Views: 0 Author: Jkongmotor Publish Time: 2026-08-24 Origin: Site
When Swedish OEMs, machine builders, robotics companies, and automation integrators search for a brushless DC motor manufacturer in Sweden, they are usually looking for more than a motor catalog. The real purchasing questions are often much more practical: Can the supplier provide the required voltage and torque? Is the motor suitable for continuous duty? Can the shaft, winding, encoder, gearbox, or brake be customized? Does the supplier support OEM/ODM projects? What about delivery time, quality control, documentation, and after-sales engineering?
This guide presents 20 BLDC motor manufacturers and suppliers relevant to the Swedish market, with a procurement-oriented focus on product range, customization, engineering capability, and industrial applications. The ranking is not intended as an official Swedish industry ranking. Because the Swedish BLDC market includes local manufacturers, engineering companies, distributors, and international manufacturers serving Swedish OEMs, the list includes both Sweden-based companies and established international suppliers available to Swedish buyers.
For Swedish OEM buyers specifically looking for customized motion-control products, the first three companies are JKONGMOTOR, BESFOC Motor, and LeanMotor, followed by a selection of smaller or less globally prominent companies and specialist suppliers.
A brushless DC motor (BLDC motor) is an electronically commutated permanent-magnet motor that eliminates the mechanical brushes and commutator found in traditional brushed DC motors.
Instead of mechanical commutation, a BLDC motor uses an electronic controller to energize the stator windings in the correct sequence. Depending on the design, Hall sensors, encoders, sensorless control, or other feedback technologies can be used to determine rotor position and regulate speed or torque.
This architecture gives BLDC motors several important advantages:
High efficiency
Long operating life
Low mechanical wear
Low maintenance
High power-to-weight ratio
Good speed control
Low acoustic noise
Compact construction
High reliability in continuous-duty applications
For Swedish industrial applications where energy efficiency, reliability, and low maintenance are important, BLDC motors can be an excellent alternative to brushed DC motors and, in certain applications, conventional AC motors.
Not every BLDC motor is designed for the same job. Before selecting a supplier, buyers should understand the major motor configurations.
Standard brushless DC motors are typically used with an external motor controller or BLDC drive.
They are suitable for:
Fans
Pumps
Automation equipment
Conveyors
Small machinery
Medical equipment
Robotics
An integrated BLDC motor combines the motor and electronic drive into a compact assembly. Some versions also integrate an encoder, controller, communication interface, or other electronics.
This approach can reduce:
Wiring
Installation space
External components
Assembly time
System complexity
Integrated BLDC motors are particularly useful for AGVs, AMRs, robotics, packaging machines, and compact automation equipment.
A gearbox is added to the BLDC motor when the application requires higher output torque and lower speed.
Common options include:
Planetary gearboxes
Spur gearboxes
Worm gearboxes
Helical gearboxes
A BLDC servo system normally combines a brushless motor with feedback and a servo controller.
It is suitable when the application requires:
Precise speed control
Position feedback
Rapid acceleration
Dynamic torque response
Closed-loop control
For outdoor equipment, agricultural machinery, mobile robots, and equipment exposed to dust or moisture, a sealed BLDC motor may be required.
Depending on the design, protection levels such as IP54, IP65, or IP67 may be available.
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As a professional brushless dc motor manufacturer with 13 years in china, Jkongmotor offer various bldc motors with customized requirements, including 33 42 57 60 80 86 110 130mm, additionally, gearboxes, brakes, encoders, brushless motor drivers and integrated drivers are optional.
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Wires | Cover | Fan | Shaft | Integrated Driver | Brake | Gearbox | Out Rotor | Coreless Dc | Driver |
Because BLDC motors eliminate brush friction and mechanical commutation losses, they can provide high efficiency, particularly in applications requiring continuous operation.
There are no mechanical brushes to wear out. This can significantly reduce maintenance requirements compared with conventional brushed DC motors.
