HPLC Pumps — Analytical

0.001-5 mL/min. Flow Rate : Stainless Steel Fluid Path : Self-Flushing Pump Heads : The B2300 is a binary gradient pump for advanced applications featuring two high-performance pumps, pulse dampeners, and an offline pressure transducer.

0.001-5 mL/min. Flow Rate : PEEK Fluid Path : Self-Flushing Pump Heads : The B2300 is a binary gradient pump for advanced applications featuring two high-performance pumps, pulse dampeners, and an offline pressure transducer.

0.01-10 mL/min. Flow Rate : Stainless Steel Fluid Path : Self-Flushing Pump Heads : The B2300 is a binary gradient pump for advanced applications featuring two high-performance pumps, pulse dampeners, and an offline pressure transducer.

0.01-10 mL/min. Flow Rate : PEEK Fluid Path : Self-Flushing Pump Heads : The B2300 is a binary gradient pump for advanced applications and consists of two high-performance pumps, pulse dampeners, and an offline pressure transducer.

5 mL/min., PEEK, self-flushing heads, pulse damper : The Q-Grad's four high high-performance pumps are packaged in a single cabinet to deliver high-pressure gradient capability that is as economical as low pressure mixing systems.

5 mL/min., Stainless Steel, self-flushing heads, pulse damper : The Q-Grad's four high high-performance pumps are packaged in a single cabinet to deliver high-pressure gradient capability that is as economical as low pressure mixing systems.

10 mL/min., PEEK, self-flushing heads, pulse damper : The Q-Grad's four high high-performance pumps are packaged in a single cabinet to deliver high-pressure gradient capability that is as economical as low pressure mixing systems.

10 mL/min., Stainless Steel, self-flushing heads, pulse damper : The Q-Grad's four high high-performance pumps are packaged in a single cabinet to deliver high-pressure gradient capability that is as economical as low pressure mixing systems.

Stainless Steel : 0.001-12 mL/min (each pump) : self-flushing pump heads : The Series 12x6 Pump delivers unmatched performance for analytical and small-scale preparative chromatography applications. It features high- and low-pressure modes, pulse damper, simple controls and overlapping cams for reduced pulsation.

PEEK : 0.001-12 mL/min (each pump) : self-flushing pump heads : The Series 12x6 Pump delivers unmatched performance for analytical and small-scale preparative chromatography applications. It features high- and low-pressure modes, pulse damper, simple controls and overlapping cams for reduced pulsation.

Stainless Steel  (Organic) : 0.001-12 mL/min (each pump) : self-flushing pump heads : The Series 12x6 Pump delivers unmatched performance for analytical and small-scale preparative chromatography applications. It features high- and low-pressure modes, pulse damper, simple controls and overlapping cams for reduced pulsation.

0.01 - 10 mL/min : Self-Flush : Pulse Damper : Stainless Steel : The Series II pump is an isocratic HPLC pump for basic applications. With precise control and virtually pulse-free performance from its patented dead volume pulse damper and rapid refill, it meets the requirements of the most demanding detectors.

0.01 - 10 mL/min : Self-Flush : Pulse Damper : PEEK : The Series II pump is an isocratic HPLC pump for basic applications. With precise control and virtually pulse-free performance from its patented dead volume pulse damper and rapid refill, it meets the requirements of the most demanding detectors.

0.001 - 5 mL/min : Self-Flush : Pulse Damper : Microstepping : PEEK : The Series II pump is an isocratic HPLC pump for basic applications. With precise control and virtually pulse-free performance from its patented dead volume pulse damper and rapid refill, it meets the requirements of the most demanding detectors.

0.001 - 5 mL/min : Self-Flush : Pulse Damper : Microstepping : Stainless Steel : The Series II pump is an isocratic HPLC pump for basic applications. With precise control and virtually pulse-free performance from its patented dead volume pulse damper and rapid refill, it meets the requirements of the most demanding detectors.