When Portuguese OEMs, automation integrators, equipment manufacturers, and distributors source a brushed DC motor, the decision is rarely based on motor price alone. Buyers usually compare rated voltage, torque, speed, motor diameter, duty cycle, brush life, gearbox options, noise, EMI performance, customization capability, MOQ, certifications, delivery time, and after-sales engineering support.
This guide presents 20 brushed DC motor manufacturers and suppliers relevant to the Portuguese market, with a practical focus on OEM and industrial purchasing. Because Portugal has a relatively small specialist brushed-DC motor manufacturing base, the list includes both companies manufacturing motors internationally and suppliers that can serve Portuguese customers. It should therefore not be interpreted as claiming that every company below has a physical brushed-DC production plant in Portugal.
Among the companies listed, JKONGMOTOR, BESFOC Motor, and LeanMotor are particularly relevant for buyers looking for OEM/ODM customization and a broad motion-control product portfolio.
What Is a Brushed DC Motor?
A brushed DC motor is an electric motor that converts DC electrical energy into mechanical rotation through a mechanical commutation system consisting primarily of a rotor winding, commutator, permanent magnets or field system, and carbon or metal brushes.
Unlike a brushless DC motor, a brushed DC motor does not normally require an electronic commutation controller simply to rotate. This makes its electrical architecture straightforward and can reduce system cost in applications where sophisticated speed or position control is unnecessary.
A basic brushed DC motor can often be controlled by adjusting the applied voltage. Reversing the polarity reverses the motor's direction.
This combination of simple control, relatively low initial cost, compact construction, and strong starting torque explains why brushed DC motors remain widely used in equipment ranging from small appliances and pumps to actuators, automotive mechanisms, medical equipment, office automation, and industrial machinery.
Main Types of Brushed DC Motors
Permanent magnet DC motors are among the most common designs. Permanent magnets create the stationary magnetic field, while the armature rotates.
They are particularly suitable for:
Geared Brushed DC Motors
A geared DC motor combines a brushed DC motor with a gearbox.
The gearbox reduces output speed while increasing available output torque. Common configurations include:
Spur gearbox
Planetary gearbox
Worm gearbox
For OEM applications requiring high torque at relatively low output speed, a geared brushed DC motor can be more practical than increasing the motor size.
Coreless Brushed DC Motors
Coreless motors use a different armature structure and can provide low rotor inertia and fast dynamic response.
They are often considered for:
Medical instruments
Robotics
Precision actuators
Portable equipment
Small pumps
High-response mechanisms
High-Torque Brushed DC Motors
High-torque versions use optimized magnetic circuits, windings, and mechanical structures to deliver higher torque from a relatively compact package.
These motors are commonly combined with gearboxes when the final application requires substantial mechanical force.
Advantages and Limitations of Brushed DC Motors
Brushed DC motors remain widely used in industrial equipment, automotive systems, medical devices, robotics, consumer products, and battery-powered machinery. Although brushless DC motors have become increasingly popular for high-efficiency and long-life applications, the brushed DC motor still offers a practical combination of low cost, simple control, high starting torque, and straightforward integration.
The basic operating principle is relatively simple: brushes transfer electrical current to a rotating commutator, which mechanically switches the current in the armature windings and maintains rotation. This mechanical commutation is also the source of the motor's main disadvantages, particularly brush wear and electrical noise.
For OEM engineers and purchasing teams, the important question is therefore not whether brushed DC motors are "old" or "new," but whether their performance characteristics match the application's actual requirements.
What Are the Main Advantages of Brushed DC Motors?
1. Simple Motor Control
One of the biggest advantages of a brushed DC motor is its simple control architecture.
A basic brushed DC motor can operate directly from a DC power supply without requiring the electronic commutation system needed by a BLDC motor. Speed can generally be adjusted by changing the applied voltage or using PWM control.
This makes brushed motors attractive when an application does not require sophisticated servo control.
