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  • Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino
  • Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino
  • Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino
  • Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino
  • Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino
  • Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino
Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino
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Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino

  • 1 - 49 Pieces
    $6.50
  • 50 - 199 Pieces
    $5.50
  • 200 - 999 Pieces
    $4.80
  • >= 1000 Pieces
    $3.90

Customization:

Customized logo(Min.Order: 500 pieces)

Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Self-priming & Precise Liquid Transfer: Designed to pump liquids without air bubbles, ensuring smooth and gentle transfer for sensitive applications like medical, pharmaceutical, or laboratory use.
  • Modular & Compact Design: Equipped with silicone tubing and color-coded units for easy identification and organization, ideal for both portable and integrated setups (e.g., Raspberry Pi/Arduino projects).

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a corrosion-resistant plastic casing and robust metal components, ensure durability in diverse environments compared to all-plastic pumps*.

  • 2. Programmable Interactive Design

  • With programmable controls compatible with Raspberry Pi and Arduino, customize flow rates and pressure settings for precise applications, offering 50% more adjustability than fixed models*.

  • 3. Versatile Performance Parameters

  • With low-pressure operation and compatibility with diverse liquid viscosities, ensure gentle and bubble-free liquid transfer for sensitive applications, reducing damage to delicate substances by up to 40%*.

  • 4. Compact Scenario Solutions

  • Compact and portable design enables quick setup in labs, medical facilities, or field operations, offering a 30% smaller footprint than traditional pumps*.

  • 5. Safe Material Certification

  • With food-grade silicone tubing, ensure safe liquid transfer for pharmaceutical or food applications*

Product details

Kamoer NKP Custom Mini Self-priming Silicone Tubing Raspberry Pi Portable Peristaltic Liquid Pump for arduino

The Kamoer NKP Custom Mini Self-priming Silicone Tubing Pump is a portable, electric-powered peristaltic pump designed for precise liquid transfer without air bubbles. Built with a durable plastic and metal hybrid construction, it supports 6V/12V/24V voltage options and is ideal for Raspberry Pi/Arduino integration in medical, pharmaceutical, and laboratory applications.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialPlastic (corrosion-resistant) + MetalHarsh industrial or chemical environments
Power SourceElectric (6V, 12V, 24V)Versatile for battery or mains power
PressureLow pressure (0.5–3 psi)Gentle handling of sensitive liquids
Tubing MaterialFlexible siliconeCompatible with viscous or corrosive fluids
Self-PrimingYesEliminates manual priming in labs
PortabilityCompact modular designPortable diagnostics or field research

Customization guide

Adjustable voltage settings (6V/12V/24V) let you optimize flow rates for specific applications. Customize tubing diameter (3–8mm) to control flow precision, and choose from color-coded models for easy system organization.

Get inspired

With its Raspberry Pi/Arduino compatibility and self-priming capability, the NKP pump enables seamless integration into automated lab systems, portable medical devices, or DIY fluid-handling projects.

Choose your model

ParameterBase Model (6V)Advanced Model (12V)Pro Model (24V)
Voltage6V12V24V
Max Flow Rate50 mL/min100 mL/min150 mL/min
Pressure Range0.5–1.5 psi1–2 psi1.5–3 psi
Weight200g250g300g

Supplier's note

  1. Technical Breakthroughs:

    • Self-priming: With self-priming capability, you can eliminate manual priming steps, saving 30% of setup time in labs.
    • Material durability: The plastic/metal hybrid construction provides 50% better chemical resistance than all-plastic pumps.
    • Universal voltage: The 6–24V range offers 50% wider power compatibility than standard models.
  2. Version Selection:

    • Base (6V): Ideal for low-volume tasks like lab sample handling or small-scale R&D.
    • Advanced (12V): Perfect for moderate applications such as aquarium filtration or mid-sized diagnostic systems.
    • Pro (24V): The 150 mL/min flow rate (50% faster than industry standards) makes it ideal for high-demand scenarios like IV fluid management or industrial chemical processing.

With the Pro model’s tripled pressure capacity, you can handle high-viscosity fluids safely. Pair its silicone tubing with the metal components for durability in corrosive environments.

Frequently asked questions

  • Which portable peristaltic pump suits small-scale lab or medical applications?

  • How do I clean the silicone tubing of the Kamoer NKP pump?

  • Plastic vs. Metal Components: Which materials make the Kamoer NKP pump durable?

  • Can the Kamoer NKP pump be customized for specific flow rates?

  • Is the Kamoer NKP pump FDA-approved for pharmaceutical use?

  • Does the Kamoer NKP pump work with Raspberry Pi or Arduino systems?

  • What makes the Kamoer NKP pump self-priming?

  • What industries are the Kamoer NKP pumps best suited for?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial vs. Lab EnvironmentsIndustry: Plastic (ISO 178) ▲ Base: Plastic ▲ Advanced: Plastic + Metal (ISO 527)Base: Lightweight, corrosion-resistant; Advanced: Enhanced durabilityBase: Less robust for heavy loads; Advanced: Slightly heavier
Power SourceField Work vs. Lab SettingsIndustry: 12V DC (IEC 60950) ▲ Base: 12V ▲ Advanced: 6V/12V/24V (IEC 60204)Base: Standard compatibility; Advanced: Universal voltage flexibilityBase: Limited to 12V; Advanced: Requires adapters for non-standard voltages
Pressure HandlingMedical vs. Industrial ApplicationsIndustry: Fixed 10 psi (ASME B40.100) ▲ Base: Fixed 10 psi ▲ Advanced: 0-30 psiBase: Consistent for standard tasks; Advanced: Adjustable for precise controlBase: No adjustability; Advanced: Higher cost, complex setup
PortabilityField Sampling vs. Benchtop UseIndustry: <2kg (ISO 7200) ▲ Base: 1.5kg ▲ Advanced: 1.2kg (ergonomic design)Base: Portable; Advanced: Ultra-lightweight, ergonomicBase: Moderate size; Advanced: Sacrifices minor durability for weight savings
Flow PrecisionPharmaceutical vs. General Lab UseIndustry: ±5% (ISO 17025) ▲ Base: ±3% ▲ Advanced: ±1% (ISO 17025)Base: Sufficient for most labs; Advanced: Critical accuracy for exact dosingBase: Not ideal for precision-critical tasks; Advanced: Requires calibration
Noise LevelMedical Facilities vs. IndustrialIndustry: 50 dB (ISO 3744) ▲ Base: 45 dB ▲ Advanced: 40 dB (ISO 3744)Base: Quieter than industry standards; Advanced: Ultra-quiet (library-level)Base: Moderate noise reduction; Advanced: May reduce airflow efficiency

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