Bruker microflex® LRF

Mass Accuracy

Increased mass accuracy delivered through proprietary PAN pulsed ion extraction, an independent reflector power supply, integrated MCP detector and high-precision digital converters.

Resolution

Best mass resolution in positive and negative ionization modes of a bench-top system.

Sensitivity

Unmatched sensitivity provided by a gridless reflector and proprietary AnchorChip technology.

Speed

Utilizes a 60 Hz nitrogen laser for rapid data acquisition.

Dynamic Range

Highest dynamic range.

Mass Range

Capable of analyzing a broad mass range, accommodating various sample types.

Detection Limit

Offers high sensitivity, enabling detection of low-abundance analytes.

Detector

Linear or reflector.
Saturation free detector technology enables superior performance for high-mass detection.

Ionization Method

Positive and negative ion modes.
MALDI.

Ion Source

microScout ion source.
60 Hz N2-Cartridge-Laser including variable power attenuator and UV optics.

Interface

Features user-friendly software for intuitive data acquisition and analysis.

Gas Flow and Requirements

Integrated oil-free vacuum system with a 70 L/sec turbo-molecular pump and diaphragm pump.
Specific gas flow requirements not specified.

Mass Analyzer

TOF.

Quadrupole

Not applicable.
Employs MALDI-TOF mass spectrometry without a quadrupole mass filter.

Chromatography

Not applicable.
Utilizes MALDI ionization, which does not require chromatographic separation.

Sample Handling

Uses the exact dimensions of 1/4 microtiter plate with a medium area target plate (54 mm x 36 mm).
Allows compatibility with MTP formats using pipetting robots.

Injection System

• MicroScout Ion Source: Compatible with 54 mm x 36 mm target plates.


• Automated Sample Introduction: Streamlined workflow efficiency.

Data Acquisition

Equipped with a 60 Hz nitrogen laser and advanced detector technology for efficient data collection.

Data Analysis

PolyTools software solution produces polymer structural information.

Automation

Supports automated sample handling and data processing for high-throughput applications.

Software

PolyTools.

Ease of Use

Intuitive operation makes the system ideal for non-expert users and busy multi-instrument laboratories.
Easy to use bench-top instrument which provides answers for analysis tasks in no time.

Maintenance and Durability

• Oil-Free Vacuum System: Robust and maintenance-free.


• Stable Ion Generation: Ensures maximum uptime for multi-user labs.


• Pumping System: Includes vacuum control unit, 70 l/sec turbo pump, and diaphragm pump.

Operating Conditions

Designed for robust operation in standard laboratory environments.
Specific conditions not specified.

Power and Cooling

Features an integrated oil-free vacuum system for quiet operation.
Specific power and cooling requirements not specified.

Dimensions and Footprint

Benchtop.

Brand and Model

Bruker microflex® LRF.

Documentation and Support

Extensive customer support is provided through a network of sales and service offices and representatives throughout the world.

Compatibility and Connectivity

Compatible with various laboratory automation systems and software platforms for seamless integration into diverse workflows.

Configuration and Options

Offers linear and reflector modes of operation.
Accommodating a wide range of analytical applications.

Licensing and Certification

Specific licensing and certification details not specified.
Compliance with standard laboratory regulations implied.

Cost and Operational Expenses

Designed for cost-effective operation with minimal maintenance requirements.
Specific cost details not specified.

Shimadzu GCMS-QP2020 NX

Mass Accuracy

±0.1 amu

Resolution

0.1 amu

Sensitivity

High level of sensitivity

Speed

High-speed scans of 10,000 u/sec or faster.

Dynamic Range

10^6

Mass Range

1 – 1,000 amu

Detection Limit

10 fg (for selected ions)

Detector

High-performance detector

Ionization Method

EI (Electron Ionization)
CI (Chemical Ionization)

Ion Source

Direct sample injection (DI)
Smart EI/CI ion source

Interface

EI (Electron Impact)
CI (Chemical Ionization)

Gas Flow and Requirements

Optimized Vacuum Performance: Large-capacity differential exhaust turbomolecular pump supports all carrier gases (H₂, N₂) for ideal MS conditions.

