizing plasma parameters and selecting wavelengths best suited to the sample.
synapt_g2s
12 Feb

Waters SYNAPT G2-S High Definition Mass Spectrometer

  • REF: 186007215
  • SN: SGA632
  • MFG: 2017-05, UK

The Waters SYNAPT G2-S High Definition Mass Spectrometer represents a significant step forward in performance for High Definition Mass Spectrometry. The SYNAPT G2-S incorporates both high-sensitivity Waters StepWave ion transfer optics and Triwave ion mobility technologies along with a suite of new informatics tools to take qualitative and quantitative high resolution performance to a new level.

SYNAPT G2-S provides a 30X improvement in signal intensity for mass spectral peaks, better than a 5X improvement in signal-to-noise, and up to a 10-fold improvement in limits of quantitation over previous-generation mass spectrometers. The significant increase in sensitivity, together with the unrivalled selectivity and analytical peak capacity made possible by ion mobility separations, allows the SYNAPT G2-S to identify and quantify sample analytes at lower concentrations than any other high resolution mass spectrometer and easily and routinely reveal details about complex samples that were previously difficult or impossible to obtain. Introduced at the 59th ASMS Conference on Mass Spectrometry, the SYNAPT G2-S is expected to begin shipping at the end of September.

StepWave ion-transfer optics technology employs a revolutionary off-axis design for dramatically increasing the efficiency of ion transfer from the ion source to the MS analyzer, while at the same time actively eliminating undesirable neutral contaminants. The resulting sensitivity improvement is critical, for example, in metabolite identification where the goal is to find, identify and quantify all metabolites in a sample. Experiments like these can be performed for the first time at biologically relevant concentration levels which give the chemist a much more accurate quantitative and qualitative understanding of the molecular system of interest to better aid the drug development processes.

Waters SYNAPT G2-S supports Waters’ exclusive High-Definition MS(E) acquisition method which comprehensively catalogs complex samples in a single analysis by separating components by ion mobility and then capturing the molecular and fragment ion data from all detectable peaks across the entire chromatographic separation, all in a single injection. The ability of ion mobility to separate isobaric/isomeric compounds from one another is the key to reaping the benefits of the sensitivity enhancements of StepWave, dramatically increasing the number of confidently identified components. The result is accurate qualitative and quantitative profiling of all of the components over a linear dynamic range of up to five orders of magnitude aided by the high resolution quantitative time-of-flight (QuanTof) analyzer featuring an ultra-fast electron multiplier and hybrid analog-to-digital (ADC) detector electronics. The instrument’s mass resolving power is over 40,000 FWHM (full width half maximum).

SYNAPT G2-S also includes additional software to provide unrivalled experimental versatility to meet a wide range of challenges:

  • MS(E)data viewer for visualization, processing, and interpretation of multidimensional MS or HDMS data;
  • High Definition Imaging Software for leveraging the ability of ion mobility separations to maximize selectivity and confidence in MALDI imaging experiments;
  • Improved ease-of-use features allowing scientists to take advantage of SYNAPT’s unique Time-Aligned-Parallel fragmentation capability and the powerful Electron Transfer Dissociation (ETD) capability – providing faster, more complete and confident structural identification and characterization of target analytes.
  • Combining faster spectral acquisition rates of up to 30 spectra/sec with new embedded algorithms to optimize data-dependent analyses (DDA) to efficiently deliver the highest quality MS/MS spectra for compound identification or protein quantification by isotope labeling.
  • Dedicated proteomics and biopharmaceutical software application managers that fully support HDMS(E) data processing and reporting.

The SYNAPT G2-S also features Waters Universal Ion Source Architecture engineered to take maximum advantage of UPLC® allowing the widest range of Waters ionization sources including: electrospray (ESI), atmospheric pressure chemical ionization (APCI), dual ESI and APCi (ASCi), atmospheric pressure photoionization (APPI), atmospheric pressure gas chromatography (APGC), NanoFlow (ESI), matrix assisted laser desorption (MALDI), atmospheric solids analysis probe (ASAP) and TRIZAIC UPLC. It is also compatible with third party ionization sources including DESI (Prosalia), DART (IonSense), LDTD (Phytronix), and the TriVersanano Mate (Advion) sources.

Primary applications for the SYNAPT G2-S include proteomics, biomarker discovery, pharmaceuticals/biopharmaceuticals, lipidomics, structural elucidation, metabolomics, polymer analysis, petroleum characterization, metabolite identification and food research.

20231206_123421
08 Dec

PerkinElmer AAnalyst 400 AA Spectrometer with HGA-900 and AS-800

System includes:

  • PerkinElmer AAnalyst 400 Atomic Absorption Spectrometer B3150080
  • PerkinElmer HGA-900 Graphite Furnace N3150005
  • PerkinElmer AS-800 Furnace Autosampler B3001500
  • PC with WinLab32 software data

Expect more flexibility from the Atomic Absorption system than ever before. Whether you need the most powerful and versatile software or the easiest system to use and service, the AAnalyst 400 meets these challenges. The AAnalyst 400 provides a no-compromise approach to Atomic Absorption — from sample introduction to results.

The modular design of the AAnalyst 400 ensures easy maintenance and allows you to simply replace components for quick service, saving time and money while getting your instrument up and running right away. The AAnalyst 400 system is designed for the rigorous needs of today’s analytical laboratory, with proven WinLab32 software providing all the flexibility and power you need in an easy to use, easy to learn package.