Typical control methods include:
For an OEM developing a simple actuator or small conveyor, this can significantly reduce control-system complexity.
2. Lower Initial System Cost
Brushed DC motors can be economical because the motor uses mechanical commutation rather than requiring electronic commutation inside the basic drive system.
A simple application may only need:
DC power supply → motor driver/switch → brushed DC motor
By comparison, a BLDC system normally requires electronic commutation and appropriate control electronics. Nidec notes that the use of brushes and a commutator gives conventional DC motors simple operation, while brushless designs require a dedicated electronic drive circuit.
For high-volume products, reducing the electronics and wiring can have a meaningful impact on the total bill of materials.
3. High Starting Torque
Brushed DC motors are well known for their strong starting torque, particularly in applications where the motor needs to accelerate a load from zero speed.
Motor torque is closely related to armature current. This characteristic makes brushed DC motors useful for mechanisms that experience a relatively high initial load.
Examples include:
When selecting a motor, however, engineers should check the actual starting current and stall torque rather than assuming that every brushed motor provides the same performance.
4. Easy Speed Regulation
For many permanent-magnet brushed DC motors, speed changes predictably with applied voltage under a given load.
This makes speed adjustment relatively straightforward.
For example, an OEM may use PWM to regulate a 24 V brushed DC motor:
PWM is widely used because it allows relatively efficient electronic speed control without requiring a complicated motor-control algorithm.
5. Easy Direction Reversal
Changing the polarity of the motor supply reverses the direction of a brushed DC motor.
In practical equipment, an H-bridge can be used to control both forward and reverse rotation.
This is particularly useful for:
The control concept is simple enough that many applications can implement bidirectional operation without sophisticated motion-control software.
6. Compact and Flexible Designs
Brushed DC motors are available in many different sizes and configurations.
OEM buyers can typically select:
Miniature brushed DC motors
High-torque DC motors
High-speed DC motors
Geared DC motors
Planetary geared DC motors
Worm geared DC motors
Customized shaft configurations
Customized mounting configurations
Adding a gearbox can convert the motor's relatively high rotational speed into lower output speed and higher usable torque, making the motor suitable for mechanisms that cannot use the motor's direct output speed.
7. Easy Integration With Battery Systems
Because brushed DC motors operate directly from DC power, they are naturally suited to battery-powered equipment.
Common applications include:
Portable devices
Small robots
Battery-powered tools
Automotive mechanisms
Mobility equipment
Small pumps
Actuators
This is one reason brushed DC motors remain attractive in cost-sensitive battery-powered products.
8. Mature and Well-Understood Technology
Brushed DC motors have been used for decades, so their operating characteristics, maintenance requirements, control methods, and failure modes are well understood.
For manufacturers replacing an existing motor, this can be valuable.
An OEM may already have:
Existing DC power architecture
Existing motor drivers
Existing mechanical interfaces
Existing replacement procedures
Existing maintenance knowledge
In such cases, replacing a brushed DC motor with another optimized brushed design may be much simpler than redesigning the complete system around a different motor technology.
What Are the Main Limitations of Brushed DC Motors?
The advantages of brushed DC motors come directly from their mechanical commutation system. The brushes and commutator make the motor simple to operate, but they also introduce mechanical wear, electrical noise, and maintenance requirements.
1. Brush Wear Limits Service Life
The most important limitation is brush wear.
The brushes remain in physical contact with the rotating commutator while transferring electrical current. This creates friction and gradually consumes the brush material. STMicroelectronics also notes that the contact between stationary brushes and the rotating commutator causes the brushes to wear over time.
Brush life depends heavily on:
Motor speed
Operating current
Load
Duty cycle
Brush material
Commutator condition
Temperature
Operating environment
Therefore, it is not appropriate to give every brushed DC motor a universal service-life figure.
For 24/7 continuous-duty equipment, brush life should be specifically confirmed with the manufacturer.
2. Regular Maintenance May Be Required
Because the brushes are consumable components, some brushed DC motors require periodic inspection or replacement.
