PerkinElmer NexION 5000 Model B

Mass Accuracy

<0.7 atomic mass units (amu), ensuring high mass accuracy.

Resolution

<0.7 amu1

Sensitivity

The instrument delivers exceptionally low background equivalent concentrations (BECs) and outstanding detection limits, key to ensuring accurate, repeatable results.

Speed

Equipped with a Discrete Dynode Detector capable of fast data acquisition rates, essential for applications involving the analysis of transient signals.

Dynamic Range

10¹⁴

Mass Range

The system's quadrupole mass filter allows for a broad mass range analysis, accommodating various elemental applications.

Detection Limit

Provides outstanding detection limits, essential for ultra-trace elemental applications.

Detector

Utilizes a Discrete Dynode Detector designed for rapid signal processing and high sensitivity.

Ionization Method

Inductively Coupled Plasma (ICP)

Ion Source

Features an inductively coupled plasma (ICP) ion source, providing robust and efficient ionization of samples.

Interface

Triple Cone Interface with patent-pending OmniRing™

Gas Flow and Requirements

Operates with argon gas for plasma generation; specific flow rates and additional gas requirements depend on the application and are detailed in the user manual.

Mass Analyzer

Multi-Quadrupole

Quadrupole

Four Quadrupoles:

Quadrupole Ion Deflector
Transmission Analyzer Quadrupole
Quadrupole Universal Cell
Transmission Analyzer Quadrupole 2

Chromatography

Can be coupled with chromatographic systems for speciation studies, enhancing analytical capabilities.

Sample Handling

Offers customizable sample introduction systems to accommodate various sample types and matrices.

Injection System

Compatible with various injection systems, including autosamplers, to facilitate automated sample introduction.

Data Acquisition

Controlled by Syngistix™ for ICP-MS software, providing automated and user-friendly workflows with a contemporary user interface.

Data Analysis

The Syngistix™ software offers comprehensive data analysis tools, including qualitative and quantitative analysis, calibration, and reporting features.

Automation

Supports automation through compatible autosamplers and software-controlled operations, enhancing laboratory efficiency.

Software

Syngistix™ for ICP-MS software (v. 3.0 or higher)

Ease of Use

External status lighting provides easy visibility of state of analysis.

Maintenance and Durability

Low maintenance for greater uptime:

Triple Cone Interface with patent-pending OmniRing™ combined with Quadrupole Ion Deflector deliver no maintenance beyond cones.

34 MHz free-running RF generator - plasma is generated by the LumiCoil™ RF load coil which is passively cooled by the extraction and requires no water or gas cooling.

Operating Conditions

Designed to operate under standard laboratory conditions; specific environmental requirements are provided in the user manual.

Power and Cooling

Equipped with a 34 MHz free-running RF generator; the plasma is generated by the unique LumiCoil™ RF load coil, which is air-cooled, eliminating the need for water or gas cooling.

Dimensions and Footprint

Depth: 85.0 cm
Height: 85.0 cm
Width: 114.0 cm
Weight: 191.0 kg

Brand and Model

PerkinElmer NexION® 5000 Multi-Quadrupole ICP-MS

Documentation and Support

Comprehensive documentation and support are available, including user manuals, application notes, and technical support services.

Compatibility and Connectivity

Features external status lighting for easy visibility of the state of analysis, optimizing efficiencies.

Configuration and Options

Available in Cleanroom and Non-Cleanroom models

Licensing and Certification

Certified to be able to be upgraded to meet SEMI S2/S8 (emergency button), delivering ease of integration in cleanroom facilities.

Cost and Operational Expenses

For detailed information on cost and operational expenses, it is recommended to contact PerkinElmer directly or consult with authorized distributors.

Shimadzu On-Column Derivatization GC-MS System

Mass Accuracy

±0.1 Da

Resolution

0.1 Da

Sensitivity

10 fg (femtogram)

Speed

Significantly shortened derivatization time due to on-column derivatization.

Dynamic Range

10⁶

Mass Range

1 - 1000 amu

Detection Limit

0.05 ng

Detector

Electron Multiplier (EM)

Ionization Method

Electron Impact (EI)

Ion Source

Standard EI source

Interface

Direct inlet interface

Gas Flow and Requirements

1.5 - 2.0 mL/min (Helium)

Mass Analyzer

Quadrupole

Quadrupole

3-stage quadrupole

Chromatography

Gas Chromatography

Sample Handling

Direct analysis of extracted urine samples without additional pretreatment.

Injection System

Auto-injector AOC-30i with 2-step injection.

Data Acquisition

High-speed data acquisition (10 Hz)

Data Analysis

Shimadzu LabSolutions

Automation

Automatic on-column derivatization using the AOC-30i auto-injector and the 2-step injection feature of the LabSolutions GCMS system.

Software

LabSolutions GCMS (requires specific versions for 2-step injection).
Optionally, GCMSsolution software can be used, but it requires additional software for 2-step injection.

Ease of Use

On-column derivatization simplifies sample preparation and reduces analysis time.

Maintenance and Durability

High durability, low maintenance needs

Operating Conditions

10°C to 40°C (ambient temperature)

Power and Cooling

100 - 240 V, 50/60 Hz, Forced air cooling

Dimensions and Footprint

630 mm (W) x 800 mm (D) x 420 mm (H)

Brand and Model

Analysis of phenethylamine drugs, such as methamphetamine and MDMA, in urine samples.

Documentation and Support

Shimadzu On-Column Derivatization GC-MS System, specifically compatible with GCMS-QP2050 and GCMS NX series.

Compatibility and Connectivity

USB, Ethernet, RS-232

Configuration and Options

Compatible with AOC-20i + 20sU, AOC-30i, and AOC-30i + 20 sU autoinjector and sampler configurations.

Licensing and Certification

CE, UL, RoHS compliant

Cost and Operational Expenses

Varies, typically high initial cost, low operational expenses