Precise Control: High-performance Advanced Flow Controller (AFC) ensures accuracy.

Efficient Separation: Differential exhaust method maintains independent vacuums for the ion source and quadrupole.

Mass Analyzer

Quadrupole Mass Spectrometer

Quadrupole

Quadrupole Mass Spectrometer

Chromatography

Gas Chromatography

Sample Handling

ClickTek™ lever allows tool-free opening and closing of the injection port to replace the insert.

Split line filter can be replaced without tools.

Injection System

Injection port

Data Acquisition

Smart SIM™, which simplifies and automates method creation.
High-speed data acquisition.
Quick-CI can perform collection consecutively in EI and CI modes.

Data Analysis

LabSolutions Insight™ software greatly reduces the time needed for data analysis.
GCMSsolution™ software.

Automation

The system features automated technology, including automatic carrier gas leak checks, rod bias voltage optimization during high-speed data acquisition, and Smart SIM™ for automated method creation. The AART function estimates target component retention times using retention indices and an alkane standard mix.

Software

LabSolutions Insight™ software
GCMSsolution™ software
MassWorks software
Smart SIM™
LabSolutions™ DB/CS
EZGC Method Translator (By Restek)

Ease of Use

Intuitive Software & Easy Maintenance: User-friendly interface with ClickTek™ lever for tool-free injection port access.

Safe & Efficient: Easy sTop function allows maintenance without releasing vacuum.

Optimized Workflow: Active Time Management schedules maintenance, with real-time tracking for analysis & service times.

Reliable Results: Effortless peak correction ensures repeatable quantitative analysis.

Maintenance and Durability

Robustness.
Filament and ion source box separation, along with a shield that blocks radiant heat from the filament, results in long-term stability.
The system can be safely operated using carrier gases other than helium, such as hydrogen or nitrogen.

Operating Conditions

Temperature: 0 – 40°C, Humidity: ≤ 85% RH

Power and Cooling

Three oven cooling rate levels can be specified to minimize damage to column liquid phases and maximize service life.

Dimensions and Footprint

310 mm (W) × 592 mm (D) × 484 mm (H)

Brand and Model

Shimadzu GCMS-QP2020 NX Gas Chromatograph Mass Spectrometer

Documentation and Support

Brochures, applications, technical documents, and manuals are available.

Compatibility and Connectivity

Carrier Gas Compatibility: Supports hydrogen and nitrogen.

Safety Feature: Optional hydrogen sensor available.

Library Support: Compatible with NIST, Wiley, and GC/MS MPW DRUG spectral libraries; allows private library creation.

Configuration and Options

Twin Line MS System: Supports dual narrow-bore capillary columns.

Advanced Inlet Options: DI-2010, SMCI, OPTIC-4, and HS-20 NX.

Additional Systems: TD-30 (thermal desorption, pyrolysis), AOC-6000 Plus (autosampler), Py-Screener™ (phthalate screening), and GC/MS Off-Flavor Analyzer.

Licensing and Certification

CE, RoHS, UL

Cost and Operational Expenses

Using hydrogen or nitrogen as carrier gases reduces operating costs.
Nitrogen is approximately 10 times less expensive than helium.

PerkinElmer QSight® 220 Multi-Opt Dual Source System

Mass Accuracy

±0.1 amu

Resolution

0.7 amu

Sensitivity

High level of sensitivity

Speed

20,000 u/s

Dynamic Range

10 orders of magnitude

Mass Range

10 to 2000 amu

Detection Limit

Low ppt (parts per trillion)

Detector

Single Quadrupole Ion Detector

Ionization Method

ESI or APCI2

Ion Source

Dual Source technology with two independent probes for true multiplexing

Interface

Laminar Flow Ion Guide™ for highly efficient field-free transmission, providing virtually no maintenance requirements