Maintenance may involve:
This creates an important difference compared with BLDC motors, which eliminate the brush-commutator wear mechanism.
For equipment installed in difficult-to-access locations, maintenance costs can become more important than the initial motor purchase price.
3. Electrical Noise and EMI
Mechanical commutation can produce sparking and electrical noise, particularly during current switching.
Nidec specifically identifies increased electrical noise as one of the disadvantages associated with brushes and commutators.
This can matter when the motor is installed close to:
Depending on the application, engineers may need additional EMI/RFI suppression, filtering, shielding, grounding, or cable optimization.
4. Mechanical Noise
The brush-commutator contact also creates mechanical friction and can contribute to audible noise.
This may not matter in a conveyor or industrial actuator, but it can become important in:
Medical devices
Office equipment
Consumer products
Laboratory instruments
Quiet automation systems
If low acoustic noise is a major requirement, a BLDC or other brushless technology may deserve consideration.
5. Lower Efficiency in Some Applications
Brush friction and electrical losses at the brush-commutator interface can reduce efficiency compared with an equivalent brushless design.
The exact difference depends on:
Motor size
Load
Speed
Winding design
Brush material
Operating point
Cooling conditions
Therefore, engineers should compare efficiency at the actual operating point, rather than relying on a generic motor-efficiency number.
For battery-powered equipment operating for long periods, even a relatively small efficiency difference can affect battery runtime and thermal performance.
6. High-Speed Operation Can Be More Challenging
At higher rotational speeds, brush friction, commutation behavior, and mechanical limitations become increasingly important.
Brushes must maintain reliable contact with the commutator while the rotor spins rapidly.
As speed increases, engineers therefore need to pay closer attention to:
Brush material
Commutator design
Bearing selection
Rotor balance
Temperature
Electrical arcing
Mechanical vibration
This is one reason brushless motors are often preferred for demanding high-speed applications.
Heat is another important consideration.
Losses from:
Copper resistance
Brush contact
Friction
Core losses
Mechanical loading
can increase motor temperature.
Excessive temperature can accelerate brush wear and reduce the life of insulation, bearings, lubricants, and other components.
For continuous-duty applications, the motor should therefore be evaluated based on its actual thermal operating point, not just its nominal wattage.
8. Not Ideal for Every Hazardous Environment
Brush arcing can make conventional brushed motors unsuitable for some environments where ignition risk is a concern.
If the motor will operate in an environment containing potentially explosive gases, vapors, or dust, the motor must be selected according to the applicable hazardous-area requirements and certification.
A standard brushed DC motor should never be assumed to be suitable simply because it has a low voltage rating.
Factor | Advantage | Limitation |
Control | Simple | Less sophisticated than servo systems |
Cost | Generally economical | Long-term maintenance can increase cost |
Starting torque | Strong | Performance depends on motor design |
Speed control | Easy with voltage/PWM | Precise closed-loop control needs additional feedback |
Direction control | Simple polarity reversal/H-bridge | Requires suitable switching hardware |
Maintenance | Easy to understand and service | Brushes eventually wear |
Lifetime | Good for suitable duty cycles | Limited by brush/commutator wear |
Noise | Acceptable for many industrial uses | Electrical and mechanical noise can be higher |
Efficiency | Suitable for many applications | Brush and friction losses can reduce efficiency |
High-speed operation | Available in selected designs | Mechanical commutation imposes limitations |
Battery operation | Excellent | Efficiency matters for long-duration operation |
Customization | Many configurations available | Custom brush/commutator designs require engineering |
Brushed DC Motor vs. BLDC Motor
The most common alternative is the brushless DC motor.
The fundamental difference is how commutation is performed.
A brushed motor uses physical brushes and a commutator. A BLDC motor removes those components and uses electronic switching instead.
