Marketplace products from category Spare parts for HPLC in condition refurbished - page 2
Agilent G7129-60600 is a New-Sample Transport Assembly for the 1260 Infinity II LC system, ensuring precise vial movement, reliable autosampler operation, and reproducible sample injections.
Agilent G7129-69600 Sample Transport Assembly for the 1260 Infinity II LC system provides precise vial movement, stable autosampler operation, and reproducible sample injection performance.
Agilent degasser G4280-60070 provides efficient vacuum degassing for Infinity I/II/III binary pumps, improving baseline stability, gradient precision, and UHPLC performance.
Agilent G4280-60070 membrane degasser ensures bubble-free solvents, accurate gradients, and reliable UHPLC/HPLC performance in Infinity-series binary pumps.
Agilent 2-Channel Degasser V (G7112-60070) ensures efficient solvent degassing in 1260 Infinity II HPLC systems, providing stable baselines and improved chromatographic precision.
Agilent HPLC/UHPLC Vacuum Pump (G1311-60007) ensures efficient solvent degassing for stable baselines, reliable performance, and optimal chromatography results.
Gradient valve for Agilent 1100 HPLC systems. Ensures accurate solvent mixing and consistent delivery during gradient-based chromatographic analysis.
The Agilent Infinity II Sample Thermostat (G7167-60201) is a dedicated module designed to work seamlessly with the Agilent 1260 and 1290 Infinity II Multisamplers. Its purpose is to maintain the thermal stability of vials and microplates before injection, enabling optimal sample integrity from storage through to analysis.
The Agilent Infinity II Sample Thermostat (G7167-60201) is a dedicated module designed to work seamlessly with the Agilent 1260 and 1290 Infinity II Multisamplers. Its purpose is to maintain the thermal stability of vials and microplates before injection, enabling optimal sample integrity from storage through to analysis.
The Agilent G7167-60101 is a genuine replacement part for the InfinityLab Sample Thermostat, ensuring precise vial temperature control and reproducibility in InfinityLab LC systems.
