Peristaltic metering pumps are essential for precise fluid transfer and dosing across various applications, from laboratory experiments to aquarium maintenance and chemical processing. These pumps excel in handling corrosive or sensitive liquids without contamination, as the fluid never contacts internal pump components. Products were evaluated based on flow rate accuracy, control mechanisms, tube material durability, user reviews, and comprehensive feature analysis.
Kamoer DIP1500 Peristaltic Pump 24V 1500ml/min High Flow Intelligent Variable Speed 0.1-400rpm Liquid Dosing Pump 3 Rotors LED Screen RS485 7.9mm x 11.1mm (IDxOD)
$200.00
The Kamoer DIP1500 offers high flow rates, intelligent variable speed control, and extensive functional support, making it highly versatile for demanding applications.
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Kamoer KCP PRO2 High Flow Peristaltic Dosing Pump, 40-210ml/min Variable Speed 12V DC, Small for Lab Chemical Experiments with Norprene Tube & Power Adapter
$86.00
The Kamoer KCP PRO2 provides a reliable and easy-to-operate solution for variable speed dosing with a durable Norprene tube, suitable for basic lab or chemical tasks.
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Kamoer UIP E Intelligent Peristaltic Pump with WIFI 0.5-1500ml/min
$299.00
The Kamoer UIP WIFI E stands out with its touch screen interface, advanced connectivity options including Wi-Fi and RS485, and robust high-flow capabilities for sophisticated setups.
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- Model Number: 85MJH2A2S
- GPD: VARIABLE HIGH PRESSURE 100 PSI speed pump 0.8 to 17 gpd
- Tube and tubing: NUMBER 2 TUBE, SANTOPRENE tube with 20 feet of 1/4 BLACK
- Pressure rating: 100 psi
- Voltage & hertz: 120 volts
- Intelligent 4.3" Touch Screen & WiFi Control – Fully programmable peristaltic pump with responsive 4.3-inch touch display, real-time flow monitoring, and WiFi-enabled remote operation via mobile APP; ideal for precise lab fluid management.
- High Flow & Wide Adjustable Range – Delivers 0.5 to 1500 ml/min flow rate (speed 0.1-350 rpm) to handle everything from micro-dosing to rapid liquid transfer; powered by precision stepper motor for consistent, pulse-minimized output.
- Multiple Control & Integration Options – Supports touch screen, RS485, 0-5V/10V analog signal, and foot switch control; quick-connect terminals on back panel for easy integration into automated systems.
- Smart Features for Reliable Operation – Includes flow rate calibration, power-down parameter saving, and remote firmware upgrade capability; KK1800 pump head enables rapid tube changes to minimize downtime.
- Wide Lab & Industrial Applications – Suitable for fluid transfer, precision dispensing, and filling; compatible with viscous and non-viscous liquids for use in labs, medical equipment, bioreactors, and production lines.
- ✅ PROGRAMMABLE OPERATING & DOSING MODES: Supports continuous running and quantitative dosing mode with adjustable cycle counts and interval pause time. Dosing can be set by volume, time or rotations, perfect for automated liquid transfer for lab and...
- ✅ PRECISE DISPENSING WITH FLOW CALIBRATION: Built‑in flow calibration function improves dosing accuracy, flow range 0‑88 ml/min. Color LCD screen clearly displays RPM, delivered volume and running status for convenient parameter monitoring.
- ✅ MULTIPLE INTEGRATED CONTROL OPTIONS: Comes with RS485 communication interface, foot‑switch port and speed adjustment knob. Power‑on status setting available; multiple pumps can share one power adapter for system integration.
- ✅ COMPACT BODY & EASY MAINTENANCE: Light‑weight design at approx. 510 g, saves workspace. Only tubing touches liquid media. Quick tube replacement without extra tools, lowers long‑term maintenance cost.
- ✅ WIDE RANGE OF APPLICATIONS: Ideal for laboratory liquid transfer, reagent dispensing, aquarium nutrient dosing and small‑volume industrial dosing tasks. Working ambient temperature: 0‑60 °C, relative humidity below 80% non‑condensing.
- DIP1500 intelligent peristaltic pump, using high-precision long-life stepper motor, with a digital LED display to show the instant speed, flow rate.
- Standard silicone tube S18#7.9mm IDx11.1mm OD(consumables,lifetime about 200H), easy to change tube, 3 rotors, speed range 0.1-400rpm, flow rate ≤1500ml/min, DC24V, 2A, power <50W, weight about 1.7KG, noise ≤65dB.