With an appropriate controller and feedback system, BLDC motors can provide stable speed regulation over a wide operating range.
Permanent-magnet rotors allow BLDC motors to achieve substantial torque and power in relatively compact packages.
For equipment operating continuously or in difficult-to-access locations, reduced maintenance can be a major advantage.
Proper electromagnetic and mechanical design can produce very smooth operation, making BLDC motors suitable for medical equipment, laboratory systems, robotics, and office automation.
BLDC motors are not automatically the best solution for every application.
They require electronic commutation, so the overall system normally needs a motor controller or driver.
The total system cost may therefore be higher than a basic brushed DC motor.
Other considerations include:
Controller compatibility
Electromagnetic interference
Feedback requirements
Thermal management
Initial system cost
Control software
Motor-driver matching
For OEM projects, these factors should be evaluated together rather than selecting a motor based only on rated power.
Before requesting a quotation, Swedish OEM buyers should prepare a clear technical specification.
Important parameters include:
Parameter | What to Check |
|---|---|
Voltage | 12V, 24V, 36V, 48V, 72V DC, etc. |
Rated Power | Continuous output power |
Rated Torque | Continuous operating torque |
Peak Torque | Short-duration acceleration/load requirements |
Speed | Rated and maximum RPM |
Duty Cycle | Intermittent or 24/7 continuous operation |
Motor Size | Diameter, frame size, and overall length |
Feedback | Hall sensor, encoder, resolver, or sensorless |
Controller | External or integrated driver |
Gearbox | Planetary, spur, worm, or other |
Brake | Electromagnetic brake if required |
Protection | IP54, IP65, IP67, etc. |
Environment | Temperature, humidity, dust, vibration |
Shaft | Diameter, keyway, length, custom geometry |
Communication | Pulse, RS485, CANopen, EtherCAT, etc. |
A good supplier should be able to discuss these parameters with the engineering team rather than simply offering a standard motor.
JKONGMOTOR is a Chinese manufacturer specializing in brushless motors, stepper motors, integrated servo motors, and motion-control solutions for international OEM customers. The company states that it was founded around 2010/2011 and operates a manufacturing facility in Changzhou, China, with more than 100 employees and a production capacity exceeding two million motors per year.
For Swedish OEMs, the company's biggest selling point is its emphasis on OEM/ODM customization, rather than only supplying catalog motors.
Brushless DC motors
Integrated BLDC motors
Integrated DC servo motors
Geared BLDC motors
BLDC motors with brakes
Waterproof BLDC motors
Closed-loop motors
Stepper motors
Integrated stepper servo motors
Motor drivers
Gearboxes
Encoders
Its BLDC portfolio covers multiple frame sizes, including approximately 33 mm, 42 mm, 57 mm, 60 mm, 80 mm, 86 mm, 90 mm, 110 mm, and 130 mm designs.
JKONGMOTOR is particularly attractive for OEM buyers that need a complete motion package. Customizations can include gearboxes, encoders, brakes, drivers, shafts, lead screws, communication interfaces, and waterproof configurations. Its integrated BLDC/servo products can also support Pulse, RS485, and CANopen control depending on the model.
For AGVs, AMRs, robotics, logistics equipment, medical devices, and industrial automation, this one-stop approach can reduce the number of separate components that an OEM needs to source.
BESFOC Motor is a Changzhou-based Chinese motor manufacturer established in 2011. The company describes itself as a manufacturer of integrated motors and linear motion products, with more than 100 employees and a production facility of more than 7,000 square meters.
BLDC motors
Integrated BLDC motors
Integrated stepper motors
Brushless motor drivers
Linear stepper motors
Linear motion products
Encoders
Gearboxes
BESFOC also offers integrated BLDC servo products. One example listed by the company is a 48V, 400W NEMA 24 integrated brushless DC servo motor with CANopen control, integrated drive electronics, and an absolute encoder.
