Products
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The Duplex Pump provides a streamlined solution for metering, mixing, and dispensing two fluids from a single integrated system. Two independently adjustable CeramPump® heads driven by one motor deliver synchronized, repeatable flow, reducing system complexity while supporting precise dual-fluid control in a compact footprint.
Independent adjustment of each pump head enables ratio control from 1:1 to 1:100 for mixing, dilution, and dual-channel delivery. Chemically inert ceramic components and a valve-free fluid path minimize drift, supporting stable, long-term performance that often exceeds the lifetime of the instrument.
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Pump Specitications
WETTED MATERIAL OPTIONS:
Ceramics: Alumina, Zirconia
Pump Housing: PVDF, ETFE, Polypropylene Seals: PTFE, FKM, FFKM, Rulon AR, UHMW-PE
PORT OPTIONS:
1/4-28 UNF Threaded Ports,
Barb Fittings (1/8” - 1/4” Tubing ID), 1/4” Compression Nuts,
1/2” Straight Tube Adapter
DISPENSE VOLUME RANGE: 10-2500 µL/rev
FLOW RATE RANGE: 0.05-2500 mL/min
(application dependent)
DIMENSIONS: Varies based on pump head selections
Motor/Driver Specitications
VARIABLE SPEED MOTORS
MOTOR TYPE: 23-Frame Stepper Motor
RATED SPEED: 1000 rpm
(application dependent)
VOLTAGE: 48 V max RATED CURRENT: 2.5 A
MOTOR DIRECTION: Bidirectional,
Calibrated Clockwise
STEP ANGLE: 1.8˚ Full Step
OPERATING TEMPERATURE RANGE: 0°C to 50°C
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Independent Flow AdjustabilitySynchronized Dual-Fluid Delivery
Allows each pump head to be optimized independently, enabling flexible operation across a wide range of flow rates and process requirements.
Precise Ratio Control
Enable adjustable ratios from 1:1 to 1:100 for dilution, assay prep, and multi-reagent workflows.
Provides coordinated metering of two fluid streams from a single drive system, simplifying system integration while maintaining precise flow control.
Development-to-Production Flexibility
Configurable for early development with a direct transition to fixed, production-ready configurations.
Reduced Maintenance and Wear
Eliminates tubing wear and valve degradation common in peristaltic and syringe-based systems.