DC Motors for Sorter and Sorting Systems

Searching for the ideal motors to power your sorting systems? At Dunkermotoren, we excel in producing high-quality Geared BLDC Motors, Brushed Motors, and Linear Actuators specifically designed for sorter and sorting systems.


  • Precision and Control: Experience unparalleled accuracy with our motors, ensuring seamless and efficient sorting operations.
  • Enhanced Productivity: Boost operational efficiency with our high-speed, reliable motors.
  • Versatile Applications: Our motors are perfect for a variety of industries, such as manufacturing, warehouse and e-commerce logistics.
  • Efficiency and Reliability: Our motors are engineered for high performance, reducing energy consumption and maintenance needs.
Sorting System with BLDC Motors from Dunkermotoren

Customization and Support

  • Tailored DC Motor Solutions: Our expert technical team specializes in customizing DC Motors to meet your unique sorting system requirements. We offer modifications to the shaft, cable, connector, and IP protection, ensuring each motor fits perfectly into your application.

  • Precision Gearboxes for All Sizes: We provide high-quality planetary and angular gearboxes designed to fit all motor sizes, ensuring optimal compatibility and performance for your sorting systems.

  • Integrated Electronics: Our Motors enhance your sorting systems with integrated electronic solutions, seamless control and high power density over all motor sizes.

  • Advanced Interface Compatibility: Our motors are compatible with a variety of interfaces, such as Ethernet/IP, CANopen, EtherCAT, and PROFINET, ensuring seamless integration within your existing systems.
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Motors for Sorting Applications

Our Motors in Sorter and Sorting Systems

At Dunkermotoren, we provide high-performance motors that power a wide range of sorting systems. Our motors deliver precision, reliability, and efficiency, ensuring optimal performance in various sorting applications. Below, we explore the different types of sorters and how our motors play a crucial role in their operation.

Tilt Tray Sorter

Tilt tray sorters are high-speed, flexible solutions ideal for sorting small items such as polybags, small parcels, media and larger goods such as bags and luggage. The trays tilt to divert items into designated chutes. Dunkermotoren motors provide the necessary power and control to ensure smooth and accurate tilting actions, enhancing the sorter's efficiency and reliability.


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Tilt Tray Sorter with BLDC Dunkermotor and Linear Motor

Dunkermotoren used in Cross Belt Sorter Application

Cross Belt Sorter

Cross belt sorters use a series of small, independently operated conveyor belts to sort items quickly and accurately. These sorters are perfect for handling a variety of items, including apparel, and parcels. Our motors drive the belts with precision, ensuring each item is directed to the correct destination with minimal error.


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Steerable Wheel Modules

Steerable wheel modules are essential for maneuvering items such as parcels, boxes, and totes, making them ideal for medium to high throughput applications in warehousing and distribution centers. Our motors deliver the precise torque and control required for the steerable wheels, ensuring smooth and accurate movement of items.

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Steerable Wheel Modules powered with bldc gear motors from dunkermotoren

Dunkermotoren used in Line Arm Sorter

Line Arm Sorter

Line arm sorters use mechanical arms to divert items off the conveyor line. These sorters are ideal for low to medium volume centers. Our motors drive the arms with precision, allowing for quick and accurate sorting of small and lightweight products.


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Sliding Shoe Sorter

Sliding shoe sorters are used for high-speed sorting of a wide range of items, including parcels, cartons, and totes, commonly found in distribution centers, postal services, and e-commerce fulfillment centers. Our motors control the movement of the sliding shoes, ensuring smooth and accurate diversion of items to their designated chutes.

Parcel Singulator

Parcel singulators are essential for separating and aligning items such as parcels, boxes, and totes, optimizing them for downstream sorting operations. Designed for medium to high throughput applications in warehousing and distribution centers, our motors provide the precise torque and dynamic control necessary for efficient, accurate, and reliable handling of items.

Pusher Sorter

Pusher sorters are cost-effective solutions for low to medium throughput applications. They use transverse pushers to divert items off the main conveyor belt. Dunkermotoren motors power these pushers, providing the force needed to handle parcels, cartons, and other containers efficiently.



