DC Motors for Robotic Cube Storage Systems

How to Select the Right Motor for Your Cube Storage System

Choosing the right motor for your Automated Storage System is crucial for ensuring optimal performance, efficiency, and reliability. Follow these steps to select the best motor for your specific application:

Step 1: Define the Application Requirements

Understand the specific requirements of your Cube Storage application, such as:

• Item Size and Weight: Determine the size and weight of the items to be stored and moved within the system.
• Storage Speed and Throughput: Define the required speed for storing and retrieving items, aiming for efficient throughput.
• Environmental Conditions: Consider the operating environment, including temperature ranges and humidity levels.
• Space Constraints: Assess the available space and ensure the motor solutions are compact enough to fit within the system.
• Power Supply and Voltage: Verify the available power supply, including voltage and whether the system uses AC, DC, or battery power.

Common Mistake: Overlooking environmental conditions or space constraints, which can affect motor performance and installation.

Step 2: Determine the Motor Specifications

Based on the application requirements, determine the necessary motor specifications, including:

• Torque and power requirements: Ensure the motor provides sufficient torque to handle the weight and size of the items.
• Speed and acceleration: Select a motor with the required speed and acceleration for efficient storage operations.
• Duty cycle and load profile: Consider the motor’s duty cycle and load variations, ensuring it can handle continuous operation with varying loads.
• Control and feedback options: Choose motors with precise control and feedback mechanisms, such as encoders for accurate position feedback.
• Mounting and installation considerations: Ensure the motor’s design allows for easy integration into the Cube Storage system.

Common Mistake: Failing to match motor specifications with application requirements, leading to thermal overload or overdimensioned motors. 

Step 3: Consider Advanced Features

Evaluate the need for advanced motor features that can enhance the performance and efficiency of your Cube Storage system, such as:

• Real-time monitoring and diagnostics: Monitoring motor performance to detect issues early.
• Predictive maintenance capabilities: Identifying potential failures before they occur.
• Seamless integration with existing systems: Ensure compatibility with current storage infrastructure and control systems.
• Remote control and access: Adjusting motor parameters remotely.
• Energy efficiency and low maintenance: Choose motors that reduce operational costs and require minimal maintenance.

Common Mistake: Ignoring advanced features that can significantly improve system performance and reduce long-term costs. 

Step 4: Select the Appropriate Motor Type

Choose the motor type that best fits your application needs. Dunkermotoren offers a range of motor types, including:

• Brushless DC Motors (BLDC): Ideal for high-speed, high-efficiency applications in Cube Storage systems.
• Linear Motors: Suitable for precise linear motion within storage units.
• Electrical Cylinders: Perfect for providing linear motion in automated shelving adjustments.
• Brushed Motors: Suitable for cost-effective solutions with moderate performance requirements.
• Stepper Motors: Great for applications requiring accurate positioning and repeatability.

Common Mistake: Selecting a motor type without considering the specific requirements and benefits of each type. 

Step 5 (Optional): Utilize Smart Connectivity Solutions 

Leverage smart connectivity solutions to transform your motor systems into fully integrated, customizable, and intelligent components of your industrial IoT ecosystem. Benefits include: nexoLink provides benefits such as:

• Zero downtime with real-time monitoring and predictive maintenance: Ensuring continuous operation.
• Enhanced productivity and operational efficiency: Optimizing motion control and reducing cabling.
• Seamless integration and remote access capabilities: Enhancing system flexibility and scalability.
• Improved safety and scalability: Identifying potential hazards early and supporting system growth.

Common Mistake: Not utilizing smart connectivity solutions such as nexoLink, which can enhance system performance and provide valuable insights.

Step 6: Consult with Dunkermotoren Experts

If you need further assistance, consult with Dunkermotoren experts who can provide personalized recommendations and support to ensure you select the right motor for your Cube Storage system. Our experts can help you choose the best BLDC motor for robotic drives or recommend the appropriate linear motor for automated shelving adjustments.

Common Mistake: Not seeking expert advice when needed, which can lead to suboptimal motor selection and system performance.

Talk To An Expert


By following these steps, you can select the right motor for your Cube Storage system, ensuring optimal performance, efficiency, and reliability.