Gas Flow and Requirements

0.5 to 2 L/min (helium)

Mass Analyzer

Quadrupole

Quadrupole

Triple quadrupole

Chromatography

LC

Sample Handling

Liquid and Solid Sample Introduction

Injection System

AutoSampler
Manual Injection

Data Acquisition

Continuous or Time-Sliced Acquisition

Data Analysis

PerkinElmer LabSolutions™ Software

Automation

Yes (with Autosampler)

Software

Simplicity™ 3Q Software

Ease of Use

Easy-to-learn and use

Maintenance and Durability

StayClean™ technology dramatically reduced source cleaning and maintenance

Operating Conditions

15°C to 35°C, 10-90% RH

Power and Cooling

100-240 V AC, Air-cooled

Dimensions and Footprint

60 cm x 40 cm x 50 cm (W x D x H)

Brand and Model

PerkinElmer QSight® 220 LC/MS/MS14

Documentation and Support

Online support
Manuals
Technical Support

Compatibility and Connectivity

USB
Ethernet
RS-232

Configuration and Options

Multiple Ionization Sources
Dual Source Configurations

Licensing and Certification

CE Mark
ISO 9001

Cost and Operational Expenses

Contact for Pricing and Operational Costs

Shimadzu LabSolutions GCMS

Mass Accuracy

±0.1 Da (depending on conditions)

Resolution

0.1 Da (depending on settings)

Sensitivity

S/N ratio > 1000:1

Speed

The software enables simultaneous GC and MS acquisition and data analysis with ease. It includes a time management function that estimates the instrument startup and finishing times of consecutive analyses

Dynamic Range

> 10⁷

Mass Range

10 amu to 1050 amu

Detection Limit

< 10 fg (depending on ion type)

Detector

Electron Multiplier Detector (EMD)

Ionization Method

EI (Electron Ionization)

Ion Source

EI source

Interface

Standard EI interface (quadrupole)

Gas Flow and Requirements

Carrier Gas: He or N2
Flow rate: 1-2 mL/min

Mass Analyzer

Quadrupole Mass Spectrometer

Quadrupole

Yes

Chromatography

Gas Chromatography (GC)

Sample Handling

Liquid, solid, or gas samples

Injection System

Split/Splitless
PTV (Programmable Temperature Vaporization)

Data Acquisition

LabSolutions GCMS software integrates with the system to maximize the efficiency of the acquisition and data analysis workflow

Data Analysis

• LabSolutions Insight software reduces time for multisample quantitative analysis.


• Peakintelligence for GCMS shortens peak integration time and provides results quickly.


• LabSolutions allows data output in multiple formats and integrates with LIMS systems.

Automation

Yes
Auto-sampler
Auto-Calibration

Software

LabSolutions GCMS software integrates with the system to maximize the efficiency of the acquisition and data analysis workflow

Ease of Use

• LabSolutions GCMS software optimizes acquisition and data analysis workflows.


• Automatically creates multicomponent analysis methods for increased efficiency.


• Time management function estimates instrument startup and finishing times for consecutive analyses.


• Optional automatic peak integration reduces integration time while maintaining high-quality results.

Maintenance and Durability

Low maintenance
Routine service required

Operating Conditions

Temperature range: 4°C to 45°C

Power and Cooling

100-240 V
Cooling: Optional Chiller

Dimensions and Footprint

Approx. 1100 x 650 x 800 mm (W x D x H)

Brand and Model

Shimadzu LabSolutions GCMS

Documentation and Support

Downloadable brochures
Applications
Technical documents
Manuals are available

Compatibility and Connectivity

Data obtained with LabSolutions can be output in a variety of formats, and can be coordinated with a host system such as a laboratory information management system (LIMS)

Configuration and Options

• System Linkage Option


• LabSolutions Insight Environmental Option


• LabSolutions i-QLinks


• LabSolutions Sync


• LabSolutions MD

Licensing and Certification

CE
RoHS
ISO 9001:2015

Cost and Operational Expenses

Variable based on configuration and usage