The AAnalyst 400 dramatically changes the way instruments are used and serviced, while maintaining the performance users have come to expect from PerkinElmer. The system incorporates innovations typically offered only on expensive research-grade instrumentation. True double-beam Echelle optics combined with the power of a solid-state detector deliver performance levels not typically available with mid-range AA. And, fully automated gas controls and integrated safety checks yield one of the safest AA systems available.

The AAnalyst 400 is flexible enough to meet the challenges of the most routine analyses and of the most demanding applications, making it the perfect choice for any laboratory needing a reliable, trouble-free solution for Atomic Absorption analyses.

900Z IVD
12 Sep

Perkin Elmer PinAAcle 900Z IVD Atomic Absorption Spectrometer

The PE PinAAcle 900Z IVD is in stock and fully refurbished with great cosmetic condition, the IVD model is for medical /pharmaceutical industry and easily accredited by FDA.

System include:

  • Perkin Elmer PinAAcle 900Z IVD Atomic Absorption Spectrometer
  • Perkin Elmer AA-900 Autosampler
  • Perkin Elmer AA Accessory cooling unit
  • PC with Software

For labs needing a high-performance furnace-only AA spectrometer, the PinAAcle 900Z is a longitudinal Zeeman furnace system with a true double-beam design for fast startup and exceptional long-term stability. In addition, it features cutting-edge fiber optics for improved detection limits and the TubeView™ color furnace camera for easier autosampler tip alignment and sample dispensing, as well as to monitor drying and pyrolysis during analysis for simpler method development.

  • True double-beam design delivers fast start-up and exceptional long-term stability
  • Cutting-edge fiber optics maximize light throughput for improved detection limits
  • TubeView™ color furnace camera simplifies autosampler tip alignment and sample dispensing
  • Workflow-based Syngistix for AA Software is easy to learn and use, improving laboratory productivity
6700smart
02 Aug

Thermo Nicolet 6700 FT-IR Spectrometer with Smart Orbit ATR Module

The ThermoFisher Scientific Nicolet 6700 FT-IR spectrometer is a fully upgradeable, routine and advanced research FT-IR spectrometer focused on power and flexibility. The Nicolet 6700 FT-IR spectrometer has the power to handle both research and routine analysis experiments. Every facet of the Nicolet 6700 FT-IR spectrometer has been engineered to facilitate sample handling, provide options for integration in the laboratory, and increase laboratory throughput. With a huge installed base worldwide, a superior service team and the flexibility for many applications, the Nicolet 6700 is an excellent laboratory investment for both the present and future. The Thermo Scientific Nicolet 6700 spectrometer is the industry standard for performance and sampling options, making it a powerful component of any laboratory. The base systems are optimized for mid-IR performance; many options provide superb performance from the far-IR to near-IR and visible ranges.

The Nicolet 6700 incorporates extensive capabilities for handling optical filters, polarizers and mirrors for specific applications through the OMNIC Software suite. The Nicolet 6700 can perform time-based studies, rapid scans and low-light level measurements by proper selection of components. This opens a huge range of applications oriented solutions.

This FT-IR has the XT-KBR detector installed (11000-375cm-1). It can be purchased with our without the ATR.

The Smart Orbit is a high-performance diamond single bounce ATR accessory. Diamond ATR is ideal for analysis of hard, abrasive, reactive, caustic or corrosive materials because it is both inert and extremely strong. Diamond also has a wide spectral range and good depth of penetration, which makes it a great choice for more common samples. The Smart Orbit offers additional sampling flexibility by offering optional germanium and silicon crystal plates and a 45 degree specular reflectance option. A flow cell can be added to facilitate the introduction of liquid samples to the ATR crystal element. Four different sample tips are included with the adjustable pressure tower: one short and one long pointed tip to apply high pressure to solid samples; a concave tip – for spherical solid samples; and a Teflon coated tip for powders and delicate samples such as combinatorial beads. The Lightning Viewer provides an 8X magnified view of the sample, ideal for ensuring sample placement upon the ATR crystal.

AccessMax
10 Jul

Thermo TSQ Quantum Access MAX Triple Quadrupole Mass Spectrometer with Accela HPLC

The Thermo Scientific TSQ Quantum Access MAX triple stage quadrupole mass spectrometer is designed to meet the quantitative and qualitative challenges of a broad range of applications, including: pharmaceutical, environmental, food safety, clinical research, and forensics. Based on the widely used TSQ Quantum system, it sets the benchmark for sensitivity in its class, and provides unmatched analytical specificity.

Capabilities such as Highly Selective Reaction Monitoring (H-SRM) and highField Asymmetric waveform Ion Mobility Spectrometry (FAIMS) are available on the TSQ Quantum Access MAX™. Innovative technology such as Quantitation-Enhanced Data-Dependent MS/MS (QED-MS/MS) makes structural confirmation and quantitation easy, facilitating metabolite ID or multiresidue screens. Also standard is the new Reversed Energy Ramp (RER) scan, which ensures library-searchable, fragment-rich MS/MS spectra are produced routinely.

