Product Details

PAL System SPME Arrow Conditioning Module

PAL3-SPME-ArrowCond

For the conditioning of SPME Arrows and SPME Fibers prior to sample enrichment, max. 350 °C

• Position for automated conditioning
• Position for manual pre-conditioning
• Automated purge gas valve
• Manual gas valve for pre-conditioning

Requires firmware version 2.3 or higher
PAL3-SPME-ArrowCond

Related Products

PAL3-SPME-SArr-Kit

PAL3-SPME-SArr-Kit

PAL System Smart SPME Arrow Kit
PAL3-SPME-SFib-Kit

PAL3-SPME-SFib-Kit

PAL System Smart SPME Fiber Kit
PAL3-Agitator

PAL3-Agitator

PAL System Agitator
PAL3-AgiHeatex-Kit

PAL3-AgiHeatex-Kit

PAL System Agitator and Heatex Stirrer
ARR-Man-Inj-Kit

ARR-Man-Inj-Kit

PAL System Manual Injection Tool Kit for SPME Arrow and traditional SPME Fibers
PAL3-LowNdlGdeArr

PAL3-LowNdlGdeArr

PAL System Needle Guide Replacement for SPME Arrow Tool with Vial Transport Magnets
PAL3-SARR-Start-6890LCh

PAL3-SARR-Start-6890LCh

PAL System Smart SPME Arrow Starter Kit for Agilent GC 6890 with Large Charcoal Filter
PAL3-SARR-Start-6890Std

PAL3-SARR-Start-6890Std

PAL System Smart SPME Arrow Starter Kit for Agilent GC 6890 with Standard Assy
PAL3-SARR-Start-GC2010

PAL3-SARR-Start-GC2010

PAL System Smart SPME Arrow Starter Kit for Shimadzu GC 2010 Plus
PAL3-SARR-Start-GC2030

PAL3-SARR-Start-GC2030

PAL System Smart SPME Arrow Starter Kit for Shimadzu GC 2030
PAL3-SARR-Start-GC7890

PAL3-SARR-Start-GC7890

PAL System Smart SPME Arrow Starter Kit for Agilent GC 7890
PAL3-SARR-Start-GC8890

PAL3-SARR-Start-GC8890

PAL System Smart SPME Arrow Starter Kit for Agilent GC 8890 / 8860
PAL3-SARR-Start-Intuvo

PAL3-SARR-Start-Intuvo

PAL System Smart SPME Arrow Starter Kit for Agilent GC Intuvo
PAL3-SARR-Start-Tr1300

PAL3-SARR-Start-Tr1300

PAL System Smart SPME Arrow Starter Kit for Thermo GC Trace 1300/1310 and 1600/1610
PAL3-SARR-Start-TrUltra

PAL3-SARR-Start-TrUltra

PAL System Smart SPME Arrow Starter Kit for Thermo GC Trace Ultra
SARR-Man-Inj-Kit

SARR-Man-Inj-Kit

PAL System Manual Injection Kit for Smart SPME Arrow
ARR-Liner-CondModule

ARR-Liner-CondModule

Liner for PAL System SPME Arrow Conditioning Module
ARRLIN13-GC2010-3

ARRLIN13-GC2010-3

PAL System SPME Arrow Liner ID 1.3 mm for SHIMADZU GC 2010/GC 2030 SSL Injector
ARRLIN13-GC6890-3

ARRLIN13-GC6890-3

PAL System SPME Arrow Liner ID 1.3 mm, deactivated, for AGILENT GC 6890 SSL Injector
ARRLIN13-GC7890-3

ARRLIN13-GC7890-3

PAL System SPME Arrow Liner ID 1.3 mm, deactivated, for AGILENT GC 7890 SSL Injector
ARRLIN13-Trace1300-3

ARRLIN13-Trace1300-3

PAL System SPME Arrow Liner ID 1.3 mm, deactivated, for Thermo GC Trace 1300/1310/1600/1610 SSL Injector
ARRLIN17-GC2010-3