The major advantage is its combination of motor manufacturing, integrated electronics, linear motion, and OEM customization. BESFOC states that it supports OEM/ODM projects and exports to international markets.
This makes it worth considering for robotics, automation machinery, CNC equipment, packaging machines, and medical equipment.
LeanMotor is another Changzhou-based Chinese manufacturer focused on stepper motors, BLDC motors, integrated motors, and motion-control products. The company reports more than 15 years of manufacturing experience, more than 100 employees, a facility of approximately 6,700 square meters, and annual production exceeding two million units.
Standard BLDC motors
Geared BLDC motors
BLDC servo motors
Brake BLDC motors
Waterproof BLDC motors
Integrated BLDC motors
Linear BLDC motors
Stepper motors
Integrated servo motors
Motor drivers
Its BLDC motor sizes include 33 mm, 42 mm, 57 mm, 60 mm, 80 mm, 86 mm, 110 mm, and 130 mm.
LeanMotor is especially relevant to OEM customers looking for customized BLDC motors at competitive manufacturing costs. It also offers related gearboxes, brakes, encoders, and drivers, making it easier to develop a complete motor assembly.
Ankarsrum Electric Motors is a genuine Swedish motor manufacturer based in Ankarsrum, Sweden. The company develops and manufactures electric motors and related products. It has also introduced a range of Swedish-made brushless DC motors.
Electric motors
Brushless DC motors
AC motors
Universal motors
Customized motor solutions
Its strongest advantage is local Swedish engineering and manufacturing. The company positions its BLDC technology around long operating life, high performance, and minimal maintenance, making it interesting for industrial OEM projects that value local production.
Compotech is a Swedish engineering-oriented supplier with strong capabilities in customized motor technology. Rather than focusing only on off-the-shelf motors, the company emphasizes application-specific motor development.
Customized BLDC motors
Printed-winding motors
Coreless servo motors
Four-pole brushless motors
Ten-pole BLDC motors
Frameless motors
Direct-drive motors
Micro motors
Compotech's distinctive technology is its printed winding approach, which can provide lower inductance, improved heat dissipation, high power density, and fast dynamic response.
It is particularly interesting for high-performance robotics, medical equipment, instrumentation, and applications where motor size is tightly constrained.
Simplex Motion AB is located in Gothenburg, Sweden, and develops and manufactures integrated servomotors and speed-control motors. Its technical documentation specifically identifies the company as a Swedish developer and manufacturer.
Integrated servomotors
BLDC speed-control motors
Integrated drive motors
Motor controllers
Simplex Motion focuses heavily on compact integrated motion control. Its products can combine the motor, electronics, and feedback technology into one system, which is attractive for robotics, AGVs, mobile automation, and compact machinery.
Transmotec is a Sweden-based supplier of motors and motion products, located in Täby. Its product range includes brushless DC motors alongside other motor technologies.
Brushless DC motors
Internal-driver BLDC motors
External-driver BLDC motors
Planetary geared motors
Brushed DC motors
Stepper motors
Linear actuators
Solenoids
The company is useful for OEMs that want to compare standard and customized DC motor technologies through one supplier.
POWER&D AB is based in Danderyd, Sweden, and supplies specialized motion components and motor technologies. Its portfolio includes brushless permanent-magnet motor modules and other motion products.
Brushless motor modules
Rotor/stator kits
Stepper motors
Servo-related products
Gearboxes
Motor components
Its rotor/stator solutions can be valuable when the customer needs to integrate the motor directly into the machine structure.
Stegia is a Swedish motion-technology company listed among brushless motor suppliers serving Sweden. It is associated with customized motor and motion solutions rather than mass-market consumer motors.
Brushless motors
Customized motor systems
Motion-control solutions
Industrial motor components
Its strength is the ability to work with specialized industrial applications where standard catalog motors may not provide the required mechanical or electrical configuration.
Transmotec deserves attention from Swedish buyers because of its focus on small and medium industrial OEM applications and its broad DC motor portfolio. Its BLDC range includes external-driver and internal-driver configurations.