Standard Features

Thermo Scientific Ion Max API Source
• Enhanced sensitivity and ruggedness
• Sweep gas reduces chemical noise
• Optimal 60-degree spray angle for best sensitivity and ruggedness
• Interchangeable HESI-II and APCI ionization probes
• APPI/APCI combination probe
• Removable ion transfer tube provides vent-free maintenance
• High temperature, self-cleaning APCI heater employing state-of-the-art ceramic heater technology
• Automatic source recognition for ease of use and simplified data logging

Transfer Ion Optics
• Proprietary tube lens and noise reduction geometry
• Dual square quadrupole high efficiency transfer optics

Triple Quadrupole Mass Analyzer
• Mass range of 10–3000 daltons (Da)
• Patented Thermo Scientific HyperQuad mass analyzers provide superior and unique combination of resolution and sensitivity
• 90° high-efficiency square quadrupole collision cell for super fast SRMs
• CID gas pressure programmable through the software
• Variable peak width selection in all scan modes
• Scan rate of 5,000 µ/s
• Minimum SRM scan time of 1 ms

Scan Functions
• Full-scan MS in Q1 or Q3
• Selected Ion Monitoring (SIM) in Q1 or Q3
• Selected Reaction Monitoring (SRM)
• Retention time correction in real time for improved RSDs
• Product Ion Scanning
• Precursor Ion Scanning
• Neutral Loss Scanning

Advanced Scan Functions
• QED-MS/MS scanning
• Reversed Energy Ramp (RER) scanning
• Highly Selective Reaction Monitoring (H-SRM)

Acquisition
• Real-time high-speed digital signal processing eliminates high frequency noise
• Digital sampling rate up to 195,000 samples per second
• High-resolution centroiding

Detection System
• Proprietary detection system uses a fast switching (≤ 25 ms) post-acceleration conversion dynode with ±10 kV applied voltage
• Off-axis continuous dynode electron multiplier with increased dynamic range
• System integrated electron multiplier eliminates field emission and microphonic noise

HFX
22 Jun

Thermo Scientific Q Exactive HFX Hybrid Quadrupole-Orbitrap Mass Spectrometer with EASY-nLC 1000

Q Exactive HF-X Quadrupole-Orbitrap Mass Spectrometer

The Thermo Scientific Q Exactive HF-X Hybrid Quadrupole-Orbitrap mass spectrometer combines a high-resolution, accurate-mass (HRAM) ultra-high-field Orbitrap mass analyzer, high capacity transfer tube with electrodynamic ion funnel and high performance quadrupole precursor ion selection to deliver unsurpassed speed and first class sensitivity.

The Q Exactive HF-X MS takes identification and quantitation to an unmatched level, making it possible to identify, quantify, and confirm in a single analysis with a single instrument.

The Q Exactive HF-X MS provides best-in-class performance in peptides, proteins, and small molecule applications. Accelerated Higher Energy Collisional Dissociation (aHCD) allows for MS/MS acquisition up to 40Hz. Advanced Quadrupole Technology (AQT) optimizes precursor ion selection and transmission, improving quantitation of low-abundant ions in the most complex matrices. Sophisticated Parallel Reaction Monitoring and Data-Independent Acquisition (DIA) methods provide reproducible quantitation results while delivering complete qualitative confidence. 240,000 maximum resolving power at m/z 200 (FWHM), ensures more confident structural confirmation in biopharma and omics applications. The new BioPharma option adds superior capabilities when it comes to the analysis of native proteins or protein complexes and their subunits (top/middle-down), and peptide mapping characterization.

Features: 

• Scan speed up to 40 Hz with ultra-high-field Thermo Scientific Orbitrap mass analyzer technology
• Resolution of up to 240,000 (FWHM) at m/z 200
• High Capacity Transfer Tube (HCTT) and electrodynamic ion funnel for improved sensitivity
• Advanced Quadrupole Technology (AQT) for superior precursor isolation
• Advanced Active Beam Guide (AABG) for greater sensitivity and maximum robustness
• New Data Dependent Acquisition (DDA) strategy for bottom-up and top-down proteomics analysis
• Dynamic retention time adjustment in PRM for superior targeted quantitation
• Accelerated Higher-Energy Collisional Dissociation (aHCD) capabilities
• BioPharma option for enhanced analysis of intact proteins, protein-protein complexes, mAb subunits, and intact mAb. Includes Intact Protein Mode and High Mass Range (HMR) mode.

EASY-nLC 1000

The Thermo Scientific EASY-nLC 1000 provides effortless split-free, nano-flow UHPLC performance up to 1000 bar with minimal investment. Dual in-line flow sensors before mixing gives uncompromising gradient precision.

Features:

Advanced Flow Control
• Intelligent Flow Control (IFC) during loading and equilibration provides robust performance and protects against blocked columns
• Advanced Flow Control (AFC) during gradients provides outstanding reproducibility, sample to sample and over time

Intelligent Maintenance
• Automated, built-in maintenance steps
• Remote access via internet for system interrogation
• Event log for troubleshooting
• Automated leak test indicates actual position of leak
• System back pressure test quickly detects flow-line blockage

Integrated Design with Built-in PC
• Intuitive control from touch screen interface
• Structured layout for easy component exchange
• Pulsation-free pumps minimize need for replacement of seals, valves and fittings
• Optimized flow paths are utilised by software
• Easy maintenance, access and service

Stable, Pulsation-free Gradients from 100 nL/min
• Factory-configured flow paths minimize swept volume
• Maximum chromatographic accuracy with:
– Split-free gradient mixing
– Step-controlled nano-flow syringe pumps
– Flow sensor control of mobile phase delivery

System Includes:

  • Q Exactive HF-X Quadrupole-Orbitrap Mass Spectrometer
  • EASY-nLC 1000
  • Chemyx Fusion 100T2 Syringe Pump
  • Agilent MS120 Single Stage Rotary Vane Pump
  • PC with xCalibur software
ISQEM
21 Jun

Thermo Scientific ISQ EM Single Quadrupole Mass Spectrometer with Vanquish Core UHPLC

Description

The Thermo Scientific™ ISQ™ EM single quadrupole mass spectrometer seamlessly integrates your liquid chromatography (LC) system with mass spectrometry (MS) for reliable, everyday LC-MS operation. It is robust and easyto-use, offering all users the opportunity to expand their capabilities in running routine LC-MS assays.