Feature | Brushed DC Motor | BLDC Motor |
Commutation | Mechanical | Electronic |
Brushes | Yes | No |
Initial system cost | Usually lower | Usually higher |
Control complexity | Low | Higher |
Maintenance | Brush maintenance required | Lower mechanical commutation maintenance |
EMI | Potentially higher | Generally lower from commutation |
Efficiency | Good for many applications | Generally higher potential |
Continuous operation | Application dependent | Often better suited |
High-speed applications | More limited | Generally more suitable |
Electronics | Simple driver possible | Dedicated electronic drive required |
The important point is that BLDC is not automatically better for every application.
If a product needs low cost, straightforward control, occasional operation, and easy replacement, a brushed DC motor may provide the better overall solution.
If the product requires long service life, high efficiency, continuous operation, low maintenance, or high speed, a BLDC motor may be worth the additional control-system complexity.
When Should You Choose a Brushed DC Motor?
A brushed DC motor is often a good choice when the application prioritizes:
Typical applications include actuators, automatic doors, pumps, valves, small conveyors, robotics, automotive mechanisms, medical equipment, battery-powered machines, and consumer products. Renesas lists toys, power tools, and automotive electronic components among common brushed DC motor applications, while STMicroelectronics notes applications including robots, valves, and healthcare equipment.
When Should You Consider a BLDC Motor Instead?
A BLDC motor deserves serious consideration when the application requires:
Long maintenance intervals
High operating efficiency
Continuous 24/7 operation
High rotational speed
Low electrical noise
Low mechanical wear
Long service life
Better thermal performance
High-performance motion control
The trade-off is that a BLDC system requires electronic commutation and therefore normally needs a dedicated drive circuit.
Conclusion
Brushed DC motors remain a practical and cost-effective motor technology when simplicity, affordability, easy control, and strong starting torque are important.
Their main weakness is equally clear: the brush-and-commutator system introduces wear, maintenance, electrical noise, and limitations for some high-speed or continuous-duty applications.
For simple actuators, pumps, small conveyors, battery-powered equipment, and many cost-sensitive OEM products, a brushed DC motor can still be an excellent engineering choice.
For demanding applications requiring long service life, high efficiency, low maintenance, high speed, or 24/7 operation, it is often worth comparing a brushed motor with a BLDC or servo solution before finalizing the design.
The best approach is to evaluate the complete motor system—motor, gearbox, controller, feedback, thermal conditions, duty cycle, and maintenance requirements—rather than choosing a motor solely from its nameplate specifications.
Portuguese manufacturers can use brushed DC motors across a wide range of industries.
Industrial Automation
Brushed DC motors can drive:
Medical Equipment
Compact brushed motors are used in pumps, actuators, adjustment mechanisms, and other medical devices where compact dimensions and controllability are important.
Automotive Equipment
DC motors are widely used for mechanisms such as actuators, pumps, fans, and positioning systems.
Packaging Machinery
Packaging machines may use small DC motors for feeding, positioning, cutting, dispensing, and auxiliary mechanisms.
Home Appliances
Cost-sensitive appliances can benefit from the straightforward design and easy speed control of brushed DC motors.
Robotics
Miniature and geared brushed DC motors remain useful for small robotic mechanisms, educational robots, actuators, and cost-sensitive mobile platforms.
1. JKONGMOTOR
Company Profile
JKONGMOTOR is a China-based motor manufacturer established in 2010/2011 and focused on stepper motors, brushless motors, DC motors, geared motors, integrated servo products, and motion-control solutions. Its product portfolio specifically includes brushed DC motors, planetary geared brush motors, and worm geared brush motors. The company reports production capacity exceeding two million motors annually and offers OEM/ODM development.
Main Products
Advantages
JKONGMOTOR is particularly interesting for Portuguese OEM buyers that need custom voltage, winding, shaft, mounting, gearbox, encoder, brake, EMI suppression, or thermal-protection options. Its broader motor portfolio also makes it easier to source different motor technologies from one supplier.
