Low-Speed High Torque Servo Motor

Low-Speed High Torque Servo Motor

Auric Low-Speed High Torque Servo Motors are engineered for industrial motion systems requiring high torque, stable low-speed operation, and precise closed-loop control.
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Description
Technical Parameters

Auric Low-Speed High Torque Servo Motor

 

Auric Low-Speed High Torque Servo Motors are engineered for industrial motion systems requiring high torque, stable low-speed operation, and precise closed-loop control. Designed for OEM machinery, automation, robotics, CNC systems, and material handling, these optimized servo solutions eliminate complex gearboxes, reduce mechanical backlash, and maximize system reliability.

 

Technical Specifications

 

Parameter

Configuration / Options

Motor Type

Low-Speed High-Torque Servo Motor

Torque & Speed

Configurable per series and model (Optimized for high starting/peak torque)

Feedback Options

Incremental / Absolute Encoders (High-resolution protocols)

Holding Brake

Optional (Recommended for vertical axes)

Certifications

CE, RoHS, ISO9001

 

Key Advantages

High Torque at Low Speed

Delivers substantial torque without high rotational speeds for heavy-load movement, indexing, and positioning.

Stable Closed-Loop Operation

Continuous position and speed feedback ensures steady performance under fluctuating loads.

High Overload Capability

Engineered to handle short-duration acceleration, deceleration, and high starting torques.

Global Quality Compliance

Manufactured under strict quality controls with CE, RoHS, and ISO9001 certifications available.

 

Industry Applications

 

 

CNC Machinery

Rotary tables, feed mechanisms, indexing systems, and tool positioning axes.

 
 

Robotics

Robotic joints, rotary actuators, and articulated heavy-load positioning.

 
 

Material Handling & Packaging

Conveyors, lifting equipment, transfer systems, and film-handling machinery.

 
 

Industrial Automation

Special-purpose assembly lines and automated inspection platforms.

 

 

Application Case Study

 

Heavy-Duty CNC Rotary Indexing Table

Challenge

Standard motor-gearbox combinations caused excessive backlash and insufficient low-speed torque.

Auric Solution

Implemented a direct-drive low-speed high-torque servo motor with an absolute encoder and custom flange.

Result

Eliminated the intermediary gearbox, reduced mechanical backlash by 95%, improved positioning repeatability, and simplified maintenance.

 

Quality Control & Testing

 

To ensure reliability in demanding industrial environments, every motor series undergoes rigorous testing before delivery:

Electrical & Insulation Testing

Verification of winding integrity, dielectric strength, and insulation resistance.

Performance Verification

No-load, torque, speed, and thermal stability checks across operating ranges.

Functional Inspection

Precision testing of encoders, optional holding brakes, and mechanical runout.

Traceability

Comprehensive inspection reports and compliance documentation can be provided per batch.

 

Warranty & After-Sales Support

 

Auric stands behind its motion solutions with dedicated global support:

 

Standard Warranty: Comprehensive coverage against manufacturing and material defects under normal operating conditions.


Technical Assistance: Engineering support for servo tuning, drive compatibility evaluation, and troubleshooting.


Spare Parts & Repairs: Prompt availability of replacement components, maintenance guidance, and authorized repair services to minimize machine downtime.

 

Global B2B Supply & OEM Support

 
 

Flexible Customization

Tailored windings, custom shaft/flange dimensions, specialized connectors, and integrated brakes.

 
 
 

Supply Terms

Low minimum order quantities (MOQ) for pilot projects and stable volume schedules for mass production.

 
 
 

Technical Documentation

Complete CAD files, electrical schematics, and performance curves provided prior to sample dispatch.

 

 

FAQ

 

Q: What is a low-speed high-torque servo motor?

A: It is a specialized servo motor designed to deliver substantial torque and stable, controlled motion at relatively low rotational speeds, utilizing closed-loop feedback for precise position, speed, and torque control.

Q: Can these motors operate continuously at low speeds?

A: Yes, provided they are selected according to the required continuous torque, thermal characteristics, and duty cycle of the specific application.

Q: Do you support custom motor designs for OEM projects?

A: Yes. Auric supports full OEM customization, including tailored electrical windings, custom shaft and flange dimensions, specialized connectors, integrated holding brakes, and unique feedback protocols.

Q: How do I choose the correct encoder for my system?

A: Encoder selection depends on your required positioning precision and compatibility with your specific servo drive and controller. Options include incremental, absolute, and high-resolution feedback protocols.

Q: Are servo drives supplied with the motors?

A: Motor and drive compatibility must be evaluated based on voltage, current, feedback, and control requirements. Contact our engineering team with your drive specifications for system configuration support.

 

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