The ISQ EM mass spectrometer offers:
• Durable atmospheric pressure ionization (API) source with interchangeable HESI and APCI probes for the most challenging sample matrices and an innovative vacuum interlock designed for reliable operation
• High performing HESI and APCI probes in optimized positions to boost ionization efficiency and spray stability across a wide range of flow rates
• Built-in reference standard for automated instrument calibration
• Ultra-fast scanning for simultaneous analyses of positive and negative ions
• Easy method development and optimization using new ion source technology
• Full integration with the Thermo Scientific™ Chromeleon™ Chromatography Data System (CDS) software
• Support for open-access multi-user applications with Thermo Scientific™ Chromeleon™ XPS software

System Include:

  • Thermo Scientific ISQ EM Single Quadrupole Mass Spectrometer
  • (optional) Vanquish Variable Wavelength Detector C
  • Vanquish Split Sampler CT
  • Vanquish Quaternary Pump C
  • Vanquish Column Compartment C
  • Rough Pump
  • PC with software data

 

th_Thermo_Q_Exacrive_HFX
02 Jun

Thermo Scientific Q Exactive HF-X Hybrid Quadrupole-Orbitrap Mass Spectrometer (2018)

Thermo Scientific Q Exactive HF-X Hybrid Quadrupole-Orbitrap Mass Spectrometer 2018 model. A rough pump and PC with data is included. We can add any suitable UHPLC/HPLC to this MS system.

Performance Characteristics
Resolution 240,000 at m/z 200
Mass range 50 to 6,000 m/z
Scan rate* Up to 40 Hz at resolution setting of 7,500 at m/z 200
Mass accuracy* Internal: < 1 ppm RMS

External: < 3 ppm RMS
Sensitivity MS/MS: 100 fg reserpine on column S/N 150:1

SIM: 50 fg reserpine on column S/N 150:1
Dynamic range > 5,000:1
Polarity switching One full cycle in < 1 sec (one full positive mode scan and one full negative mode scan at a resolution setting of 60,000)
Multiplexity Up to 10 precursors/scan
Analog inputs One (1) analog input (0–1 V)

One (1) analog (0–10 V)

Experience the cutting-edge capabilities of the Thermo Scientific Q Exactive HF-X Hybrid Quadrupole-Orbitrap MS System. This advanced mass spectrometer combines innovative technologies to deliver unmatched speed, sensitivity, and precision in identification and quantitation.

Unparalleled Performance: With its high-resolution, accurate-mass (HRAM) ultra-high-field Orbitrap mass analyzer, the Q Exactive HF-X MS ensures exceptional results across a wide range of applications. Achieve maximum resolving power of up to 240,000 (FWHM) at m/z 200, allowing for confident structural confirmation in biopharmaceutical and omics studies. The system offers superior performance in peptides, proteins, and small molecule analysis.

Enhanced Speed and Sensitivity: Experience the power of accelerated Higher-Energy Collisional Dissociation (aHCD) capabilities, enabling MS/MS acquisition at an impressive speed of up to 40 Hz. The advanced quadrupole technology (AQT) optimizes precursor ion selection and transmission, enhancing quantitation of low-abundant ions even in the most complex matrices. The high capacity transfer tube (HCTT) and electrodynamic ion funnel improve sensitivity, ensuring efficient ion flux and desolvation.

Advanced Acquisition Strategies: The Q Exactive HF-X MS features a new Data Dependent Acquisition (DDA) strategy for both bottom-up and top-down proteomics analysis. Benefit from dynamic retention time adjustment in PRM, enabling superior targeted quantitation. Additionally, sophisticated Parallel Reaction Monitoring and Data-Independent Acquisition (DIA) methods provide reproducible quantitation results and qualitative confidence.

BioPharma Option: Take your analysis to the next level with the BioPharma option. This enhanced feature enables comprehensive analysis of intact proteins, protein-protein complexes, mAb subunits, and intact mAb. It includes Intact Protein Mode and High Mass Range (HMR) mode, catering to the specific needs of native protein or protein complex characterization, as well as peptide mapping.

Cutting-Edge Hardware Specification: The Q Exactive HF-X MS is equipped with top-of-the-line hardware components for optimal performance and reliability. The Thermo Scientific Ion Max API Source includes an H-ESI II probe with dual desolvation zone technology, offering enhanced sensitivity and ruggedness. The High Capacity ion Transfer Tube (HCTT) and Electrodynamic Ion Funnel (EDIF) ensure improved ion flux, efficient ion capture, and reduced losses. The Advanced Quadrupole Technology (AQT) with a segmented Thermo Scientific HyperQuad mass filter provides superior ion transmission and isolation window shape.

Unmatched Data Acquisition: Experience ultra-fast real-time data acquisition and instrument control with the Q Exactive HF-X MS. The fully automated system calibration via instrument control software ensures accuracy and reliability. The Automatic Gain Control (AGC) support optimizes signal intensity for precise measurements.