12–48V BLDC motors
BLDC motors with internal drivers
Planetary geared BLDC motors
DC motors
Linear actuators
A broad selection makes Transmotec useful during the early engineering stage when OEMs need to compare speed, torque, voltage, gearbox, and control architecture.
OEM Motor is a Swedish supplier offering a broad range of electric motors and industrial components. Its BLDC catalog includes inner-rotor and outer-rotor motors from several international manufacturers.
BLDC motors
Integrated BLDC motors
Geared BLDC motors
Frameless motors
Servo motors
Brushed DC motors
Its main advantage is breadth of supplier selection. The company offers numerous BLDC configurations, including integrated-drive products, gear motors, IP-rated motors, and motors with encoder or brake options.
MultiComponent is a Sweden-based electronic and electromechanical component supplier located in Mölndal. Its portfolio includes DC brushless motors and customized motor options.
DC brushless motors
DC brushed motors
Servo motors
Fans
Cooling components
Electronic components
MultiComponent can be useful for OEMs that need motors together with other electromechanical components. Its BLDC range covers multiple power levels, voltages, speeds, and torque ratings.
Eupac Sales AB is based in Kungsbacka, Sweden, and acts as a specialist representative and supplier for motor and component technologies. Its portfolio includes BLDC motors, DC motors, stepper motors, fans, bearings, and solenoids.
BLDC motors
DC motors
Stepper motors
Cooling fans
Bearings
Solenoids
The company provides Swedish technical support and customized product sourcing, making it useful for OEMs that prefer to work with a local supplier.
ETEL has a presence in Sweden and is known internationally for high-performance direct-drive and precision motion technologies. Industry supplier listings identify its Swedish location as a manufacturer.
Torque motors
Direct-drive motors
Linear motors
Precision motion systems
ETEL is particularly suitable for high-precision motion applications where positioning accuracy, dynamic response, and direct-drive architecture are more important than low-cost general-purpose motor applications.
ROTEK is represented in the Swedish BLDC market with its Romotion range. Its products are positioned around BLDC motors with integrated drive electronics.
Integrated BLDC motors
BLDC drive systems
Compact motor assemblies
The integrated-drive architecture can reduce external wiring and simplify machine integration.
SIBONI products are available through Swedish motor suppliers and include brushless motor solutions designed for industrial motion control. OEM Motor's Swedish catalog lists SIBONI brushless motors with integrated control capabilities.
Brushless motors
Integrated BLDC motors
Servo motors
Gearbox motor systems
The combination of BLDC motor, feedback, communication, and optional gearbox/brake makes these products suitable for more advanced automation systems.
GEFEG-NECKAR is a specialist motor manufacturer represented in the Swedish market. Its BLDC products cover compact industrial motor designs and versions intended for demanding environments.
BLDC motors
Geared BLDC motors
Planetary geared motors
Worm-geared motors
Stainless-steel BLDC motors
One notable advantage is the availability of IP65/IP67 stainless-steel configurations, which can be useful in food processing, pharmaceutical, and harsh industrial environments.
Crouzet Motors is an established motor brand whose BLDC products are available to Swedish industrial customers. Its Swedish market listings include BLDC motors with integrated drives.
BLDC motors
Integrated BLDC motors
Geared motors
Motor-control solutions
Crouzet is particularly relevant where compactness, long service life, low noise, and integrated control are important.
Shayang Ye products are available through Swedish industrial motor channels and include compact BLDC motors designed for equipment manufacturers.
Small BLDC motors
Planetary geared BLDC motors
Worm-geared BLDC motors
Integrated-control BLDC motors
The company's product range is useful for applications with tight installation constraints, especially where a compact gearbox and BLDC motor need to be combined.
Fulling Motor is an international manufacturer headquartered in Changzhou, China, with BLDC motors distributed into the Swedish and European industrial market. Its Swedish market listings show a broad range of BLDC motors, including integrated-drive, geared, encoder-equipped, and IP-rated configurations.