ARRLIN17-GC2010-3

PAL System SPME Arrow Liner ID 1.7 mm, deactivated, for SHIMADZU GC 2010/GC 2030 SSL Injector
ARRLIN17-GC6890-3

ARRLIN17-GC6890-3

PAL System SPME Arrow Liner ID 1.7 mm, deactivated, for AGILENT GC 6890 SSL Injector
ARRLIN17-GC7890-3

ARRLIN17-GC7890-3

PAL System SPME Arrow Liner ID 1.7 mm, deactivated, for AGILENT GC 7890 SSL Injector
ARRLIN17-Trace1300-3

ARRLIN17-Trace1300-3

PAL System SPME Arrow Liner ID 1.7 mm, deactivated, for Thermo GC Trace 1300/1310/1600/1610 SSL Injector
ARRLIN20-GC2010-3

ARRLIN20-GC2010-3

PAL System SPME Arrow Liner ID 2.0 mm, deactivated, for SHIMADZU GC 2010/ GC 2030 SSL Injector
ARRLIN20-TraceUltra-3

ARRLIN20-TraceUltra-3

PAL System SPME Arrow Liner ID 2.0 mm, deactivated, for Thermo GC Trace Ultra SSL Injector
SARR11-A-100-20

SARR11-A-100/20-P1

PAL System Smart SPME Arrow
Polyacrylate 1.10 mm, phase thickness 100 µm
SARR11-A-100-20

SARR11-A-100/20-P3

PAL System Smart SPME Arrow
Polyacrylate 1.10 mm, phase thickness 100 µm
SARR11-A-100-20

SARR11-A-100/20-P5

PAL System Smart SPME Arrow
Polyacrylate 1.10 mm, phase thickness 100 µm
SARR11-C-WR-120-20

SARR11-C-WR-120/20-P1

PAL System Smart SPME Arrow
C-WR/PDMS 1.10 mm, phase thickness 120 µm
SARR11-C-WR-120-20

SARR11-C-WR-120/20-P3

PAL System Smart SPME Arrow
C-WR/PDMS 1.10 mm, phase thickness 120 µm
SARR11-C-WR-120-20

SARR11-C-WR-120/20-P5

PAL System Smart SPME Arrow
C-WR/PDMS 1.10 mm, phase thickness 120 µm
SARR11-DVB-120-20

SARR11-DVB-120/20-P1

PAL System Smart SPME Arrow
DVB/PDMS 1.10 mm, phase thickness 120 µm
SARR11-DVB-120-20

SARR11-DVB-120/20-P3

PAL System Smart SPME Arrow
DVB/PDMS 1.10 mm, phase thickness 120 µm
SARR11-DVB-120-20

SARR11-DVB-120/20-P5

PAL System Smart SPME Arrow
DVB/PDMS 1.10 mm, phase thickness 120 µm
SARR11-DVB-CWR-120-20

SARR11-DVB/CWR120/20-P1

PAL System Smart SPME Arrow
DVB/C-WR/PDMS 1.10 mm, phase thickness 120 µm
SARR11-DVB-CWR-120-20

SARR11-DVB/CWR120/20-P3

PAL System Smart SPME Arrow
DVB/C-WR/PDMS 1.10 mm, phase thickness 120 µm
SARR11-DVB-CWR-120-20

SARR11-DVB/CWR120/20-P5

PAL System Smart SPME Arrow
DVB/C-WR/PDMS 1.10 mm, phase thickness 120 µm
SARR11-P-100-20

SARR11-P-100/20-P1

PAL System Smart SPME Arrow
PDMS 1.10 mm, phase thickness 100 µm
SARR11-P-100-20

SARR11-P-100/20-P3

PAL System Smart SPME Arrow
PDMS 1.10 mm, phase thickness 100 µm
SARR11-P-100-20

SARR11-P-100/20-P5

PAL System Smart SPME Arrow
PDMS 1.10 mm, Phase Thickness 100 µm
SARR1115-SEL5-S2