2. BESFOC Motor
Company Profile
BESFOC Motor was established in 2011 and specializes in integrated motors and motion-control products. Its broader portfolio includes stepper motors, BLDC motors, integrated servo motors, linear motion products, drivers, and brushed DC motors through its production network. The company states that its products are exported to more than 30 countries and regions.
Main Products
Advantages
BESFOC is a useful option for OEMs seeking a broader motion-control supplier rather than a single motor model. Its product ecosystem can be valuable when a project may later move from a conventional brushed motor toward a BLDC, stepper, or integrated servo solution.
3. LeanMotor
Company Profile
LeanMotor is a Changzhou-based motor manufacturer specializing in stepper motors, BLDC motors, integrated motors, linear motion products, and related motor solutions. Its brushed DC motor portfolio covers several frame sizes, while its company information highlights OEM/ODM services and exports to more than 30 countries and regions.
Main Products
42ZYT brushed DC motors
52ZYT brushed DC motors
54ZYT brushed DC motors
63ZYT brushed DC motors
76ZYT brushed DC motors
Geared DC motors
BLDC motors
Integrated servo motors
Stepper motors
Advantages
LeanMotor is especially suitable for buyers looking for custom winding, voltage, shaft machining, gearbox integration, encoder integration, brake options, and EMC suppression. Its brushed DC range covers approximately 42 mm to 76 mm motor sizes, with customization available for OEM applications.
4. maxon
Company Profile
maxon is a Swiss precision-drive manufacturer with a strong reputation in compact and high-performance motor systems.
Main Products
DCX brushed DC motors
DC-max motors
RE brushed DC motors
A-max motors
Gearheads
Encoders
Controllers
Advantages
maxon's brushed DC range covers compact precision motors using graphite or precious-metal brushes. Its DCX range, for example, focuses on compact dimensions, torque density, and smooth operation.
5. Parvalux
Company Profile
Parvalux is a British motor manufacturer and part of the maxon Group. Its products are particularly associated with geared DC motor solutions and industrial drive applications. Parvalux Portugal also provides access to AC, DC, and brushless motor solutions for the Portuguese market.
Main Products
Brushed DC motors
DC gearmotors
AC motors
BLDC motors
Gearboxes
Advantages
Its combination of DC motors and gearboxes makes Parvalux useful when torque multiplication and mechanical integration are important.
6. Nidec
Company Profile
Nidec is a major global motor manufacturer with extensive experience in small and industrial electric motors.
Main Products
DC motors
Brushed motors
Brushless motors
AC motors
Geared motors
Automotive motors
Advantages
Nidec offers extensive engineering experience and a very broad motor portfolio. Its technical resources also provide a clear explanation of the construction and operating principle of brushed DC motors.
7. Crouzet Motors
Company Profile
Crouzet is known for motors, motion-control products, automation components, and electromechanical systems.
Main Products
Brushed DC motors
DC gearmotors
Synchronous motors
Motorized actuators
Advantages
Crouzet is a good candidate for OEMs looking for compact motor and gearmotor solutions for automation and equipment applications.
8. Allied Motion
Company Profile
Allied Motion develops motion-control and motor technologies for industrial, medical, vehicle, and other demanding applications.
Main Products
Advantages
The company is particularly relevant when a project requires more than a basic motor and needs a combination of motor, drive, feedback, and motion-control technology.
9. FAULHABER
Company Profile
FAULHABER specializes in miniature and micro-drive systems.
Main Products
Brushed DC motors
Brushless DC motors
Gearheads
Encoders
Controllers
Advantages
Its strongest advantage is compact drive technology for applications where motor size, dynamic response, low inertia, and precision matter more than minimum purchase price.
10. Portescap
Company Profile
Portescap focuses on miniature motors and precision motion solutions.
Main Products
Advantages
Portescap is suitable for applications requiring small size, high performance, and precision motion, particularly in medical and industrial equipment.
11. Johnson Electric
Company Profile
Johnson Electric is a large electromechanical components manufacturer with extensive experience in motors and motion systems.
