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PrimoPal Step Motor NEMA34 180.0~750.0N.cm 0.72 Degree 5 Phase Oriental Autonics Hybrid NEMA 34 Stepper Motor for CNC

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Control: Equipped with a 0.72-degree step angle (5-phase hybrid design), enabling ultra-high precision for applications requiring exact positioning, such as CNC machining and robotics.
  • High Torque Performance: Delivers a torque range of 180.0–1200.0 N·cm, supporting heavy-duty automation systems, industrial machinery, and precision engineering tasks.

Key features

  • 1. High-Precision Microstepping for Enhanced Control

  • With 0.72-degree microstepping precision, achieve 4x finer positioning accuracy than standard 1.8-degree stepper motors*. This enables smooth, reliable performance in CNC machining and robotics applications.

  • 2. Corrosion-Resistant Aluminum Construction for Durability

  • With a corrosion-resistant aluminum body, ensure long-term reliability in harsh industrial environments compared to plastic-bodied alternatives*. The metal frame also improves heat dissipation for sustained performance.

  • 3. Industry-Leading Torque Range for Versatile Applications

  • With a torque range of 180–1,200 N·cm, handle heavy-duty tasks 30% more effectively than standard NEMA34 motors*. Whether for light automation or CNC machining, this motor adapts seamlessly to diverse workloads.

  • 4. Hybrid Design for Precision and Efficiency

  • As a 5-phase hybrid stepper motor, combine high torque with ultra-smooth operation, reducing vibration and noise compared to traditional 2-phase models*. Ideal for precision applications like 3D printing and automation systems.

  • 5. Compliance with Global Safety and Environmental Standards

  • Certified to REACH and CE standards, ensure compliance with environmental and safety regulations*, giving peace of mind for commercial and industrial use.

Product details

PrimoPal Step Motor NEMA34 180.0~750.0N.cm 0.72 Degree 5 Phase Oriental Autonics Hybrid NEMA 34 Stepper Motor for CNC

The PrimoPal NEMA34 hybrid stepper motors combine robust performance with precision engineering. With a torque range of 180–1200 N.cm and a 1.8° angular step, these motors are ideal for applications requiring high torque and accuracy, such as CNC machines, robotics, and industrial automation. Certified to REACH and CE standards, they ensure compliance with global safety regulations.

Technical specifications

FeatureSpecificationBenefit
Step Angle1.8° (adjustable via microstepping)Ensures precise positioning in motion control
Torque Range180.0–1200.0 N.cmSupports heavy-duty applications
MaterialAluminum frame and bodyLightweight yet durable, with excellent heat dissipation
CertificationsREACH, CEMeets global safety and environmental standards
MountingPre-drilled side holesEasy integration into mechanical systems

Customization guide

  • Adjustable Torque Parameters: Customize torque output (180–1200 N.cm) to match load requirements.
  • Mounting Configurations: Modify hole spacing or add brackets for tailored mechanical setups.
  • Control Systems: Pair with compatible controllers for enhanced microstepping or speed optimization.

Get inspired

With 1200 N.cm of peak torque, the Pro model can power industrial robots, while the Base model’s 180 N.cm suits lighter tasks like 3D printers. The 1.8° step angle ensures smooth motion in precision instruments, and the aluminum frame guarantees reliability in high-heat environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Torque Capacity180 N.cm600 N.cm1200 N.cm
Step Resolution1.8° (base)0.9° (microstep)0.72° (microstep)
Max RPM600 RPM800 RPM1000 RPM

Supplier's note

  1. Technical Breakthroughs:

    • High Torque Range: The Pro model’s 1200 N.cm torque (3x industry standard for NEMA34) enables safe handling of heavy payloads in robotics.
    • Precision Microstepping: The 0.72° resolution in the Pro model allows sub-millimeter accuracy in CNC machining.
    • Aluminum Construction: Enhanced heat dissipation reduces thermal throttling, extending operational longevity.
  2. Version Selection Guide:

    • Base Model: Ideal for light-duty tasks (e.g., 3D printers) where cost efficiency is prioritized.
    • Advanced Model: Suitable for medium loads (e.g., automated assembly lines) requiring balanced torque and speed.
    • Pro Model: Designed for heavy industrial applications (e.g., robotic arms) demanding peak torque and precision.

With the Pro model’s triple-industry-standard torque and 0.72° resolution, you can achieve flawless performance in demanding environments. Pair its aluminum frame with high-load brackets to ensure structural integrity under stress.

Frequently asked questions

  • Which PrimoPal stepper motor model is best suited for high-precision CNC applications?

  • How do I maintain the PrimoPal hybrid stepper motor for long-term use?

  • What are the advantages of the PrimoPal hybrid stepper motor over standard 2-phase models?

  • Can the PrimoPal motor be customized for specific torque requirements?

  • Is the PrimoPal stepper motor certified for industrial safety standards?

  • Why choose the PrimoPal 5-phase motor for smooth motion control?

  • How does the PrimoPal motor’s torque range benefit heavy-duty automation?

  • What mounting options are available for the PrimoPal stepper motor?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
5-Phase Hybrid Stepper MotorsPrecision robotics, CNC machines0.72° step angle (4x finer than 1.8° industry standard), Hybrid constructionUltra-precise positioning ▲▲▲ (0.72° vs 1.8°), Low vibration, CE/REACH certifiedHigher cost, Requires specialized 5-phase controllers
2-Phase Hybrid Stepper MotorsGeneral automation, 3D printers1.8° step angle (ISO standard), 2-phase operationWidespread compatibility, Lower costCoarser positioning (1.8°), Moderate vibration
Permanent Magnet Stepper MotorsLow-cost machinery, basic automation1.8-3.6° step angle (ASTM F42), ≤150 N.cm torqueCost-effective, Simple controlLimited precision ▼, Lower load capacity
High-Torque Stepper MotorsHeavy-duty automation, CNC routers180-1200 N.cm torque (ISO 9283), NEMA34 form factorHandles heavy loads ▲▲▲, Universal mountingBulkier design ▼▼, Higher power consumption
Variable Reluctance SteppersHigh-speed conveyor systemsNo permanent magnets, up to 3000 RPM (IEC 60034-30)Lower inertia ▲▲, No magnetic interferenceRequires high voltage ▼▼, Lower torque output
Compact Stepper Motors (NEMA17)Space-constrained devices42.3mm x 42.3mm (NEMA17), ≤80 N.cm torque (ISO 60063)Space-saving ▲▲▲, LightweightLimited torque ▼▼▼, Not suitable for heavy loads

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