SARR1115-SEL5-S2

PAL System Smart SPME Arrow Selection Kit
SARR15-C-WR-120-20

SARR15-C-WR-120/20-P1

PAL System Smart SPME Arrow
C-WR/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-DVB-120-20

SARR15-C-WR-120/20-P3

PAL System Smart SPME Arrow
C-WR/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-DVB-120-20

SARR15-C-WR-120/20-P5

PAL System Smart SPME Arrow
C-WR/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-DVB-120-20

SARR15-DVB-120/20-P1

PAL System Smart SPME Arrow
DVB/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-DVB-120-20

SARR15-DVB-120/20-P3

PAL System Smart SPME Arrow
DVB/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-DVB-120-20

SARR15-DVB-120/20-P5

PAL System Smart SPME Arrow
DVB/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-DVB-CWR120-20

SARR15-DVB/CWR120/20-P1

PAL System Smart SPME Arrow
DVB/C-WR/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-DVB-CWR120-20

SARR15-DVB/CWR120/20-P3

PAL System Smart SPME Arrow
DVB/C-WR/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-DVB-CWR120-20

SARR15-DVB/CWR120/20-P5

PAL System Smart SPME Arrow
DVB/C-WR/PDMS 1.50 mm, wide sleeve, phase thickness 120 µm
SARR15-P-100-20

SARR15-P-100/20-P1

PAL System Smart SPME Arrow
PDMS 1.50 mm, wide sleeve, phase thickness 100 µm
SARR15-P-100-20

SARR15-P-100/20-P3

PAL System Smart SPME Arrow
PDMS 1.50 mm, wide sleeve, phase thickness 100 µm
SARR15-P-100-20

SARR15-P-100/20-P5

PAL System Smart SPME Arrow
PDMS 1.50 mm, wide sleeve, phase thickness 100 µm
SFIB-A-85-10

SFIB-A-85/10-P1

PAL System Smart SPME Fiber Polyacrylate, Fiber Thickness 85 µm
SFIB-A-85-10

SFIB-A-85/10-P3

PAL System Smart SPME Fiber Polyacrylate, Fiber Thickness 85 µm
SFIB-A-85-10

SFIB-A-85/10-P5

PAL System Smart SPME Fiber Polyacrylate, Fiber Thickness 85 µm
SFIB-C-WR-95-10

SFIB-C-WR-95/10-P1

PAL System Smart SPME Fiber C-WR/PDMS, Fiber Thickness 95 µm
SFIB-C-WR-95-10

SFIB-C-WR-95/10-P3

PAL System Smart SPME Fiber C-WR/PDMS, Fiber Thickness 95 µm
SFIB-C-WR-95-10-

SFIB-C-WR-95/10-P5

PAL System Smart SPME Fiber C-WR/PDMS, Fiber Thickness 95 µm
SFIB-DVB-65-10

SFIB-DVB-65/10-P1

PAL System Smart SPME Fiber DVB/PDMS, Fiber Thickness 65 µm
SFIB-DVB-65-10

SFIB-DVB-65/10-P3

PAL System Smart SPME Fiber DVB/PDMS, Fiber Thickness 65 µm
SFIB-DVB-65-10

SFIB-DVB-65/10-P5

PAL System Smart SPME Fiber DVB/PDMS, Fiber Thickness 65 µm
SFIB-DVB-C-WR-80-10

SFIB-DVB/C-WR-80/10-P1

PAL System Smart SPME Fiber DVB/C-WR/PDMS, Fiber Thickness 50/30 µm
SFIB-DVB-C-WR-80-10

SFIB-DVB/C-WR-80/10-P3

PAL System Smart SPME Fiber DVB/C-WR/PDMS, Fiber Thickness 50/30 µm
SFIB-DVB-C-WR-80-10

SFIB-DVB/C-WR-80/10-P5

PAL System Smart SPME Fiber DVB/C-WR/PDMS, Fiber Thickness 50/30 µm
SFIB-P-100-10

