Kamoer M0KMC Dual Channel Peristaltic Pump 0-10ml/min 24V Loop

Description

Product Overview

The Kamoer M0KMC dual‑channel peristaltic pump is engineered for high‑precision liquid handling in demanding laboratory environments. Featuring a 24 V closed‑loop stepper motor with a life expectancy of over 6,000 hours, the pump provides consistent flow rates ranging from 0.1 to 100 rpm, translating to a dosing capability of 0‑10 ml/min per channel. The design incorporates a twelve‑rotor configuration and a spring pre‑pressure structure, which together minimize pulsation and ensure smooth, low‑noise operation—measured at less than 50 dB. The unit weighs only 710 g and occupies a compact footprint of 3.3 × 5.3 × 4.8 inches, making it easy to integrate into existing workstations. Built‑in RS485 communication enables real‑time monitoring and control, while an intuitive 1.8‑inch color display with three‑key navigation simplifies setup and calibration. The pump supports both quantitative and continuous dosing modes, offering start‑stop, speed, suction, and flow‑rate calibration functions. Its four‑tube compatible design provides flexibility for a wide range of tubing materials, including PVC and BPT with wall thicknesses of 0.8‑1.0 mm, catering to diverse scientific and industrial applications.

Usage

This peristaltic pump excels in scenarios where precise micro‑liquid transfer is critical. Typical applications include ICP spectral analysis, where accurate reagent dosing directly influences measurement fidelity, as well as pharmaceutical research, where reproducible sample preparation is essential. The pump’s dual‑channel architecture allows simultaneous handling of two distinct fluids, enabling complex workflows such as gradient generation or parallel sample processing. Its RS485 interface integrates seamlessly with laboratory automation platforms, allowing remote operation, data logging, and synchronization with other instruments. The low‑flow capability is particularly valuable for cell culture media supplementation, enzyme kinetics studies, and analytical chemistry protocols that require sub‑milliliter volumes. Because the pump operates with minimal vibration and acoustic noise, it can be positioned near sensitive analytical equipment without compromising performance. The robust motor and sealed tubing path also make the device suitable for harsh chemical environments, providing reliable service in corrosive or high‑temperature settings.

Why Choose Us

Choosing the Kamoer M0KMC means investing in a solution that combines engineering excellence with user‑centric design. The closed‑loop stepper motor delivers unparalleled accuracy, while the twelve‑rotor pump head ensures uniform pressure distribution, reducing wear and extending service life. Kamoer’s rigorous quality assurance processes include multiple stages of testing, from motor endurance trials to flow calibration verification, guaranteeing that each unit meets exacting standards before leaving the factory. Our after‑sales support includes comprehensive documentation, firmware updates, and a responsive technical assistance team ready to help with integration, troubleshooting, and optimization. Additionally, the modular tubing system allows quick replacement and customization, minimizing downtime during routine maintenance. By offering both quantitative and continuous dosing modes, the pump adapts to a broad spectrum of experimental protocols, providing flexibility that many competing products lack. The inclusion of RS485 communication ensures future‑proof connectivity, aligning with industry‑standard automation architectures and simplifying integration into existing laboratory information management systems (LIMS).

Key Features

• Dual‑channel design enables simultaneous handling of two fluids, increasing workflow efficiency.
• 24 V closed‑loop stepper motor provides stable, low‑noise operation below 50 dB for sensitive environments.
• Precise low‑flow dosing from 0‑10 ml/min per channel ensures accurate reagent delivery in micro‑volume applications.
• RS485 communication allows seamless integration with laboratory automation and data acquisition systems.
• Comprehensive after‑sales support, including firmware updates and technical assistance, guarantees long‑term reliability.

FAQ

What types of tubing are compatible with the M0KMC pump?

The pump supports four‑tube configurations and is compatible with PVC and BPT tubing that have wall thicknesses between 0.8 mm and 1.0 mm. This range covers most standard laboratory tubing sizes, allowing users to select the material that best matches their chemical compatibility and pressure requirements.

How does the closed‑loop stepper motor improve dosing accuracy?

The closed‑loop system continuously monitors motor position and adjusts power output to maintain the desired speed, eliminating drift and reducing pulsation. This feedback mechanism ensures that the actual flow rate matches the setpoint across the entire operating range, delivering repeatable and reliable dosing even during long‑duration runs.

Can the pump be controlled remotely via RS485?

Yes, the built‑in RS485 interface supports standard Modbus protocols, enabling remote start‑stop commands, speed adjustments, and real‑time flow monitoring. Integration with PLCs, SCADA systems, or custom software is straightforward, allowing the pump to become part of a larger automated workflow.

What maintenance is required to keep the pump operating optimally?

Routine maintenance includes inspecting the tubing for wear, cleaning the pump head to remove any residue, and verifying calibration using the built‑in flow‑rate function. Because the motor is sealed and rated for over 6,000 hours of operation, only periodic visual checks and tubing replacement are typically needed to maintain peak performance.

Is the pump suitable for high‑temperature or corrosive chemicals?

The pump’s motor and housing are designed to withstand typical laboratory temperature ranges and are constructed from chemically resistant materials. While it can handle many standard reagents, users should verify compatibility with particularly aggressive acids or solvents and may opt for specialized tubing to extend service life in such environments.