High Quality Slow Rotating Motor

Name: High Quality Slow Rotating Motor
Brand: Jiangsu Fulling Motor Technology Co., Ltd
SKU: 60254387026_1
Price: 20.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Slow Rotation & High Torque: Designed for precise, controlled movements with consistent torque output, ideal for applications requiring gradual motion and stability.
12V DC Operation: Brush-commutated motor ensures reliable performance at low voltage, suitable for both battery-powered and standard electrical systems.

Key features

1. Durable Corrosion-Resistant Metal Construction

With a corrosion-resistant metal body, you can ensure long-lasting performance in harsh industrial environments.

2. Modular Design for Seamless Integration

With modular mounting options and customizable wiring, you can integrate the motor into diverse systems with ease.

3. Precision Slow Rotation with High Torque Output

With a slow rotating mechanism and high torque output, you can achieve precise speed control for delicate applications like robotics and automation.

4. Versatile Scenario Adaptability

Designed for continuous operation in industrial and commercial settings, this motor ensures reliable performance in repetitive tasks such as machinery automation.

5. CE-Certified Safety and Compliance

With CE certification, you can guarantee adherence to safety and quality standards for industrial applications.

Product details

The High Quality Slow Rotating Motor is a compact DC motor engineered for precision and reliability in industrial and mechanical applications. With a durable metal body (aluminum/steel) and smooth black finish, it offers robust heat dissipation and seamless integration into systems via mounting holes. Certified to CE standards, it ensures compliance with EU safety regulations while delivering consistent performance in low-speed, high-torque scenarios like robotics, automation, and machinery control.

Technical specifications

Feature	Specification	Benefit
Material	Aluminum/Steel	Enhanced durability and heat dissipation
Certification	CE	EU safety compliance guaranteed
Commutation Type	Brush	Simplified design with reliable torque
Efficiency Class	IE1	Meets baseline energy efficiency standards
Rated Voltage	12V DC	Stable power delivery for precise control
Application Scenario	Robotics, Automation, Machinery Control	Ideal for low-speed, high-precision tasks

Customization guide

Adjustable parameters include gear ratios (to modify speed/torque balance) and voltage inputs (for power output customization). The modular design allows integration with external gearboxes or control systems to meet specific torque, speed, or environmental requirements.

Get inspired

With its precise speed control and robust construction, this motor is perfect for applications needing steady, low-speed operation. Whether automating machinery or powering robotic joints, its CE certification and brush-commutated design ensure reliability in demanding environments.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Torque Output	1.2 Nm	+20% (1.44 Nm)	+40% (1.68 Nm)*
Speed Range	50-200 RPM	50-250 RPM	50-300 RPM
Efficiency	IE1	IE2 (15% better)	IE3 (30% better)*
Weight	1.5 kg	1.8 kg	2.2 kg

Supplier's note

Technical Breakthroughs:
- CE Certification: Ensures EU-standard safety compliance for global deployment.
- Brush Commutation: Delivers consistent torque without electronic complexity.
- IE1 Efficiency: Balances cost and performance for baseline industrial use.
Version Selection Guidance:
- Base Model: Ideal for basic automation or low-load robotics (e.g., conveyor belts).
- Advanced Model: Suitable for medium-duty tasks requiring 20% higher torque (e.g., precision assembly lines).
- Pro Model: Optimized for heavy machinery or high-torque applications (e.g., industrial robots) with 40% torque boost and 30% improved efficiency over the Base.

With the Pro Model’s enhanced torque and IE3 efficiency, you can handle heavier loads while reducing energy costs by 30% compared to traditional models. Its robust metal construction ensures longevity even in harsh environments.

Frequently asked questions

Which DC motor is best suited for slow-speed applications like robotics or automation systems?
How do I maintain the brushes of a High Quality Slow Rotating Motor to ensure longevity?
What materials are used in the construction of the High Quality Slow Rotating Motor for durability?
Can the High Quality Slow Rotating Motor be customized for specific torque or speed requirements?
Is the High Quality Slow Rotating Motor CE-certified for industrial use?
What industries or applications are ideal for the High Quality Slow Rotating Motor?
Does the 12V High Quality Slow Rotating Motor work efficiently in low-voltage systems?
How does the IE1 efficiency rating of the motor impact its performance in industrial applications?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Brushed DC Motors	Small appliances, basic automation	Brushed commutation (IEC 60034-30) ▲ Advanced: 24V option (base: 12V rated voltage) CE certified (EN 60204-1)	Lower cost, simpler design, reliable in harsh environments	Higher maintenance (brush wear), lower efficiency (IE1 vs. IE2/3)
Brushless DC Motors	Robotics, drones, precision equipment	Brushless design (IEC 60034-23), IE2+ efficiency (▲15% over brushed motors)	Longer lifespan, precise control, energy-efficient	Higher cost, requires complex control systems
High Torque DC Motors	Industrial machinery, robotics	12 Nm torque (ISO 14708-4) ▲ Advanced: 18 Nm (base: 10 Nm industry avg.)	Handles heavy loads, durable construction	Larger size, higher power consumption
Low Noise DC Motors	Office equipment, medical devices	<40 dBA noise (ISO 3744) ▲ Advanced: <35 dBA (base: <45 dBA industry standard)	Quiet operation, vibration-dampened design	May reduce torque/speed for noise suppression
Customizable DC Motors	Tailored machinery, specialized systems	Modular design (ISO 9001-certified components) ▲ Advanced: 12V-24V adjustable	Adaptable to specific needs, customizable gear ratios	Higher upfront cost, requires engineering expertise
Energy-Efficient DC Motors	Eco-friendly industries, battery systems	IE3 efficiency (IEC 60034-30) ▲ Advanced: IE4 (base: IE1)	30% lower energy costs, environmentally friendly	Higher upfront cost, may trade off torque for efficiency