Discover the Thermo Scientific Q Exactive HF-X Hybrid Quadrupole-Orbitrap MS System and unlock the true potential of your analytical research. Achieve exceptional results with unrivaled speed, sensitivity, and confidence in your analyses.

ReactIR 4000
30 May

Mettler Toledo ReactIR 4000 TIR Spectrometer

Features and Benefits
  • In situreal-time data collection– Investigate chemistry and processes in real-time, directly in reactor.
  • Mid-infrared technology – Deduce reaction pathways, mechanisms and kinetics with the spectral information.
  • ReactIRTMReaction Analysis Software – Determine reaction performance, conversion, completion.
  • Patented technology including DiCompTM diamond ATR – Analyze and monitor virtually all classes of chemical reactions.
  • Sealed Optics – Operates safely in fume hoods, mounted either on bench top or wall.
  • CompactTower Design – Preserves valuable lab space.

Product Specifications

  • Mid FTIR (4800 to 450 cm-1) analyzer
  • Compact size – “Tower Edesign (18 inches [45.7cm] height, 7 inches [17.8 cm] width, 15 inches [38.1 cm] depth)
  • Sealed optics
  • Temperature stabilized
  • Pinned in-place detector modules
  • New lightweight optical conduit
500 AAS
18 May

PerkinElmer PinAAcle 500 Flame Atomic Absorption Spectrometer

The PinAAcle 500 is a robust, fully-integrated, flame-only benchtop system, ideal for laboratories needing a reliable, easy-to-use, yet high-performance flame AA. It is equipped with an innovative touchscreen interface with the flexibility to operate via its easy-to-use Syngistix Touch software or the more comprehensive, optional Syngistix for AA Software.

The PinAAcle 500 is designed for:

  • Exceptional sensitivity and precision, allowing analysis of lower concentrations with the accuracy of higher-end AA systems
  • Fast, simple, reproducible operation through the intuitive, icon-based interface of Syngistix Touch or Syngistix for AA
  • Harsh environments and samples thanks to its corrosion-resistant sample introduction components
  • Minimum maintenance and maximum speed with a rugged design that virtually eliminates maintenance, reducing operating costs

The PinAAcle 500 is engineered to deliver an uncompromising level of performance at an unbeatable price, putting the industry’s most robust, reliable flame AA within reach of even the most budget-conscious laboratories. Discover an instrument engineered to outlast and outperform… and take your laboratory to a new PinAAcle of productivity and profitability.

Specifications
21 CFR Part 11 Compatible Yes
Height 64.0 cm
Model Name PinAAcle 500
Portable No
Product Brand Name PinAAcle
Weight 57.0 kg
Width 67.0 cm
perkinelmer-optima-7300-icpoes-productimage-0
25 Apr

PerkinElmer Optima 7300 V ICP-OES Spectrometer

No matter how demanding your operating conditions or how high your sample throughput requirements, the Optima 7300 V with its intuitive Syngistix for ICP Software offers the ideal solution for economical elemental analysis. Recognizing the unique needs of today’s metallurgical, geological and used oils laboratories, the instrument is engineered around a classic vertical torch design that eliminates carbon build-up and minimizes maintenance requirements. Ideal for applications that don’t require the degree of sensitivity offered by a dual-view optical system, the instrument’s radial viewing capability ensures fast, stable operation, dependable results, and a low cost per analysis.

features:

  • Classic vertical-torch, radial view configuration
  • Trouble-free sample introduction system
  • Proven high-performance optical system
  • Robust, solid-state generator

System includes:

  • Autosampler
  • Peristaltic pump
  • Recirculating Water Chiller (optional)
  • PC with data
thermo-antaris-ftnir-productimage-0
21 Apr

Thermo Antaris II FT-NIR Spectrometer

Easily implement laboratory-based FT-NIR performance in a ready-for-plant package using the Thermo Scientific Antaris II FT-NIR Analyzer. With industry-leading method transfer performance, the Antaris II FT-NIR Analyzer provides robust and reliable data collection for at-line, online and in-line analysis. You can customize an Antaris II FT-NIR Analyzer for specific applications or choose the Antaris II MDS Method Development Sampling System, which includes transmission, fiber-optic and integrating sphere diffuse reflection analysis all in one turnkey system.

Specifications:

Analyzer Type Fourier Transform Near-Infrared
Detection High sensitivity, high stability matched InGaAs
Height (Metric) 33 cm
Interface Direct PC to Ethernet allows file system and OPC communications
Interferometer Proven, frictionless, stable, long-life Michelson
Length (Metric) 68.5 cm
Operating Temperature Range 15°C to 35°C (59° to 95°F)
Photometric Linearity Slope 1.0 ±0.05 and an intercept of 0.0 ±0.05
Resolution 4 cm-1 across spectral range (0.6 nm at 1250 nm), 2 cm-1 option across spectral range (0.3 nm at 1250 nm)
Sampling Mode Configurable with reflection, transmission, fiber optics, or tablet transmission.
Sealed and Desiccated Yes
Source Type Long-life, high intensity halogen NIR source; spare source included with system, guaranteed filament image alignment
Spectral Range 12,000 to 3800 cmto1 (833 to 2630 nm)
System Status Indicators Yes
Voltage 90/264 V
Wavenumber Accuracy ±0.03 cm-1 (0.005 nm at 1250 nm)
Wavenumber Repeatability Single System: 10 measurement standard deviation <0.006 cm-1
Wavenumber Reproducibility System to System: Better than 0.05 cm-1 (0.008 nm at 1250 nm)
Weight (Metric) 47.7 kg
Width (Metric) 40.6 cm
waters-synapt-maldi-lcms-productimage-0
12 Apr