SFIB-P-100/10-P1

PAL System Smart SPME Fiber PDMS, Fiber Thickness 100 µm
SFIB-P-100-10

SFIB-P-100/10-P3

PAL System Smart SPME Fiber PDMS, Fiber Thickness 100 µm
SFIB-P-100-10

SFIB-P-100/10-P5

PAL System Smart SPME Fiber PDMS, Fiber Thickness 100 µm
SFIB-P-30-10

SFIB-P-30/10-P1

PAL System Smart SPME Fiber PDMS, Fiber Thickness 30 µm
SFIB-P-30-10

SFIB-P-30/10-P3

PAL System Smart SPME Fiber PDMS, Fiber Thickness 30 µm
SFIB-P-30-10

SFIB-P-30/10-P5

PAL System Smart SPME Fiber PDMS, Fiber Thickness 30 µm
SFIB-P-7-10

SFIB-P-7/10-P1

PAL System Smart SPME Fiber PDMS, Fiber Thickness 7 µm
SFIB-P-7-10

SFIB-P-7/10-P3

PAL System Smart SPME Fiber PDMS, Fiber Thickness 7 µm
SFIB-P-7-10

SFIB-P-7/10-P5

PAL System Smart SPME Fiber PDMS, Fiber Thickness 7 µm
SFIB-SEL5-S1

SFIB-SEL5-S1

PAL System Smart SPME Fiber
Selection Kit-1
SFIB-SEL5-S2

SFIB-SEL5-S2

PAL System Smart SPME Fiber
Selection Kit-2

Spare parts

ARR-Liner-CondModule

ARR-Liner-CondModule

Liner for PAL System SPME Arrow Conditioning Module
PAL3-MM-015-01

PAL3-MM-015-01

Tube connector from Pressure regulator to tubing 1/8"
PAL-FibCondTube

PAL FibCondTube

Gas Tube Fiber/Arrow Conditioner to Pressure Regulator
PAL3-ArrCond-Seal

PAL3-ArrCond-Seal

Seal and connector for Arrow Conditioning Module gas inlet
PAL3-MountClaw-29

PAL3-MountClaw-29

PAL System Mounting Claw Standard 29 mm for PAL Legs

Related Content

Sample Preparation Compendium
eBooks

Sample Preparation Compendium

Automated, Green, and Efficient
A Compendium on Micromethods in Analytical Sample Preparation

Discover robust, precise, and reliable analytical methods while following the principles of Green Analytical Chemistry in various fields such as Food & Food Safety, Environmental, Clinical, Life Science, and Chemical.

Automated Sample Prep Workflows: Save money and time
eBooks
Automated Sample Prep Workflows: Save money and time
Automated Sample Prep Workflows: Save money and time
Automated Sample Prep Workflows: Save money and time
Automated Sample Prep Workflows: Save money and time
Automated Sample Prep Workflows: Save money and time

Automated Sample Prep Workflows: Save money and time

This compendium on instrumental sample preparation showcases the many proven solutions of automated sample preparation workflows for food, environmental, pharma, life science analysis, and beyond. 

PFAS Webinar
Webinars
Advancing PFAS Analysis - Robotic Automation and Streamlined LC/MS Workflows
Advancing PFAS Analysis - Robotic Automation and Streamlined LC/MS Workflows
Advancing PFAS Analysis - Robotic Automation and Streamlined LC/MS Workflows

Advancing PFAS Analysis - Robotic Automation and Streamlined LC/MS Workflows

To support the scientific community and advance PFAS analysis we are proud to offer a webinar on this topic.