Benefits of our Motors in Sorting Application

Dunkermotoren motors are designed to enhance the performance and efficiency of sorter and sorting systems. Our motors offer a range of advanced features that provide significant benefits for these applications:

  • Precision and Reliability: Dunkermotoren motors deliver precise control and reliable performance, ensuring accurate sorting and minimal errors in high-speed operations.
  • High Efficiency: Our motors are engineered for high efficiency, low energy consumption and operational costs while maintaining optimal performance.
  • Low Maintenance: With robust construction and advanced technology, Dunkermotoren motors contribute with minimal maintenance, reduced downtime and maintenance costs.
  • Seamless Integration: Various advanced interfaces allow a seamles integration into existing sorting systems, enhance overall system compatibility and performance.
  • Scalability: The modular system provided by Dunkermotoren supports the growth of your sorting system and allows easy expansion and integration of additional devices.
  • Real-Time Monitoring: Dunkermotoren motors support real-time monitoring, providing valuable data on motor performance and operational status, enabling proactive maintenance and reducing the risk of unexpected failures.
  • Predictive Maintenance: Our motors are capable of predictive maintenance, helping to identify potential issues before they become critical, ensuring continuous operation and reducing downtime.
  • Enhanced Safety: With real-time diagnostics and alarm systems, Dunkermotoren motors help identify potential hazards early, ensuring a safer working environment.
  • High Power Density: High overload capabilities combined with a small footprint.
  • Safety Functions: Built in Safety functionality such as STO enables the motor to be used in a safety environment.

nexoLink: Empower Your Motors with Smart Connectivity

nexoLink transforms your motor solutions into fully integrated, customizable, and intelligent components of your industrial IoT ecosystem. With nexoLink, you can seamlessly connect, monitor, and optimize your motor solutions, ensuring they are always performing at their best.

Discover the Advantages of nexoLink

  • Zero Downtime: Real-time monitoring and predictive maintenance help detect and address issues before they lead to downtime.
  • Max Productivity: Precise and centralized control of BLDC motors optimizes motion control and reduces the need for extensive cabling.
  • Higher Value for Your End Customer: Seamless integration and remote access capabilities enhance system flexibility and scalability.
  • Enhanced Operational Efficiency: Remote access and control features empower engineers to monitor and adjust motor parameters from anywhere.
  • Cost Savings: Promoting interoperability and reducing integration challenges lowers the costs associated with upgrading and maintaining systems.

Seamless Connectivity with nexoLink

As a factory manager you can utilize nexoLink to monitor the real-time performance of your motors, receive alerts for any anomalies, and remotely adjust motor parameters through a unified, user-friendly interface. Connecting with nexoLink is straightforward, allowing customers to easily integrate and extent additional nexofox Products like Digital Twin, Predictive Maintenance, Smart DriveManager, and Smart Diagnostics.

nexoLink as connector between Customer Interface and Products like Digital Twin, Predictive Maintenance, Remote Control and Smart Diagnostics

How to Select the Right Motor for Your Sorting System

Choosing the right motor for your sorting 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 sorting application, such as:

  • Item size and weight: Sorting small parcels weighing up to 5 kg.
  • Sorting speed and throughput: Aiming for a throughput of 10,000 items per hour.
  • Environmental conditions: Operating in a warehouse with temperatures ranging from 10°C to 40°C.
  • Space constraints: Limited space requiring compact motor solutions.
  • Power supply and voltage: Available power supply of 48V DC.
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: High torque for handling heavy parcels.
  • Speed and acceleration: Fast acceleration for high-speed sorting.
  • Duty cycle and load profile: Continuous operation with varying loads.
  • Control and feedback options: Encoder for precise position feedback.
  • Mounting and installation considerations: Compact design for easy integration.
Common Mistake: Failing to match motor specifications with application requirements lead either 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 sorting 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: Compatibility with current sorting infrastructure.
  • Remote control and access: Adjusting motor parameters remotely.
  • Energy efficiency and low maintenance: Reducing operational costs and downtime
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 fits best your application needs. Dunkermotoren offers a range of motor types, including:

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

Step 5 (Optional): Utilize nexoLink for Smart Connectivity

Leverage nexoLink to transform your motor solutions into fully integrated, customizable, and intelligent components of your industrial IoT ecosystem. 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 sorting system. For example, our experts can help you choose the best BLDC motor for a high-speed cross belt sorter or recommend the appropriate linear motor for a line sorter.

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

Your Experts at Dunkermotoren:

Michael Basler

Michael Basler

Key Account Manager Industrial Automation

Dunkermotoren GmbH
Allmendstraße 11
79848 Bonndorf, Germany

Matthias Tidelski

Matthias Tidelski

Key Account Manager Industrial Automation

Dunkermotoren GmbH
Allmendstraße 11
79848 Bonndorf, Germany