Vial-1.5-ND9-PP-100
Cap-ND9-St-SP10Sb-100
Cap-ND9-St-SP10-100
Cap-ND9-PP-SP10-100
Cap-ND9-PP-SP10S-100
Cap-ND9-St-SPI10-100
Cap-ND9-St-SPI10Y-100
PAL3-Agitator
PAL3-Decapper
PAL3-Centrifuge-2mL
PAL3-VortexMixer
PAL3-Centrifuge-Combi
PAL3-Rack-VT54
PAL3-Kit-VT54
PAL3-Rack-TV54-Alu
PAL3-Kit-WashVial-10ml
PAL3-Vial-Sample-Set
PAL3-WashVial-100ml
Vial-0.3-ND9-PP-100
Vial-1.5-FT-PP-500
Vial-1.5-ND9-AG-100
Vial-1.5-ND9-CG-100
Vial-1.5-ND9-PP-100
Vial-10-DC20-CG-100
Vial-10-ND18-AG-100
Vial-10-ND18-CG-100
Vial-20-DC20-AG-100
Vial-20-DC20-CG-100
Vial-20-ND18-AG-100
Vial-20-ND18-CG-100
Vial-40-ND24-CG-100
Vial-8-ND18-PP-100
PAL3-HW-uSPE54
PAL3-Vial-Lock-uSPE54
PAL3-Wasterecept-uSPE
uSPE-FILT-V
uSPE-GCB-10-V
uSPE-GCQuE1-45-V
uSPE-GCQuE2-44-V
uSPE-GCQuE3-45-V
uSPE-LCQuE1-30-T
uSPE-SAX-50-V
uSPE-WAX-50-V
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:
High-Sensitivity PFAS Determination in Seafood
This application note showcases a fully automated workflow for the precise quantification of 73 PFAS in seafood. Utilizing a PAL RTC autosampler and Agilent triple quadrupole LC/MS system (LC/TQ), the method automates calibration, QuEChERS extraction, and μSPE clean-up.
