Kamoer 24V Micro Peristaltic Pump Lab Dosing Pump Food Grade Rubber hose Stepper Motor Plate Transfer Viscous Non-viscous Liquid Vue B163

Kamoer 24V Micro Peristaltic Dosing Pump – Food Grade Stepper

B163
Sale price  $184.99 Regular price $228.99
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Kamoer 24V Micro Peristaltic Pump Lab Dosing Pump Food Grade Rubber hose Stepper Motor Plate Transfer Viscous Non-viscous Liquid Vue B163

Kamoer 24V Micro Peristaltic Dosing Pump – Food Grade Stepper

Sale price  $184.99 Regular price $228.99
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Kamoer 24V Micro Peristaltic Pump – Precision Liquid Dosing for Lab, Aquarium & Food Use

The Kamoer 24V Micro Peristaltic Pump is a high-precision, food-grade dosing solution engineered for labs, aquariums, beverage dispensing, and industrial filling applications. Powered by a stepper motor for accurate, repeatable flow control, this compact pump handles both viscous and non-viscous liquids with ease — making it a versatile workhorse wherever measured liquid transfer is critical.

Key Specifications

  • Motor Type: Stepper Motor (high-precision control)
  • Voltage: 24V DC
  • Current: 1.2A
  • Power: 20W
  • Flow Rate: 20–110 ml/min
  • Rotating Speed: 350 RPM
  • Roller Options: 3 or 6 rotors
  • Working Temperature: 0–40°C (32–104°F)
  • Humidity: Less than 80%
  • Pump Material: PA & Nylon (food-grade compatible)
  • Tube Material: Kamoer food-grade rubber hose (excellent chemical resistance)
  • Dimensions (L×W×H): 55.3 × 79.6 × 42 mm

Product Features

  • ✅ Handles Viscous & Non-Viscous Liquids — engineered for a wide range of fluid types, from thin solutions to thicker substances.
  • ✅ Food-Grade Tubing — Kamoer's proprietary pump tube offers outstanding chemical resistance and is safe for food and beverage contact.
  • ✅ Stepper Motor Precision — enables accurate, repeatable flow rates ideal for dosing, dispensing, and laboratory measurement applications.
  • ✅ Compact & Durable Build — PA & Nylon construction keeps the unit lightweight yet robust for continuous operation.
  • ✅ Versatile Applications — filling & packaging lines, scientific experiments, research institutes, food & beverage production, aquariums, and fish tanks.

Applications

This peristaltic dosing pump is ideal for:

  • Laboratory and research liquid dispensing
  • Aquarium and reef tank auto-dosing (additives, trace elements)
  • Food & beverage production and filling lines
  • Chemical & industrial fluid transfer
  • DIY automation and maker projects requiring precise liquid control

What's in the Box

  • 1 × Kamoer 24V Peristaltic Dosing Pump

Made in Mainland China.

For general guidance on safe laboratory equipment practices, visit the OSHA Laboratory Safety resources.

Frequently Asked Questions

Q: What types of liquids can the Kamoer 24V peristaltic pump handle?

A: This peristaltic dosing pump is designed to transfer both viscous and non-viscous liquids. Thanks to its food-grade Kamoer rubber tubing with excellent chemical resistance, it is suitable for water, nutrient solutions, food-grade liquids, mild chemicals, and other similar fluids used in lab, aquarium, and food production environments.

Q: Is this pump suitable for aquarium dosing systems?

A: Yes. The Kamoer 24V micro peristaltic pump is a popular choice for aquarium auto-dosing setups. Its stepper motor delivers precise, repeatable flow rates (20–110 ml/min), making it excellent for dispensing trace elements, calcium, alkalinity supplements, and other aquarium additives consistently.

Q: Does the pump require any additional controller to operate?

A: The pump itself requires a 24V DC power source and a compatible stepper motor driver or controller board to regulate speed and dosing cycles. It is not a plug-and-play unit out of the box — integration into your existing automation or dosing controller system is needed for full operation.

Q: What is the difference between the 3-rotor and 6-rotor configurations?

A: The number of rollers affects flow smoothness and pulsation. A 6-rotor configuration generally produces a smoother, more consistent flow with reduced pulsation compared to a 3-rotor setup, which can be advantageous in sensitive dosing or laboratory applications that require highly uniform liquid delivery.

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