Waters Maldi SYNAPT High Definition Mass Spectrometer

The MALDI SYNAPT HDMS System is a dual ionization mass spectrometer featuring both MALDI and atmospheric pressure ionization (API) capability, giving you maximum analytical power for discovery research challenges. The system is operable in time-of-flight (TOF) mode for exact mass MALDI/MS and MS/MS experiments, and ion-mobility/TOF mode for performing novel ion mobility separations-based investigations. The exact mass MS and MS/MS capabilities of the MALDI Synapt HDMS enable you to produce optimal results in your proteomic, pharmaceutical, and imaging experiments; the IMS capabilities enable the separation of previously unresolvable isobaric ions.

Features:

  • Triwave Technology, which provides access to the unique benefits of Ion Mobility Spectrometry (IMS)
  • Time-aligned parallel (TAP) fragmentation for first- and second-generation fragmentation structural information in a single experiment
  • Rapid, exchangeable MALDI/API sources
  • High-duty cycle (HDC) mode for enhanced sensitivity over a wide mass range
  • Integrates with the nanoACQUITY UPLC System and the CTC PAL MALDI Spotter/Fraction Collector, so you can perform off-line nanoscale separations with minimized sample complexity and dynamic range issues
240FS
16 Mar

Varian AA240FS Fast Sequential Atomic Absorption Spectrometer

Varian’s AA range enables analysts to extend the performance and productivity boundaries of AA determinations, and is equally at home in routine laboratories where reliability and simple operation is vital. The Varian AA range includes the stylish and easy-to-use AA240 series. Combining Fast Sequential design with up to eight lamp capability, the AA240 flame instruments provide high performance and lower running costs. For an economical analysis solution, choose the AA240 series, which provides four lamp capacity.

Fast Sequential AA

Achieve the productivity and speed of sequential ICP with Varian’s patented Fast Sequential AA systems. By measuring all elements in each sample before moving to the next one, Varian’s Fast Sequential (FS) AA240 provides complete results in minutes.

  • Determine your entire element suite without repeatedly aspirating samples
  • Improve productivity by up to 50% by reducing the sample analysis delays
  • Get full elemental coverage, no matter how many elements you are determining
  • Reduce sample consumption — with less delays throughout analysis, less sample is wasted
  • Save labor and reduce running costs — the more elements you determine, the greater your savings
  • Improve precision and accuracy with online internal standard corrections — this corrects for physical differences, sample preparation errors, or drift

How does Fast Sequential AA work?

  1. Determination time is optimized as the FS wizard sorts the elements by wavelength and flame type
  2. Optimum flame conditions are used for each elemental determination — the patented Hammer gas control** initiates instantaneous changes to programmed flows and provides superb reproducibility
  3. Reproducible wavelength positioning is achieved with minimal delays by the high speed wavelength drive (2,000 nm/min) operating under intelligent software control
  4. Simultaneous operation of all lamps in FS mode
  5. Fast lamp selection using a motor driven mirror
P1420455
16 Mar

Thermo Scientific Nicolet NXR 9650 Raman Spectrometer with NXR FT-Raman Module

Nicolet NXR 9650 FT-Raman Spectrometer
High performance from a dedicated FT-Raman spectrometer

The Thermo Scientific Nicolet NXR 9650 spectrometer is designed for researchers who require the highest performance available from an FT-Raman spectrometer. The heart of the Nicolet NXR 9650 spectrometer is its liquid nitrogen-cooled NXR Genie germanium detector. This detector delivers twice the sensitivity coupled with a tenfold increase in speed in comparison with previous generation detectors. The increase in detector speed permits high-speed scanning without sacrificing data quality. This now makes sample mapping, screening applications and kinetic analysis readily accessible with FT-Raman spectroscopy. Alternatively, the NXR 9650 can be configured a room-temperature with InGaAs detector. The Nicolet NXR 9650 comes with the research-grade, high power output Nd:YVO4 laser operating at 1064 nm.

More Detector Options
The InGaAs detector permits immediate data collection with no wait for detector cool-down. Dual detectors give you the best of both worlds – with fast uptimes using an InGaAs detector and the highest sensitivity using the NXR Genie detector. OMNIC software, which controls the instrument, data collection and analyses, quickly and automatically controls switching from one detector to the other. The Nicolet NXR 9650 FT-Raman spectrometer gains performance, stability, and serviceability from its precision-cast baseplate and its pinned and pre-aligned components.

Extensive Range of Sampling Configurations
The sample compartment for the Nicolet NXR 9650 FT-Raman spectrometer accommodates the new Thermo Scientific MicroStage FT-Raman microscope, which is configured to accept 96-well and 384-well plates for fully automated, high throughput sample analysis. The MicroStage microscope is simple to operate with excellent spatial resolution, while offering full sample mapping capabilities. Additionally, the Nicolet NXR 9650 FT-Raman spectrometer sample compartment accepts an extensive range of pre-aligned, pinned-in-place sampling accessories designed to accommodate typical sample formats, such as powders and liquids in vials, NMR tubes and bottles.

