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  • 60AIM BLDC Servo Motor With Controller Be Integrated
  • 60AIM BLDC Servo Motor With Controller Be Integrated
  • 60AIM BLDC Servo Motor With Controller Be Integrated
  • 60AIM BLDC Servo Motor With Controller Be Integrated
  • 60AIM BLDC Servo Motor With Controller Be Integrated
  • 60AIM BLDC Servo Motor With Controller Be Integrated
60AIM BLDC Servo Motor With Controller Be Integrated
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60AIM BLDC Servo Motor With Controller Be Integrated

$110-119/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 5 pieces)
Customized packaging(Min.Order: 5 pieces)
Graphic customization(Min.Order: 5 pieces)

60AIM BLDC Servo Motor With Controller Be Integrated

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precise Motion Control: Equipped with an integrated controller, the 60AIM BLDC Servo Motor delivers high-precision positioning and speed regulation, ideal for applications requiring dynamic torque and responsive performance.
  • Efficient Power Management: Brushless design (IE1 efficiency) ensures low energy consumption and minimal heat generation, supported by an aluminum casing with fluted heat dissipation surfaces for sustained performance in high-load scenarios.

Key features

  • 1. Advanced Material Technology for Enhanced Durability

  • With an aluminum casing and fluted heat-dissipating design, ensure reliable operation in high-temperature environments. This motor achieves ~30% better heat dissipation than standard motors*, reducing thermal stress and extending lifespan.

  • 2. Streamlined Interactive Design for Simplified Setup

  • With an integrated controller, streamline setup and reduce wiring complexity compared to separate motor-controller systems. Cut installation time by up to 50%* while maintaining precise motion control.

  • 3. High-Efficiency Brushless Commutation for Optimal Performance

  • With brushless commutation technology, achieve 15-20% higher energy efficiency than brushed motors. Maintain consistent performance under heavy loads*, ensuring stable operation in demanding applications.

  • 4. Versatile Scenario Solutions for Industrial Applications

  • Designed for robotics and automation, this motor delivers precise control and adaptability across diverse scenarios. Outperforms standard DC motors in complex motion control tasks*, supporting both industrial machinery and automation systems.

  • 5. Compliance with International Efficiency Standards

  • With IE1 efficiency certification, meet energy compliance standards and reduce operational costs. Align with international energy regulations for industrial motors*.

Product details

60AIM BLDC Servo Motor With Controller Be Integrated

The 60AIM BLDC Servo Motor with Integrated Controller is a high-performance motor designed for precision control and efficient operation. Its aluminum casing with fluted heat dissipation surfaces ensures optimal thermal management, while the integrated controller simplifies setup and enhances reliability. Ideal for robotics, automation, and industrial machinery, this motor combines durability, compact design, and customizable performance parameters.

Technical specifications

FeatureSpecificationBenefit
CommutationBrushless (BLDC)Low maintenance, high efficiency
MaterialAluminum casing, metallic shaftLightweight, corrosion-resistant
Heat DissipationFluted casing design30% faster cooling vs. smooth-surface motors
Efficiency ClassIE1Meets baseline energy efficiency standards
Integrated ControllerBuilt-inCompact design, simplified installation
Mounting4 mounting holesEasy integration into machinery systems

Customization guide

Adjustable parameters to meet specific needs:

  • Size/Power Output: Tailor diameter, length, and power ratings for application requirements.
  • Speed/Torque: Optimize for high-torque (force-heavy tasks) or high-speed (rapid motion) use cases.
  • Cooling Solutions: Add fans or enhanced heat sinks for high-heat environments.

Get inspired

The 60AIM’s fluted aluminum casing and integrated controller make it a versatile choice for precision-driven applications. Whether automating industrial equipment or powering robotics, its compact design and customizable performance parameters ensure seamless integration and reliable operation.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Output50W+15% (57.5W)+30% (65W)*
Efficiency ClassIE1IE2 (Premium)IE3 (Premium +10%)
Torque Capacity1.2 Nm1.4 Nm (+17%)1.8 Nm (+50%)
Cooling SystemPassive (fluted)Passive + FanActive liquid cooling*

Supplier's note

  1. Three Technical Breakthroughs:

    • Fluted Casing Design: Reduces operating temperatures by 20% compared to standard motors, enabling continuous high-load use.
    • Integrated Controller: Eliminates external wiring, cutting installation time by 30% and reducing error risks.
    • Customizable Torque/Speed: Enables precise adaptation to applications like robotic arms (high-torque) or conveyor systems (high-speed).
  2. Optimal Version Selection:

    • Base Model: Ideal for standard automation tasks (e.g., small assembly lines) requiring reliable IE1 efficiency.
    • Advanced Model: Best for moderate-duty robotics or HVAC systems needing enhanced cooling and IE2 efficiency.
    • Pro Model: Designed for heavy industrial machinery (e.g., metal fabrication) with its 65W output and liquid cooling, ensuring stability under extreme loads.

Example: With the Pro model’s 50% higher torque, you can power heavy-duty robotic grippers in manufacturing. Its liquid cooling system maintains performance even in high-temperature foundry environments.

Frequently asked questions

  • Which servo motor model is best for high-precision robotic applications requiring integrated controllers?

  • How do I maintain the 60AIM BLDC motor to ensure optimal heat dissipation?

  • How does the aluminum casing of the 60AIM BLDC servo motor compare to steel in terms of heat dissipation and weight?

  • Can the 60AIM servo motor be customized for specific torque or speed requirements?

  • Is the 60AIM BLDC servo motor’s efficiency compliant with international standards?

  • What servo motor is ideal for compact automation systems needing high torque?

  • How do I clean the controller unit of the 60AIM BLDC servo motor to prevent overheating?

  • Why is the 60AIM BLDC servo motor preferred over brushed motors in industrial applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Brushless DC (BLDC) Servo MotorRobotics, industrial automationBrushless Commutation (IEC 60034-1, eliminates brush wear)
IE1 Efficiency (Industry Standard)
▲IE3 Efficiency (Advanced Model, IEC 60034-30)
High RPM (Up to 10,000 RPM)
High efficiency (▲1 level over Base model), precise control, long lifespanHigher cost, requires controller, complex installation
Brushed DC MotorToys, small appliancesBrushed Commutation (IEC 60034-1)
Lower Efficiency (Typically 50–80%)
Simple Design (IEC 60034-1)
Low cost, easy maintenance, no external controller neededBrushes wear out (reduced lifespan), lower efficiency, noisy operation
Stepper Motor3D printers, CNC machinesOpen-loop control (NEMA standards)
1.8° step angle (IEC 60034-1)
▲0.9° step angle (Advanced models)
Precise positioning without feedback, ▲Higher resolution in Advanced modelsLower torque at high speeds, power-hungry, limited speed range
AC Induction MotorIndustrial fans, pumpsRotor design (IEC 60034-1)
High Starting Torque (IEC 60034-2)
Robust Construction (IEC 60034-1)
Robust, low maintenance, wide availabilityInefficient at partial loads, bulky, requires VFD for speed control
Permanent Magnet Synchronous Motor (PMSM)Electric vehicles, HVAC systemsPermanent magnets (IEC 60034-1)
High Efficiency (IE3+)
Variable Speed (IEC 60034-1)
High efficiency (▲IE3+), smooth operation, compact designExpensive magnets, complex control systems, sensitive to misalignment
Linear Actuator MotorAutomotive seats, industrial automationLinear motion (ISO 13374)
Force up to 5000N (ISO 13374)
Compact Design (ISO 13374)
Direct linear motion, precise control, space-efficientLimited stroke length, high cost, mechanical wear over time

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