Description

Product Description (For Product Page)

(Product Hero Section)

The Core Engine for Precision Fluid Control. Build your own custom dispensing system with this stepper-driven syringe pump assembly. Designed for laboratory automation, DIY bio-labs, and maker projects, it provides accurate forward/backward control for 1mL to 15mL standard syringes. Built around a robust NEMA 17 stepper motor, precision lead screw, and metal guide rods, it's reliable and quiet. Choose from a bare mechanical kit or a complete package with controller and PC software to kickstart your project.

(Key Features Bullet Points)

  • Precision Mechanical Core: Utilizes a NEMA 17 stepper motor, high-precision lead screw, metal linear rods, and self-lubricating bushings for smooth, accurate, and quiet syringe plunger actuation.

  • Flexible Configuration Options: Select your starting point: Bare mechanical assembly, Full electronics kit (with controller, driver, software), or a Complete housed system.

  • Versatile Syringe Support: The adjustable clamp securely holds standard 1mL to 15mL syringes for both infusion and withdrawal tasks.

  • Developer & Maker Friendly: Includes serial port command protocols for deep custom integration. Perfect for embedded systems, lab automation, and educational projects.

  • Modular & Repairable: Main frame is 3D-printed in durable PLA, offering great value, easy modification, and simple part replacement.

(Detailed Description Sections)

Available Configurations – Choose What You Need

Configuration What's Included Ideal For
Config 1: Mechanical Assembly Pump assembly with pre-installed NEMA 17 motorNo controller, driver, or power supply. Users who have their own stepper drivers (e.g., A4988, DRV8825) and microcontroller (Arduino, Raspberry Pi) and want to write custom control code.
Config 2: Basic Electronics Kit Config 1 + Stepper motor controller board + Stepper driver module + Basic PC control software. Users who need a complete, ready-to-run electronic system to control the pump from a computer via USB. Requires a user-provided 12V power supply and basic wiring.
Config 3: Complete System Kit Config 2 + Protective enclosure for controller/driver + Detailed serial command documentation. Users who want a more finished product for easier setup and the flexibility to develop custom software using the provided communication protocol.

Technical Specifications & Requirements

  • Syringe Compatibility: 1mL, 5mL, 10mL, 15ml (and similar diameters within the clamp range).

  • Drive Motor: NEMA 17 Bipolar Stepper Motor (42mm x 42mm).

  • Mechanical Drive: Precision Lead Screw, Metal Guide Rods, Self-Lubricating Bushings.

  • Frame Material: 3D-Printed PLA (Sufficient strength for typical laboratory use).

  • Control Interface (Config 2 & 3): USB/Serial connection to PC. Software allows setting of step count, speed, and direction.

  • Power Requirements (Config 2 & 3): External 12V DC power supply required (Not Included). User must possess basic wiring skills.

  • Open Protocol: Serial command set provided for integration with custom software or microcontrollers.

⚠️ Critical Disclaimer & Intended Use

Stepper-Driven Syringe Pump / Dispenser Assembly | 1-15mL, NEMA17 Motor, for Lab, Automation & DIY Projects

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$229.00  $199.00

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    • No hassle returns, 30 days return

    Description

    Product Description (For Product Page)

    (Product Hero Section)

    The Core Engine for Precision Fluid Control. Build your own custom dispensing system with this stepper-driven syringe pump assembly. Designed for laboratory automation, DIY bio-labs, and maker projects, it provides accurate forward/backward control for 1mL to 15mL standard syringes. Built around a robust NEMA 17 stepper motor, precision lead screw, and metal guide rods, it's reliable and quiet. Choose from a bare mechanical kit or a complete package with controller and PC software to kickstart your project.

    (Key Features Bullet Points)

    • Precision Mechanical Core: Utilizes a NEMA 17 stepper motor, high-precision lead screw, metal linear rods, and self-lubricating bushings for smooth, accurate, and quiet syringe plunger actuation.

    • Flexible Configuration Options: Select your starting point: Bare mechanical assembly, Full electronics kit (with controller, driver, software), or a Complete housed system.

    • Versatile Syringe Support: The adjustable clamp securely holds standard 1mL to 15mL syringes for both infusion and withdrawal tasks.

    • Developer & Maker Friendly: Includes serial port command protocols for deep custom integration. Perfect for embedded systems, lab automation, and educational projects.

    • Modular & Repairable: Main frame is 3D-printed in durable PLA, offering great value, easy modification, and simple part replacement.

    (Detailed Description Sections)

    Available Configurations – Choose What You Need

    Configuration What's Included Ideal For
    Config 1: Mechanical Assembly Pump assembly with pre-installed NEMA 17 motorNo controller, driver, or power supply. Users who have their own stepper drivers (e.g., A4988, DRV8825) and microcontroller (Arduino, Raspberry Pi) and want to write custom control code.
    Config 2: Basic Electronics Kit Config 1 + Stepper motor controller board + Stepper driver module + Basic PC control software. Users who need a complete, ready-to-run electronic system to control the pump from a computer via USB. Requires a user-provided 12V power supply and basic wiring.
    Config 3: Complete System Kit Config 2 + Protective enclosure for controller/driver + Detailed serial command documentation. Users who want a more finished product for easier setup and the flexibility to develop custom software using the provided communication protocol.

    Technical Specifications & Requirements

    • Syringe Compatibility: 1mL, 5mL, 10mL, 15ml (and similar diameters within the clamp range).

    • Drive Motor: NEMA 17 Bipolar Stepper Motor (42mm x 42mm).

    • Mechanical Drive: Precision Lead Screw, Metal Guide Rods, Self-Lubricating Bushings.

    • Frame Material: 3D-Printed PLA (Sufficient strength for typical laboratory use).

    • Control Interface (Config 2 & 3): USB/Serial connection to PC. Software allows setting of step count, speed, and direction.

    • Power Requirements (Config 2 & 3): External 12V DC power supply required (Not Included). User must possess basic wiring skills.

    • Open Protocol: Serial command set provided for integration with custom software or microcontrollers.

    ⚠️ Critical Disclaimer & Intended Use

    Returns & Delivery

    When will my order be delivered?

    We ship worldwide. Your order will be packaged really carefully and delivered wherever you want. Delivery takes between 10-20 business days. You will receive an e-mail after ordering with more information about the delivery.

    Can I return my product?

    Orders can be returned or exchanged within 30 days of receiving the parcel, providing they are in original resalable condition.

    What can I do if my item (or part of it) is damaged?

    We work hard to deliver your items without damage. Orders can be returned or exchanged within 30 days of receiving the parcel, providing they are in original resalable condition.

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