
The Agilent G1312B is a highly configurable binary HPLC pump that can be tailored with solvent selection, active seal washing, or low-delay-volume operation. This flexibility allows the same platform to support conventional gradients, fast LC/MS methods, and demanding buffered workflows.

The Agilent G1312B is a highly configurable binary HPLC pump that can be tailored with solvent selection, active seal washing, or low-delay-volume operation. This flexibility allows the same platform to support conventional gradients, fast LC/MS methods, and demanding buffered workflows.

The Agilent 1260 Infinity Binary Pump G1312B combines precise solvent delivery with built-in diagnostics and maintenance monitoring. Its calibration, leak-test, and EMF functions make it particularly suitable for laboratories focused on long-term reliability and predictable servicing.

The Agilent 1260 Infinity Binary Pump G1312B combines precise solvent delivery with built-in diagnostics and maintenance monitoring. Its calibration, leak-test, and EMF functions make it particularly suitable for laboratories focused on long-term reliability and predictable servicing.

The Agilent G1312B can be configured for a delay volume as low as 120 µL, making it particularly effective for rapid-gradient HPLC and LC/MS. It combines low system delay with 600 bar pressure capability and precise high-pressure solvent mixing.

The Agilent G1312B can be configured for a delay volume as low as 120 µL, making it particularly effective for rapid-gradient HPLC and LC/MS. It combines low system delay with 600 bar pressure capability and precise high-pressure solvent mixing.

The Agilent 1260 Infinity Binary Pump G1312B delivers high-pressure binary gradients at up to 600 bar and 5 mL/min. Its dual-channel architecture provides accurate solvent delivery and reliable performance across routine and high-speed LC methods.

The Agilent 1260 Infinity Binary Pump G1312B delivers high-pressure binary gradients at up to 600 bar and 5 mL/min. Its dual-channel architecture provides accurate solvent delivery and reliable performance across routine and high-speed LC methods.


