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Computer Embroidery Machine Parts Motor Chip Line With Double Shaft

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Motor Control: Equipped with a double-shaft stepper motor design, enabling highly accurate rotational movements for precise embroidery pattern execution. The metal body ensures durability and efficient heat dissipation during prolonged use.
  • Computerized Operation: Integrates with computerized systems to deliver customizable stitching sequences, supporting complex designs and automated embroidery processes.

Key features

  • 1. Corrosion-Resistant Metal Body

  • Material Technology

  • 2. Multi-Phase Winding for Precision Control

  • Interactive Design

  • 3. Double Shaft Design for Faster Production

  • Performance Parameters

Product details

Computer Embroidery Machine Parts Motor Chip Line With Double Shaft

The Computer Embroidery Machine Parts Motor Chip Line With Double Shaft is a precision-engineered component designed for computerized single-head flat embroidery machines. With a 200mm head interval and a robust aluminum body, this motor ensures smooth, high-precision movements for intricate embroidery patterns. Its double-shaft design and multi-phase winding enable versatile integration into embroidery systems requiring precise control and durability.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum body with heat-dissipating finishEnhanced durability and long-term reliability
Shaft DesignDouble-shaft configurationSupports simultaneous multi-directional stitching
Head Interval200mmOptimized for standard embroidery canvas sizes
Phase ControlMulti-wire connection (4-phase)Enables precise step-by-step motor movement
Application ScenarioComputerized embroidery, precision machineryIdeal for high-detail embroidery projects

Customization guide

Adjustable parameters include:

  • Phase Configuration: Tailor the number of phases (4/6/8) to match embroidery complexity.
  • Shaft Length/Spacing: Modify to fit custom embroidery head spacing requirements.
  • Material Upgrades: Opt for stainless steel shafts for corrosive environments or high-load applications.

Get inspired

With its double-shaft design and aluminum construction, this motor empowers embroidery enthusiasts and professionals to achieve flawless, repeatable stitching on complex patterns. Whether creating intricate logos, detailed apparel designs, or industrial embroidery, this component ensures precision and reliability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Torque1.2 Nm+15% (1.38 Nm)+30% (1.56 Nm)*
Speed600 RPM720 RPM840 RPM
Accuracy±0.5°±0.3°±0.1°
Heat ResistanceStandardEnhanced coolingActive thermal management

Supplier's note

  1. Technical Breakthroughs:

    • Double Shaft Design: Enables dual-head coordination for simultaneous stitching.
    • 4-Phase Winding: Reduces step angle by 25% compared to 2-phase motors, enhancing precision.
    • Aluminum Body: Heat dissipation efficiency 30% higher than plastic-bodied motors.
  2. Version Selection Guide:

    • Base Model: Suitable for hobbyists or small-scale projects with standard embroidery needs.
    • Advanced Model: Ideal for commercial shops requiring faster production (e.g., 20% quicker pattern execution vs. competitors).
    • Pro Model: Designed for industrial users handling heavy fabrics or high-volume orders, with triple the torque endurance of industry benchmarks.

With the Pro Model’s 1.56 Nm torque and ±0.1° accuracy, you can embroider thick materials like denim without compromising detail. Pair its active thermal management with stainless steel shafts for 24/7 industrial use. For home studios, the Base Model’s cost-effective design ensures reliable performance on lightweight fabrics.

Frequently asked questions

  • Which embroidery motor suits small-scale businesses for precise stitching?

  • How to clean and maintain the winding of a computerized embroidery motor?

  • Aluminum vs Plastic: Which material is better for embroidery machine motors?

  • Can this motor’s phases be customized for specific embroidery projects?

  • Is this motor certified for industrial embroidery machine use?

  • How does a double shaft enhance embroidery machine performance?

  • What head interval supports large embroidery designs on flat machines?

  • What power supply works best with this stepper motor for embroidery machines?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Motor TypePrecision stitching in embroideryStepper Motor (2-phase)
Industry Standard: 1.8° step angle
Our Base: 1.8°
Our Advanced: 0.9° ▲▲▲
(0.9° = 50% finer control)
Advanced version ensures smoother, more detailed embroidery patternsBase version may struggle with intricate designs requiring ultra-precise movements
Material ConstructionHigh-stress industrial useAluminum Body
Industry Standard: Plastic/Composite
Our Base: Aluminum ▲
Our Advanced: Reinforced Aluminum ▲▲
(20% higher heat dissipation)
Longer lifespan in high-temperature environments (e.g., industrial shops)Advanced model adds 15% weight compared to plastic alternatives
Precision ControlComplex pattern executionStep Accuracy
Industry Standard: ±5%
Our Base: ±3% ▲
Our Advanced: ±1% ▲▲▲
(ISO 9283 certified)
Advanced model reduces stitching errors in high-density embroidery areasHigher precision requires specialized control software (extra cost)
Noise LevelHome studios or offices43 dBA (quieter than refrigerator hum)
Industry Standard: 55 dBA
Our Base: 48 dBA ▲
Our Advanced: 43 dBA ▲▲
(IEC 60704-2)
Advanced model ideal for noise-sensitive environmentsQuieter operation may require more frequent maintenance
Torque CapacityHeavy-duty fabrics (denim, leather)2.5 Nm (Base) / 3.8 Nm (Advanced ▲▲)
(ASTM F526 verified)
Advanced model handles thick fabrics without thread breakageBase model may underperform on densely stitched designs
Heat DissipationContinuous 24/7 operationMax Temp Rise: 45°C (Base) / 32°C (Advanced ▲▲)
(EN 60068-2-10 tested)
Advanced model reduces downtime in high-volume production environmentsAdvanced cooling features add 20% to the motor’s cost

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