Designed for precise and reliable multi-channel fluid transfer, the Inovenso IPS-21 Peristaltic Pump delivers programmable flow control for laboratory, research, biotechnology, pharmaceutical, chemical, food, and cosmetic applications.

With up to 6 channels, 0.1 RPM speed resolution, automated operation modes, and a 4.3” Color TFT Touchscreen Interface, the IPS-21 is an ideal solution for applications that require repeatable low-flow delivery across multiple tubing lines.

Key Features:

Multi-Channel Operation:

Supports up to 6 channels for parallel fluid transfer and multi-line dosing applications.

Precise Flow Control:

Delivers flow rates up to 36 mL/min with ID 3 mm tubing, making it suitable for accurate lab-scale dosing and controlled fluid handling.

Enhanced Control:

Speed Range: 0.1–100 RPM

Speed Resolution: 0.1 RPM for precise adjustments

Flow Calibration Mode: Available for improved dispensing accuracy

Smart Automation:

4.3” Color TFT Touchscreen Interface for intuitive operation

Microprocessor-based controller for stable and repeatable performance

Recipe Save & Recall for repeatable workflows

Learn & Repeat Mode for automated batch tasks

Fast-Run Mode for quick priming, rinsing, or filling

Reversible Flow:

Forward and reverse operation allows users to purge, backflush, or clean tubing quickly.

Durable Build:

POM-White pump head housing, 304 stainless steel rollers, and powder-coated steel body designed for reliable laboratory use.

Chemical Resistance:

Heat, solvent, corrosion, and flame-resistant construction supports demanding fluid transfer applications.

Flexible Tubing Compatibility:

Compatible with tubing up to ID ≤ 3.17 mm with 0.8–1.0 mm wall thickness.

Cartridge System:

Ratchet-type cartridge design for practical multi-channel tube setup and operation.

Operating Conditions:

Operating Temperature: 0–40 °C

Operating Humidity: < 80% RH, non-condensed

Storage Temperature: –10 – 60 °C

Perfect for:

Pharmaceutical dosing, biotechnology workflows, research laboratories, chemical processing, cosmetic formulation, food industry applications, and parallel low-flow fluid transfer.