- Support the functions of start-stop, reversing, speed regulation, calibration, reverse sucking back, etc. Precise control of stepper motor, speed adjustment resolution 0.1 rpm.
- Multiple control methods, support rotary encoder, foot switch, external analog (4-20mA and 0-5V), 485 communication (Modbus) control.
- Optional operation by speed and operation by flow, support fully automatic cycle work, semi-automatic cycle work and manual control work. With power failure memory function, it can automatically save the operation parameters when the last power failure...
- Volts:DC 12V, Flow rate: ≥70ml/min, Tube size: 3mm ID x 5mm OD, Relative humidity <80%,Ambient temperature <80%.
- With Snap-in type design, no valves and seals.very easy to remove the pump head,convenient for pump tube replacement and cleaning.
- It is small, lightweight, low power consumption, and supports changing the direction of liquid flow.
- This peristaltic pump is widely used,used with equipment, liquid transmission, liquid sampling analysis, watering, liquid filling, bonsai irrigation, etc.
- If you need other voltage models or tube types, please contact online customer service.
- Technical Specifications: Voltage 24V, current 1A, power <24W, max speed 400rpm, flow 180-520ml/min, the motor is a DC brush motor, weigh about 490g, noise<68dB
- Speed Control Method: Manually rotate the knob to adjust the speed; support speed adjustment but not support forward and reverse. The speed can be adjusted while the pump is running
- Durable Pump Tube Construction: The peristaltic pump tube material is Norprene with pump tube size 4mm ID x 7.2 mm OD. Advantages include good UV resistance, broad chemical resistance, and its lifetime is more than 1000H
- Cost-Effective Design Features: KCPA600 is a low-cost peristaltic pump with adjustable flow; moderate pulse, easy tube change, simple structure and maintenance-free
- Versatile Application Range: Known applications include pumping hydraulic oil, laboratory liquid transfer, reagent dispensing, slurry recovery filtration, and filling operations
- High Flow Rate Performance: Delivers adjustable flow rates ranging from 180ml/min to 520ml/min, suitable for various liquid dosing and transfer requirements
- Easy Maintenance Operation: Features a simple structure with easy tube replacement capability, requiring minimal maintenance for long-term reliable operation
- Voltage: 12V, flow rate: 40-210ml/min, weight: 765g (with power supply), positive pressure: 0.15Mpa, negative pressure: -0.09Mpa, size: L: 110, W76, H140（mm）
- WIDE ADJUSTABLE FLOW RANGE: Delivers a precise and adjustable flow rate from 40 to 210 ml/min, easily controlled via the intuitive speed knob. Perfect for applications requiring both micro-dosing and rapid transfer, from chemical metering to liquid...
- CONVENIENT 12V DC OPERATION: Runs on standard 12V DC power and includes a power adapter for immediate use. Its low-voltage design makes it safer for benchtop experiments and ideal for integration into portable or OEM instrumentation.
- COMPACT & LIGHTWEIGHT DESIGN: Weighing only 765g and featuring a small footprint, this space-saving pump easily fits into crowded lab benches or equipment racks. Simple controls and tool-free tubing changes keep your workflow efficient.
- VERSATILE LAB & INDUSTRIAL APPLICATIONS: Perfect for a wide range of uses, including laboratory fluid transfer, chemical experiment dosing, industrial production line dispensing, and aquarium liquid additives. Handles various liquids with ease.
- ✔ STEPPER MOTOR PRECISION – Unlike standard DC motors that fluctuate with load, our high-quality stepper motor maintains strict speed accuracy (<±0.2%). It delivers consistent, non-pulsing flow rates from 0.1 to 100 RPM, ensuring repeatability for...
- ✔ AUTOMATION READY – Designed for system integration. Features an RS485 interface (Modbus protocol) and external analog control support. Easily connect to PLCs, computers, or foot switches to centralize control in your automated production line or...
- ✔ SMART MEMORY & FAST PRIME – Resume work instantly after power loss with the automatic Power-Off Memory function. The dedicated “Full Speed” button allows for rapid tubing priming, flushing, and emptying, significantly reducing setup and cleaning...
- ✔ INDUSTRIAL DURABILITY – Built for heavy-duty cycles. The pump head features a corrosion-resistant stainless steel rotor and a robust housing. The Easy-Load design allows you to swap tubing in seconds without tools—ideal for multi-fluid workflows.
- ✔ WIDE APPLICATION RANGE – Engineered for both viscous and non-viscous liquids. This pump is the reliable choice for chemical handling, food and beverage filling, aquarium dosing, biotech research, and cosmetics manufacturing.