SYSTEM FEATURES

Excitation Laser Research grade, 1064 nm 2.5 W Nd:YVO4 laser; high stability and low noise at all power settings with power controlled directly from the software.
NXR Genie Germanium Detector Proprietary, high-performance liquid nitrogen-cooled germanium detector option.
InGaAs Detector Detector option providing good sensitivity for routine use.
Dual Detector Option Automated parameter and detector switching. NXR Genie detector for maximum performance, combined with an InGaAs detector for immediately available detection.
Vectra™ Interferometer Air-bearing design without need for external air supply; 0.09 cm-1 resolution; dynamic alignment provides active compensation for all known modes of interferometer misalignment, including ambient temperature changes.
White Light Correction Standard, optimized reference source, computer controlled; aligned to ensure correction beam follows same path as laser and Raman signal.
Sample Compartment Large (29 cm wide x 32 cm deep x 25.5 cm high) sample compartment with pinned-in-place sampling geometries; easily changeable optics; standard slide holder for optional filters.
Filters Rayleigh rejection filters providing Stokes only or Stokes plus anti-Stokes shift information. Laser line filter to eliminate laser-induced spectral artifacts.
Aperture Continuously variable, computerized iris aperture; automatically sized with selection of spectral resolution.
Polarizer Optional computer-controlled polarizer for dichroic measurements of the collected Raman signal.
Beam Conditioning Kit Two laser attenuator filters enhance the precision of control of laser power at the sample.
Beamsplitter Two laser attenuator filters control the laser power at sample, expanding the range of precision.
System Baseplate Precision cast baseplate with pre-aligned pinned locations for optical elements.
Optics Focusing mirrors diamond-turned and pinned-in-place; gold-coated mirrors throughout to maximize optical throughput in the near-IR; optimized optical path length and minimized number of optical elements to enhance performance.
Upgrade Options Detectors, filters, polarization options, and FT-IR capabilities can be upgraded after initial purchase.

 

SYSTEM PERFORMANCE

NXR Genie Detector Speed Responsivity constant within 20% over interferometer scanning speeds from 0 – 2.5 cm/sec (0 – 80 kHz).
NXR Genie Detector Minimum Spectrum Collection Time 200 msec (5 scans per second), 2.5 cm/sec stroke speed,

8 cm-1 resolution, 0.1 W laser power,

800 cm-1 cyclohexane band, signal-to-noise ratio of 100.
Signal-to-noise Ratios Typical signal-to-noise ratios are: 1800 NXR Genie detector; 1000 room temperature InGaAs detector. (2.5 min collection time 4 cm-1 resolution.)
NXR Genie Detector Hold Time Typically 48 hours.
Spectral Range High wavenumber cutoff for both detectors: Stokes shift, 3500 cm-1; anti Stokes shift, 3100 cm-1. Standard low wavenumber cutoff is 100 cm-1. Optional 50 cm-1 low wavenumber cutoff filters are also available.
Spectral Resolution Standard Raman resolution is better than 0.8 cm-1.

Maximum interferometer spectral resolution is 0.09 cm-1.
Laser Minimum Output Power is variable in 0.1 W decrements down to 0 W. Laser power is further refined with the beam conditioning kit, which provides laser power settings as low as 3 mW.

 

SYSTEM SOFTWARE

Software Design Windows®-compatible OMNIC software with pull-down menu options for all display, collection and processing features.
Parameter Selection Interactive, real-time display of interferograms or processed spectra during parameter and beam path selection; computer-controlled laser power and sample focus adjustment.
Data Collection Real-time and interactive display of fully processed spectra during data collection. Data displayed as Raman and shifted Raman spectra, and as an interferogram.
Spectral Header Permanently records collection and processing parameters for each spectrum including detector identification, laser power, spectral resolution, apodization, scan velocity, baseline correction points, subtraction factors and more.
Software-selectable Detectors Detectors selectable from software.

 

PHYSICAL CHARACTERISTICS

Optical Bench Dimensions With NXR Genie detector: 132 cm (W), 61 cm (D), 88 cm (H);

With InGaAs detector: 132 cm (W), 61 cm (D), 33 cm (H)
Shipping Weight 124 kg; 273 lbs
Power Requirements 120VAC, 2A, 60Hz, or 240VAC, 1A, 50Hz.
Regulatory Approvals Class II laser product

Nicolet NXR FT-Raman Spectrometer

Raman spectroscopy is a powerful analytical technique which is finding increasing use in environments where its ease of use and non-destructive sampling methods make it a valuable addition to more traditional technology. Extensive spectral libraries, combined with sophisticated searching software, make sample identification easy. Raman is unique in its ability to identify physical differences, such as in crystalline structure.

Raman is Well Suited to:

  • Molecular characterization of organics and inorganics
  • Conformational analyses such as crystallinity, phase transitions and polymorphs
  • Analysis of solids, liquids, and in some cases gases
  • Micro- and macro-sampling
  • Qualitative and quantitative analysis

Raman Complements FT-IR:

  • Both provide spectra rich in information relating to vibrational energy states of covalently bonded materials
  • Bonds that generate weak bands with one method typically provide strong signals with the other
  • FT-IR usually provides more information relating to functional end groups
  • Raman frequently provides more information relating to molecular backbone structures

Advantages Offered by Raman:

  • Non-destructive method
  • Non-contact
  • Typically no sample preparation – no need to dissolve solid samples, nor destroy physical and chemical properties prior to analysis
  • Easy sampling through glass and plastic packaging
  • Easy access to far-infrared vibrations
  • Unlike other techniques, Raman is minimally affected by most molecular interactions. This typically results in spectra with sharp, distinct peaks suitable for spectral interpretation and successive subtraction.
Thermo LTQ Orbitrap Velos
28 Feb