Main Products
DC motors
BLDC motors
Automotive motors
Actuators
Motion systems
Advantages
Its broad manufacturing infrastructure makes it relevant for high-volume OEM programs, especially where automotive or appliance requirements are involved.
12. Bühler Motor
Company Profile
Bühler Motor specializes in customized drive solutions for automotive, industrial, medical, and other applications.
Main Products
DC motors
Gearmotors
BLDC motors
Drive systems
Actuators
Advantages
Bühler Motor is particularly strong in application-specific motor development, making it a consideration for OEM customers with complex mechanical or electrical requirements.
13. MABUCHI MOTOR
Company Profile
MABUCHI MOTOR is a Japanese motor manufacturer well known for small DC motors used in consumer, automotive, and industrial products.
Main Products
Small brushed DC motors
Automotive motors
Appliance motors
Gear motors
Advantages
The company's experience in high-volume miniature motor manufacturing makes it suitable for OEM projects where consistent production quality and large quantities are important.
14. MICROMO
Company Profile
MICROMO specializes in miniature motion solutions and is associated with high-performance drive technology.
Main Products
Miniature DC motors
Brushless motors
Gearheads
Encoders
Motion-control systems
Advantages
Its strength is the development of compact precision drive systems for applications with demanding space and performance requirements.
15. Dunkermotoren
Company Profile
Dunkermotoren provides compact motor and drive solutions for industrial automation and other demanding applications.
Main Products
Brushed DC motors
Gearmotors
BLDC motors
Brakes
Encoders
Advantages
Dunkermotoren's brushed motor portfolio emphasizes rugged construction, low cogging, and integration with gearboxes, brakes, and encoders.
16. Bodine Electric
Company Profile
Bodine Electric is known for fractional-horsepower motors and gearmotors for industrial applications.
Main Products
DC motors
DC gearmotors
AC motors
Gearboxes
Motor controls
Advantages
Bodine is worth considering for industrial OEM projects where motor and gearbox selection need to be evaluated together.
17. Anaheim Automation
Company Profile
Anaheim Automation supplies motors, drives, controllers, and motion-control components for automation and engineering applications.
Main Products
DC motors
BLDC motors
Stepper motors
Servo motors
Motor drivers
Controllers
Advantages
Its broad catalog is useful for engineers comparing several motor technologies within the same automation project.
18. Pololu
Company Profile
Pololu is better known for compact electronics, robotics components, and small motors rather than large industrial motors.
Main Products
Brushed DC motors
Micro gearmotors
Motor drivers
Robotics components
Advantages
Pololu is particularly attractive for small robotics, prototypes, educational systems, and compact mechanisms. Its products are also distributed to Portugal through international electronics channels.
19. Micromotors
Company Profile
Micromotors focuses on small electric motors and geared motor solutions for compact equipment.
Main Products
Advantages
Its main attraction is compact motor technology for applications where installation space is limited.
20. WEG
Company Profile
WEG is one of the major international electric motor and drive manufacturers, with an important European presence including operations in Portugal.
Main Products
Industrial motors
Drives
Automation products
DC drives
Special motors
Advantages
WEG is particularly relevant to Portuguese industrial customers because of its local European presence, engineering support, and broad industrial motor ecosystem. Its Portugal operations include manufacturing, assembly, commercialization, and service activities related to motor and drive technologies.
Choosing the right supplier requires more than comparing catalog prices.
1. Define Voltage
Typical DC motor supply voltages include:
3 V
6 V
12 V
24 V
36 V
48 V
For industrial automation, 24 VDC is particularly common.
2. Calculate Required Torque
Do not select a motor only according to wattage.
Torque must be evaluated together with:
Load
Acceleration
Gear ratio
Friction
Duty cycle
Shaft configuration
Safety factor
3. Check Rated Speed
A motor running at 5,000 RPM is not automatically suitable for an application requiring 100 RPM.
A gearbox may be necessary to convert high motor speed into useful output torque.
