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Nema17 Brushless DC Stepper Servo Motor with 12V Dc Incremental Encoder 1024 CPR Permanent Magnet Micro Electrical Servo Motor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precise Motion Control: Combines stepper motor technology for incremental rotation accuracy (ideal for robotics, 3D printers, and CNC machines) with servo motor responsiveness for dynamic adjustments.
  • Encoder-Enhanced Precision: Features a 12V DC incremental encoder with 1024 CPR, enabling high-resolution feedback for critical applications like medical equipment and industrial automation.
  • Dual Voltage Compatibility: Operates at 12V or 24V for flexibility in both low-power home setups and high-demand commercial environments.

Key features

  • 1. Brushless Technology for Durable Performance

  • With brushless DC technology, reduce mechanical wear and achieve long-lasting reliability compared to brushed motors*.

  • 2. Precision Control via High-Resolution Encoder

  • With a 12V DC incremental encoder (1024 CPR), enable ultra-precise positioning—ideal for applications requiring sub-millimeter accuracy*.

  • 3. Versatile Voltage Compatibility for Flexible Use

  • With dual voltage support (12V/24V), adapt to diverse power setups, offering 25% faster operation at 24V compared to 12V configurations*.

  • 4. Compact Nema17 Design for Space-Constrained Applications

  • With a compact form factor, integrate seamlessly into robotics, CNC machines, and medical devices where space is limited*.

  • 5. IE4 Energy Efficiency Certification for Sustainability

  • With IE4 efficiency certification, reduce energy consumption by up to 30% compared to lower-rated motors, meeting global energy standards*.

Product details

Nema17 Brushless DC Stepper Servo Motor with 12V Dc Incremental Encoder 1024 CPR Permanent Magnet Micro Electrical Servo Motor

The Nema17 Brushless DC Stepper Servo Motor combines precision, efficiency, and versatility for applications requiring controlled motion. With brushless commutation and IE4 energy efficiency, it delivers reliable performance in robotics, CNC machinery, and industrial automation. The integrated 1024 CPR encoder ensures sub-millimeter positioning accuracy, while its compact design suits space-constrained environments.

Technical specifications

FeatureSpecificationApplication Scenario
Commuation TypeBrushlessEliminates wear-and-tear for long-life use in industrial settings
Efficiency ClassIE4 (Premium Efficiency)Reduces energy consumption in 24/7 operations like automated assembly lines
Motor TypeHybrid Stepper/ServoEnables both precise positioning (stepper) and dynamic speed control (servo) in robotics
Rated Voltage12V/24VFlexible power options for battery or mains-powered systems
Speed Range300–3000 RPMCovers slow, high-torque tasks (300 RPM) to high-speed applications (3000 RPM)
Encoder Resolution1024 CPRAchieves 0.088° per step precision in CNC machining or medical devices
Housing MaterialReinforced Plastic/MetalBalances weight and durability for handheld tools or industrial equipment

Customization guide

Adjustable voltage options (12V/24V) and speed range (300–3000 RPM) allow customization to meet specific power and performance needs. The encoder’s 1024 CPR resolution can be paired with advanced controllers for ultra-precise positioning in high-accuracy applications.

Get inspired

With precise positioning and high efficiency, this Nema17 motor is your go-to solution for demanding applications. Whether automating industrial machinery or building innovative robotics, its versatility ensures reliable performance in any environment.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Speed (RPM)150025003000*
Encoder CPR51210242048*
Torque (Ncm)406080*
Voltage Options12V12V/24V12V/24V

Supplier's note

  1. Technical Breakthroughs:

    • Brushless Commutation: Reduces maintenance and improves reliability compared to brushed motors.
    • IE4 Efficiency: Achieves 20% lower energy consumption than IE3 standards for cost-effective operation.
    • 1024 CPR Encoder: Delivers 4x finer resolution than standard 256 CPR encoders for precision in 3D printing or surgical instruments.
  2. Version Selection Guide:

    • The Pro Model’s 3000 RPM and 80 Ncm torque enable high-speed, high-load applications like industrial conveyor systems. Its 2048 CPR encoder ensures 0.18° accuracy in aerospace calibration.
    • The Advanced Model balances versatility with dual voltage compatibility, ideal for CNC routers needing 2500 RPM speed and 60 Ncm torque.
    • The Base Model’s compact size and 12V operation make it perfect for hobbyist projects or battery-powered drones.

*Pro Model specifications exceed industry benchmarks by 30% in torque and 20% in resolution compared to standard Nema17 motors.

Frequently asked questions

  • Which Nema17 stepper motor suits precise robotics applications with 12V or 24V systems?

  • How does the brushless design of this motor reduce maintenance compared to brushed motors?

  • What materials are used in the Nema17 motor housing, and how do they enhance durability?

  • Can this motor be customized for high-torque applications in industrial automation?

  • Is the 1024 CPR incremental encoder sufficient for high-precision tasks like CNC machining?

  • Does the 12V/24V rating allow compatibility with both low and high-power systems?

  • How does the motor handle speed variations between 300 RPM and 3000 RPM?

  • What makes this motor energy-efficient with an IE4 rating?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Commutation TypeIndustrial automation, robotics (Designed for low-maintenance environments)Brushless DC (IEC 60034-1) ▲▲ vs brushed industry standardsNo brush wear, 50% longer lifespan vs brushed motorsRequires electronic drivers (adds $20–$50 to system cost)
Energy EfficiencyEco-friendly systems, energy-sensitive applications (Designed for cost efficiency)IE4 (IEC 60034-30) ▲▲ vs IE3 industry standard15% lower energy consumptionHigher upfront cost compared to lower-tier motors
Motor Type HybridPrecision robotics, CNC machines (Balances accuracy and dynamic control)Stepper precision (NEMA 17) + servo dynamics ▲▲ (Industry: Stepper-only focus)Versatile for both high-speed tasks (3000 RPM) and precise positioningRequires complex control systems (e.g., PLC or microcontrollers)
Voltage FlexibilityPortable devices, variable-power systems (Designed for adaptability)Dual 12V/24V (IEC 60038) ▲ vs single-voltage industry modelsWorks with diverse power sources (e.g., batteries, industrial grids)May need voltage regulators for optimal performance
Speed RangeHigh-speed CNC, 3D printing (Designed for multi-use cases)300–3000 RPM (ISO 2371) ▲▲ (Industry: 1500 RPM max)Adaptable from 300 RPM (precision tasks) to 3000 RPM (high-speed operations)Higher RPM reduces torque by ~30% at max speed
Encoder ResolutionMedical devices, precision instruments (Designed for ultra-accuracy)1024 CPR Incremental (ISO 9411) ▲▲ (Industry: 512 CPR)2x finer positional accuracy (e.g., 0.09° resolution)Requires compatible control systems (adds complexity to setup)

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