Key topics:

  • PFAS Fundamentals: Learn about the chemistry and significance of PFAS compounds.
  • Sample Preparation Challenges: Understand current hurdles, regulations and best practices in PFAS extraction and purification.
  • Automated LC/MS Workflows: Get an overview on automated workflows and see how PAL System integrates with LC/MS to optimize sample preparation and injection.
  • Deep Dive: Explore online SPE for PFAS analysis.
Automated Sample Preparation webinar
Webinars
Automated Sample Preperation for LC/MS and GC/MS - Solutions for Food and Environmental Analysis
Automated Sample Preperation for LC/MS and GC/MS - Solutions for Food and Environmental Analysis

Automated Sample Preperation for LC/MS and GC/MS - Solutions for Food and Environmental Analysis

In this presentation we want to discuss an important development and a demand from analytical laboratories about the standardization and the automation of sample preparation procedures for food safety, environmental, the forensic or pharmaceutical analysis.

Presented by:
Hans-Joachim Huebschmann, PhD

Automated MALDI-TOF MS Workflows for Streamlined Bacterial Identification
Application Notes
Automated MALDI-TOF MS Workflows for Streamlined Bacterial Identification
Automated MALDI-TOF MS Workflows for Streamlined Bacterial Identification
Automated MALDI-TOF MS Workflows for Streamlined Bacterial Identification

Automated MALDI-TOF MS Workflows for Streamlined Bacterial Identification

This application note demonstrates the successful automation of two sample preparation workflows, Formic Acid (FA) and Beads method, for bacterial identification using Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometry (MALDI-TOF MS).

Automated Direct Derivatization and GCMS Analysis
Application Notes
Automated Direct Derivatization and GCMS Analysis
Automated Direct Derivatization and GCMS Analysis

Automated Direct Derivatization and GCMS Analysis

A Robust Method for Comprehensive Metabolomic Profiling of Dried Blood Spots, Serum, and Plasma

PAL3 Thermal Mixer
Brochures
PAL3 Thermal Mixer
PAL3 Thermal Mixer
PAL3 Thermal Mixer

PAL3 Thermal Mixer

PAL3 Thermal Mixer – Temperature controlled heating and
mixing for well plates to boost your sample prep efficiency.

Minimize PFAS Background with PAL System Upgrade Kits
Brochures

Minimize PFAS Background with PAL System Upgrade Kits

Equip your PAL Systems for PFAS Analysis with Upgrade Kits and minimize PFAS Background.

Fully Automated Sample Preparation and Untargeted 2D-LC-Mass Spectrometry Workflow for Glycerophospholipid Analysis in Plasma
Posters
Fully Automated Sample Preparation and Untargeted 2D-LC-Mass Spectrometry Workflow for Glycerophospholipid Analysis in Plasma

Fully Automated Sample Preparation and Untargeted 2D-LC-Mass Spectrometry Workflow for Glycerophospholipid Analysis in Plasma

We developed an integrated workflow combining HILIC-LC-SWATH-MS for quantitative analysis and 2D-LC HILIC x RPLC DDA-EAD/MRMHR-EAD for qualitative characterization of complex lipidomes,particularly glycerophospholipids.

Untargeted 2DxLC-Mass Spectrometry using SWATH-DIA-Based Workflow for the Characterization of Lipid Profiles in Plasma Samples
Posters
Untargeted 2DxLC-Mass Spectrometry using SWATH-DIA-Based Workflow for the Characterization of Lipid Profiles in Plasma Samples
Untargeted 2DxLC-Mass Spectrometry using SWATH-DIA-Based Workflow for the Characterization of Lipid Profiles in Plasma Samples

Untargeted 2DxLC-Mass Spectrometry using SWATH-DIA-Based Workflow for the Characterization of Lipid Profiles in Plasma Samples

The use of lipidomic analyses based on LC-mass spectrometry has become widespread due to its sensitivity and specificity which provides a broader picture of lipid profiles in biofluids. In this work, we combined an automated sample extraction and a two-dimensional liquid chromatography (2DxLC) system with HILIC-based class separation followed by an orthogonal reverse-phase chromatography with an untargeted SWATH-DIA workflow to accurately annotate phosphatidylcholines (PC), lysophosphatidylcholine (LPC) and etherphosphatidylcholines (PC O-) in human plasma samples.

Contact