4. Consider Duty Cycle
A motor used for 30 seconds per operation has very different requirements from one operating continuously for 24 hours.
Ask the supplier for:
Continuous-duty rating
Rated temperature rise
Stall characteristics
Thermal protection
Expected brush life
5. Evaluate Brush Life
Brush material significantly affects:
Service life
Noise
Current capacity
Starting characteristics
EMI
For precision applications, the choice between precious-metal and graphite brushes can be important.
6. Check Mechanical Compatibility
Before ordering, confirm:
Motor diameter
Body length
Shaft diameter
Shaft length
D-cut
Keyway
Mounting holes
Flange dimensions
Cable direction
Connector type
A motor that meets the electrical specification but cannot mechanically fit the machine is not a successful solution.
7. Consider Gearbox Integration
If the application needs low speed and high torque, ask whether the supplier can provide a complete brushed DC gear motor.
Planetary gearboxes are attractive for high torque density, while worm gearboxes can be useful when high reduction ratios and certain mechanical characteristics are required.
8. Ask About OEM Customization
For production equipment, a standard motor is not always the best solution.
OEM customization may include:
Voltage
Winding
Shaft
Mounting flange
Gear ratio
Encoder
Brake
Connector
Cable length
EMI suppression
Thermal protection
IP protection
This is one reason suppliers such as JKONGMOTOR and LeanMotor can be attractive to equipment manufacturers rather than only component distributors. JKONGMOTOR specifically lists customized voltage, winding, shaft, mounting, EMI/RFI suppression, and thermal-protection options for its brushed motor solutions, while LeanMotor highlights customized shafts, voltages, gearboxes, EMC suppression, and brush materials.
What Portuguese OEM Buyers Should Ask Before Ordering
Before placing a production order, we recommend asking the motor supplier for the following information:
What is the rated voltage?
What is the rated torque?
What is the rated speed?
What is the no-load speed?
What is the stall current?
What is the continuous operating time?
What is the expected brush life?
What brush material is used?
Can the shaft be customized?
Can the gearbox be integrated?
Is an encoder available?
Is a brake available?
What EMC suppression options are available?
What insulation class is used?
What operating temperature range is supported?
What IP rating can be provided?
What certifications are available?
What is the MOQ?
What is the sample lead time?
Can the supplier provide CAD drawings and test reports?
A professional manufacturer should be able to answer these questions with engineering documentation rather than only providing a price quotation.
For OEM applications, a standard brushed DC motor does not always fit the machine perfectly. Jkongmotor provides customized brushed DC motor solutions that can be adapted to the electrical, mechanical, and performance requirements of different equipment.
Different machines require different combinations of speed, torque, voltage, and winding. Jkongmotor can customize the motor according to the actual operating requirements instead of forcing OEMs to redesign their equipment around a standard motor.
2. Flexible Mechanical Design
Jkongmotor offers customization for key mechanical components, including:
This makes it easier to integrate the motor directly into existing equipment.
3. Multiple Gearbox Options
For applications requiring higher torque and lower output speed, Jkongmotor offers planetary, worm, and spur gearbox brushed DC motors. Planetary gearboxes are suitable for compact, high-torque applications, while worm gearboxes can provide high reduction ratios and self-locking characteristics.
4. Encoder and Brake Options
OEM equipment may require more than basic motor rotation. Encoders and brakes can be added for applications requiring position feedback, controlled stopping, or load holding.
This is useful for:
Automatic doors
Robotics
Actuators
Conveyors
Medical equipment
Automation machinery
5. Suitable for Different OEM Applications
Jkongmotor's brushed DC motor range covers 42 mm to 90 mm sizes, with different configurations available for industrial and automation applications.
Customized brushed DC motors can be developed for equipment such as automation systems, robotics, AGVs, automatic doors, medical equipment, logistics machinery, and small industrial machines.
6. OEM/ODM Support
For equipment manufacturers, customization can reduce integration work and improve consistency across production batches. Jkongmotor provides OEM/ODM customized brushed DC motor solutions, including torque, speed, winding, gear integration, shaft design, sensor integration, and environmental protection options.