Thermo Scientific LTQ Orbitrap Velos Pro Mass Spectrometer with ETD

LTQ Orbitrap Velos is a hybrid mass spectrometer incorporating the LTQ Velos™ dual cell linear trap and the Orbitrap™ analyzer. The LTQ Orbitrap is a high performance LC-MS and MSn system, combining rapid LTQ ion trap data acquisition with high mass accuracy Orbitrap mass analysis. Significantly, the Orbitrap XL ETD includes two fragmentation regimes, higher-energy C-trap dissociation (HCD) and electron transfer dissociation (ETD), that are complementary to the LTQ’s collision induced dissociation (CID) option. These additional, alternative fragmentation capabilities are essential for the success of the diverse projects focused on phosphoproteomics; posttranslational modification analyses and “middle-down” proteomics.

Shimadzu ICPMS-2030
27 Jan

Shimadzu ICPMS-2030 Inductively Coupled Plasma Mass Spectrometer

System is Quadrupole MS and it includes:

  • ICPMS-2030 Mass Spectrometer
  • Cooling Water Circulator
  • ASX-280 Autosampler
  • Vacuum pump
  • PC with data

Featuring unique analysis assistant functions and incorporating proprietary cost-reducing capabilities, the ICPMS-2030 provides efficient, sensitive trace element analysis for applications in multiple industries. These include environmental testing, food and agriculture studies, cannabis testing, and pharmaceutical work for analysis of toxic elements according to USP regulations. Simplify your ICP-MS analysis, and obtain reliable trace-level results with confidence.

Fast, Easy Method Development
The system’s Development Assistant automatically selects the optimal mass and internal standard for the target elements, and suggests concentration ranges for calibration curves, allowing any ICP-MS user to develop reliable methods with ease.

Automated Post-run Diagnostics
The Diagnosis Assistant identifies the presence or absence of mass interference based on qualitative analysis to quickly generate reliable ICP-MS results.

Outstanding Sensitivity
The optimized collision cell achieves superior ICP-MS sensitivity through efficient molecular ion removal and high elemental ion transmission using only helium gas.

Reduced Running Costs
The ICPMS-2030 inductively coupled plasma mass spectrometer significantly reduces operating costs utilizing Shimadzu’s proprietary technology. This includes:

  • Mini-Torch system, which effectively reduces the amount of argon gas needed to generate plasma (consumes 2/3 the argon gas as conventional plasma torches)
  • ECO mode, which minimizes the flow rate and power consumption during standby
  • Compatibility with 99.95% purity argon gas, instead of the more expensive 99.999% argon gas generally used
  • ICPMS-2030 Eco Mode versus Conventional ICP-MS

Simultaneous Analysis of Major and Trace-level Components
Nine orders of magnitude dynamic range with a secondary electron multiplier, enabling ICP-MS analysis of major and trace-level components in the same sample.

On-Line Inter-Element Correction (IEC)
Shimadzu’s proprietary On-Line IEC corrects for spectral interference that could not be eliminated with the collision cell. There’s no need for complicated assessments of ICP-MS conditions, as with reaction cell technology.

Minimized Contamination
Located behind the collision cell, the focusing lens improves ion transmission efficiency and eliminates photoelectric effects, optimizing the ICPMS-2030’s compatibility with laser ablation systems.

Easy-to-Maintain Interface and Plasma Torch
Allows all parts to be removed and installed without the need for tools, resulting in greater uptime.

perkinelmer-spectrum-two-ftir-productimage-0
27 Jan

PerkinElmer Spectrum Two FT-IR Spectrometer with Pike Miracle UATR

Easy to use, powerful, compact and robust – Spectrum Two is the FT-IR spectrometer of choice for everyone, everywhere. With fully integrated, robust universal sampling for trouble-free measurements and portability options, Spectrum Two is ideal for use in both laboratory and remote testing environments. Ideally suited to everyday analysis, you can confidently perform fast, accurate IR analysis and assure the quality of your materials across a wide range of applications.

IR for Everyone, Everywhere

Spectrum Two breaks ground in operational simplicity, combining superb performance with low maintenance design. True laboratory performance IR for everyday analysis is possible for everyone, everywhere.

The Spectrum Two is suitable for a wide range of applications and can be configured to your needs regarding the level of performance desired to meet the demands of your daily IR analyses.

Spectrum Two FT-IR spectrometers feature:

  • Standard, high-performance, room-temperature LiTaO3 (lithium tantalate) MIR detector with a SNR of 9,300:1
  • Optional temperature-stabilized, high-performance DTGS (deuterated triglycine sulfate) MIR detector with a SNR of 14,500:1. Ideal for low-light, high throughput applications
  • Standard optical system with KBr windows for data collection over a spectral range of 8,300 – 350 cm-1 at a best resolution of 0.5 cm-1
  • Optional ZnSe windows, for use in exceptionally humid environments for data collection over a spectral range of 6,000-550 cm-1
  • Standard AVC with optional APV/AVI configuration

Specifications

21 CFR Part 11 Compatible Yes
Depth 30.0 cm
Detector Type DTGS
Height 21.0 cm
Operating Range 5 – 45 °C
Portable Yes
Product Brand Name Spectrum Two
Warranty 1 year
Wave Length 8300 – 350 cm-1
Weight 13.0 kg
Width 45.0 cm
X