- Smart & Intuitive Operation – Features a 4.3" color touch screen with Wi-Fi connectivity. Supports continuous, dispensing (batch), and remote control modes. Easy to set flow rate, volume, cycles, and pause time via the built-in interface.
- High Precision & Wide Flow Range – Equipped with a closed-loop stepper motor (0.1–350 RPM resolution). Flow rate from 0.1 to 1500 mL/min depending on tubing (supports 1.6mm/2.5mm wall thickness, 3 or 6 rotor options). Built in flow calibration ensures...
- Versatile External Control – Includes RS485, CAN, 0–5V/0–10V voltage analog, 4–20mA current analog, direction control, and foot pedal switch (GX16 4 aviation socket). Easily integrates into automated systems or remote operation setups.
- Durable & Reliable Construction – Stainless steel rotor and rugged pump head (KK1800) for long service life. Stepper motor rated for >6,000 hours. Works with various tubing materials (silicone, etc.) for corrosive or viscous fluids. Back siphon...
- Wide Application & Safety Features – Ideal for laboratory liquid transfer, reagent dispensing, food packaging machines, and chemical feeding. Supports foot pedal control, optical sensor (for bottle detection), and password lock. CE/RoHS compliant. Comes...
- KPHM series peristaltic pump, the new design makes the pump tube is well fixed and prevents the pump tube from moving during operation. It is also a low-cost large flow peristaltic pump with stepper motor.
- Motor: Stepper motor,Voltage: 24V,Current: 0.3A,Flow rate: 400ml/min，Speed: 400rpm，Net weight: 304g,Roller: 3 rotors,Working Temperature: 0-40℃,Humidity: ＜80%,Pump head material: Nylon
- Pump tube material:PharMed BPT.Very good resistance to general chemicals, as well as excellent resistance to acids, alkalis and oxides.
- No pollution,low pulsation.The gearbox drives the pump tube to work, and the pump tube is not easy to slip.The liquid only touches the pump tube, not the pump body.
- Application:Experimental Research，Experimental Monitoring，Inkjet.Printing，Aquarium，Smart Home，Aviation Operation
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Last update on 2026-09-01 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Peristaltic Metering Pumps
Flow Rate and Precision Requirements
When selecting a peristaltic metering pump, the required flow rate and precision are paramount. Applications needing minute, highly accurate doses, such as those in analytical chemistry or sensitive aquariums, typically benefit from pumps like the Kamoer M1-STP, which offers a fine control range of 0-88ml/min and employs a stepper motor for enhanced precision. Conversely, tasks involving rapid liquid transfer or larger volume dosing, common in industrial or high-flow lab settings, would necessitate models like the Kamoer DIP1500 or the Kamoer UIP WIFI E, both capable of reaching up to 1500ml/min. The main difference in practice is often the type of motor and the number of rotors, with stepper motors generally providing more consistent, repeatable dosing at lower flow rates.
Control Mechanisms and User Interface
The method of controlling the pump directly impacts ease of use and integration into existing systems. Simpler applications might only require basic manual adjustments, which pumps like the Kamoer KCP PRO2 or Kamoer KCPA600 provide through an intuitive knob for speed and direction. For more complex dosing schedules or remote operation, intelligent pumps become essential. The Kamoer DIP1500 features a digital LED screen and supports functions like calibration and reverse sucking back. For the most advanced control, units like the Kamoer UIP WIFI E offer a 4.3-inch touch screen, Wi-Fi connectivity, and analog control options, allowing for sophisticated programming and network integration.
Tubing Material and Durability
The choice of peristaltic tubing material is critical for chemical compatibility and operational lifespan. Tubing is a consumable component, and its resistance to the fluid being pumped, as well as its mechanical durability, directly affects maintenance intervals. Standard silicone tubes, as found in the Kamoer DIP1500, are generally suitable for a wide range of aqueous solutions but have a reported lifetime of about 200 hours under continuous use. For enhanced chemical resistance and longer life, materials like Norprene, utilized in the Kamoer KCPA600 and KCP PRO2, are often preferred, especially for applications involving acids, bases, or organic solvents, as they offer good UV resistance and broader chemical compatibility.