Why Choose Jkongmotor for a Customized Brushed DC Motor?
The main advantage is flexibility. Instead of simply selecting an off-the-shelf motor, OEM buyers can work with Jkongmotor to develop a brushed DC motor around their machine's actual requirements.
For a quotation, provide the required voltage, speed, torque, dimensions, duty cycle, shaft requirements, gearbox ratio, and annual quantity. Jkongmotor can then recommend a suitable motor configuration or develop a customized solution.
Looking for a customized brushed DC motor? Contact Jkongmotor for an OEM/ODM solution tailored to your application
Final Thoughts
The best brushed DC motor manufacturer for Portugal depends on the application rather than brand recognition alone.
For precision miniature motors, companies such as maxon, FAULHABER, and Portescap can be strong candidates. For industrial gearmotor applications, Parvalux, Dunkermotoren, Bodine Electric, and similar suppliers deserve consideration. For compact robotics and development projects, Pololu can be practical.
For OEM manufacturers looking for a combination of brushed DC motors, BLDC motors, stepper motors, servo motors, gearboxes, encoders, brakes, and customized motor development, JKONGMOTOR, BESFOC Motor, and LeanMotor offer broader product ecosystems.
The key is to compare the complete technical solution—not simply the motor unit price.
A good supplier should be able to provide the required torque, speed, voltage, mechanical interface, duty cycle, brush life, gearbox ratio, protection, customization, documentation, and production support.
For Portuguese OEMs developing new equipment, requesting a technical quotation with the application's voltage, required RPM, load torque, duty cycle, dimensions, shaft requirements, and expected annual quantity is usually the fastest way to identify the right brushed DC motor.
FAQs About Customized Brushed DC Motors
1. What is a customized brushed DC motor?
A customized brushed DC motor is designed or modified to meet specific OEM requirements such as voltage, speed, torque, winding, shaft dimensions, mounting, gearbox, encoder, brake, and environmental protection.
2. Why choose a customized brushed DC motor from Jkongmotor?
Jkongmotor provides OEM/ODM customized brushed DC motors with options for tailored torque, speed, winding, gear integration, shaft design, sensor integration, and environmental protection. Its brushed DC motor range covers sizes from 42 mm to 90 mm.
3. What types of brushed DC motors does Jkongmotor offer?
Jkongmotor offers standard brushed DC motors, planetary geared brushed DC motors, worm geared brushed DC motors, spur geared brushed DC motors, and brake brushed DC motors.
4. Can Jkongmotor customize the motor shaft?
Yes. Shaft size, length, and design can be customized to match the mechanical requirements of OEM equipment.
5. Can a gearbox be added to a brushed DC motor?
Yes. Jkongmotor offers planetary, worm, and spur gearbox options. A gearbox can reduce output speed and increase torque according to the application's requirements.
6. Can an encoder be integrated into a brushed DC motor?
Yes. Encoder options are available for applications that require speed feedback, position monitoring, or improved motion control.
7. Can Jkongmotor provide a brake brushed DC motor?
Yes. Jkongmotor offers brake brushed DC motors for applications that require controlled stopping, load holding, or positioning when power is removed.
8. What applications use customized brushed DC motors?
Customized brushed DC motors can be used in industrial automation, robotics, automatic doors, AGVs, medical equipment, logistics equipment, small machinery, and other motion-control applications.
9. What specifications should OEM buyers provide?
For a customized motor quotation, OEM buyers should provide the voltage, rated speed, required torque, motor dimensions, shaft requirements, duty cycle, gearbox ratio, encoder or brake requirements, operating environment, and expected quantity.
10. How can I request a customized brushed DC motor from Jkongmotor?
Contact Jkongmotor with your application's voltage, speed, torque, mechanical dimensions, duty cycle, and other requirements. The engineering team can recommend a suitable standard motor or develop a customized OEM/ODM solution.
