The IPS-12RS is a versatile programmable single-channel syringe pump designed for precise infusion and withdrawal workflows. With a flow rate range from 17.89 pL/min to 121.51 mL/min, it supports both ultra-low-flow applications using small-volume syringes and higher-volume dosing with syringes up to 140 mL.

Supporting glass, plastic and steel syringes from Hamilton 0.5 µL to Monoject 140 mL, the IPS-12RS delivers stable and repeatable fluid handling for research, analytical testing, formulation, microfluidics and process development applications. Its programmable recipe function allows users to save and recall operating parameters, helping standardize repeated workflows and reduce setup time.

The IPS-12RS supports both infusion and withdrawal operation, making it suitable for bidirectional fluid handling, filling, dosing, sample transfer and controlled purging workflows. With a 4.3” resistive touch TFT LCD screen and intuitive microcontroller-based software, users can easily set syringe parameters, flow rate, target volume and operating mode.

Key Features:

Wide Flow Rate Range: Delivers controlled flow from 17.89 pL/min to 121.51 mL/min, supporting both ultra-low-flow and higher-volume syringe pump applications.

Single-Channel Precision: Designed for one syringe channel with stable motion control and accurate fluid delivery.

Infusion and Withdrawal Support: Supports both forward and reverse operation for dosing, filling, withdrawal and bidirectional fluid handling workflows.

Recipe Saving and Recalling: Allows users to save and recall operating parameters for repeatable protocols and improved workflow consistency.

5-Step Operation Mode: Enables sequential programming for more controlled and automated fluid handling tasks.

Wide Syringe Compatibility: Compatible with glass, plastic and steel syringes from Hamilton 0.5 µL to Monoject 140 mL.

Intuitive Touchscreen Interface: Features a 4.3” resistive touch TFT LCD screen for clear parameter setup and easy operation.

Adjustable Flow Rate: Flow rate can be adjusted during operation, allowing real-time optimization and flexible experimental control.