Power Supply and System Integration
Considering the power requirements and available integration options is important for seamless setup. Many smaller peristaltic pumps, such as the Kamoer KCP PRO2 and Kamoer M1-STP, operate on low DC voltages (12V or 24V), making them suitable for benchtop use or integration into low-voltage systems. Larger or more advanced models, like the Kamoer UIP WIFI E, often require standard AC power (100V-240VAC) due to their higher power demands and integrated electronics. For industrial or automated laboratory environments, pumps supporting communication protocols like RS485, found in both the Kamoer DIP1500 and UIP WIFI E, are invaluable for remote control, data logging, and integration with PLCs or other control systems.
Pros & Cons
Kamoer DIP1500 Peristaltic Pump 24V 1500ml/min High Flow Intelligent Variable Speed 0.1-400rpm Liquid Dosing Pump 3 Rotors LED Screen RS485 7.9mm x 11.1mm (IDxOD)
Pros
- High flow rate up to 1500ml/min, suitable for demanding tasks.
- Intelligent variable speed control with a precise stepper motor.
- Supports multiple advanced functions including calibration and reverse sucking back.
- Clear digital LED display for operational feedback.
Cons
- Standard silicone tube has a limited lifetime (approx. 200H) and requires regular replacement.
- Lacks advanced wireless connectivity like Wi-Fi, relying on RS485 for remote control.
Kamoer KCP PRO2 High Flow Peristaltic Dosing Pump, 40-210ml/min Variable Speed 12V DC, Small for Lab Chemical Experiments with Norprene Tube & Power Adapter
Pros
- Simple and intuitive knob control for flow rate and direction.
- Features durable Norprene tubing, offering good chemical resistance.
- Compact design, making it suitable for space-constrained environments.
- Includes a power adapter, ready for immediate use.
Cons
- Lower maximum flow rate (210ml/min) may not suit high-volume applications.
- Limited control options, lacking programmable modes or digital interface.
- Operates on 12V DC, which might require specific power supply considerations.
Kamoer UIP E Intelligent Peristaltic Pump with WIFI 0.5-1500ml/min
Pros
- Features a large 4.3-inch touch screen for easy and intuitive operation.
- Equipped with Wi-Fi for remote control and monitoring.
- Offers multiple sophisticated control methods including RS485 and analog voltage input.
- High flow rate capabilities up to 1500ml/min, powered by a robust stepper motor.
Cons
- Higher complexity and potentially larger footprint due to advanced features and screen.
- Requires standard AC power (100V-240VAC), which may not be ideal for all portable setups.
- The extensive feature set might be overkill for very basic dosing needs.
Common Mistakes to Avoid
Underestimating Flow Rate Requirements
A common pitfall is misjudging the necessary flow rate for an application. Users often select a pump without precisely calculating the required volume over time, leading to either insufficient dosing or excessive speed. For instance, attempting to use a Kamoer M1-STP, designed for low flow (0-88ml/min), for an application requiring 500ml/min will result in inadequate performance. Conversely, using a Kamoer DIP1500 (up to 1500ml/min) for very slow, precise dosing might lead to less granular control than a purpose-built low-flow pump.
Ignoring Tubing Material Compatibility and Lifespan
The peristaltic tube is a critical component, yet its material and expected lifespan are frequently overlooked. Pumping corrosive chemicals through standard silicone tubing, such as the S18# 7.9mm ID x 11.1mm OD tube on the Kamoer DIP1500, can lead to rapid degradation and system failure, especially given its reported 200-hour lifetime. For aggressive media, a Norprene tube, like those found in the Kamoer KCPA600 or KCP PRO2, offers superior chemical resistance and durability, significantly extending the tube's service life and preventing costly leaks or contamination.
Mismatching Control Methods with Application Needs
Choosing a pump with an inappropriate control interface for the intended application can lead to operational inefficiencies. Relying on a basic manual knob control, as seen on the Kamoer KCP PRO2, for a complex, time-sensitive dosing schedule requiring multiple steps or remote adjustment is impractical. Conversely, purchasing a Kamoer UIP WIFI E with its advanced touch screen and Wi-Fi capabilities for a simple, continuous dosing task that only needs occasional manual adjustment represents an over-complication and unnecessary expense. Aligning the pump's control features with the specific operational demands is key.
Overlooking Power Supply and Integration Constraints
Failing to consider the pump's power requirements and available integration options can cause significant installation headaches. A Kamoer KCP PRO2, operating on 12V DC, requires a compatible power source, which might not be readily available in all settings. Similarly, ignoring advanced integration features like RS485 or 0-5/10V analog control, present in models like the Kamoer UIP WIFI E, means missing opportunities for seamless automation within a larger system. Ensuring the pump's electrical specifications and communication capabilities align with the existing infrastructure prevents delays and additional hardware purchases.