BLDC motors
Integrated BLDC motors
Geared BLDC motors
Stepper motors
Servo motors
Motor drivers
Fulling is particularly relevant for OEMs looking for a broad product range and cost-effective industrial motor sourcing.
Sweden has a highly developed manufacturing and automation sector, with strong demand for energy-efficient motors, precision motion control, robotics, autonomous mobile systems, and intelligent factory equipment. Advanced manufacturing in Sweden spans automotive, industrial machinery, automation, food processing, forestry, chemical industries, and other engineering-intensive sectors.
In this environment, brushless DC (BLDC) motors are increasingly attractive because they combine high efficiency, compact size, low maintenance, long service life, and excellent controllability. When paired with encoders, gearboxes, brakes, or integrated drivers, BLDC motors can serve applications ranging from AGVs and AMRs to robotics, medical equipment, packaging machinery, and automated production lines.
One of the most important applications for BLDC motors in Sweden is autonomous mobile robotics.
Swedish manufacturers and automation integrators are actively deploying AGVs and AMRs for internal logistics, material transportation, production supply, and warehouse operations. Swedish automation companies describe AGV/AMR applications including production flows, material movement between processes, mobile workstations, and production-related logistics.
A BLDC motor is well suited to mobile robots because the motor can provide:
High torque in a compact package
Efficient battery operation
Precise speed control
Rapid acceleration and deceleration
Low maintenance
Long continuous operating life
Compatibility with regenerative braking
Easy integration with encoders and motor controllers
For an AGV or AMR, a 24V or 48V BLDC motor with an integrated controller and encoder can be particularly attractive.
A typical Swedish industrial mobile robot may require:
BLDC motor + planetary gearbox + encoder + controller
For higher-performance platforms, an integrated servo motor can further reduce wiring and cabinet space.
Important specifications include:
Battery voltage
Wheel diameter
Vehicle weight
Maximum payload
Required travel speed
Continuous torque
Peak acceleration torque
Gear reduction ratio
Encoder resolution
Brake requirement
IP protection
Operating temperature
For example, an AGV operating continuously in a production plant may require a different motor from a lightweight warehouse AMR. The motor should therefore be selected according to the complete drive system rather than rated power alone.
Sweden has a mature robotics ecosystem, including industrial robots, collaborative robots, mobile manipulators, and automated production cells. KUKA's Swedish operation, for example, provides industrial robots, AMRs, production machines, and complete automation solutions.
BLDC motors can be used in several parts of robotic systems.
A BLDC motor combined with a high-ratio gearbox and encoder can provide:
High torque density
Closed-loop speed control
Position feedback
Smooth acceleration
Compact mechanical integration
For robotic joints, OEM designers often look for low-inertia rotors, high peak torque, low cogging torque, and high-resolution feedback.
Smaller BLDC motors can drive:
Electric grippers
Rotary grippers
Tool changers
Small actuators
Automated clamps
The compact size of BLDC motors is particularly useful when the motor must be integrated directly into a robotic end effector.
Automotive manufacturing is one of Sweden's important industrial sectors, while electrification is creating additional demand for automated production equipment.
Automation systems used for electric-vehicle manufacturing include robotics, machine control, vision, safety systems, material handling, and automated assembly.
BLDC motors can be used in:
Assembly equipment
Conveyor systems
Battery manufacturing equipment
Inspection machines
Automated fastening systems
Material handling
Positioning mechanisms
Cooling and ventilation equipment
Test equipment
Battery production is especially demanding because manufacturing processes require accurate positioning, repeatability, controlled acceleration, and high equipment uptime.
For these applications, an encoder-equipped BLDC motor or BLDC servo motor can provide better control than a simple open-loop motor.
Packaging automation is another important application for BLDC motors.
Packaging machines frequently perform repetitive, high-speed movements such as:
Feeding
Sorting
Indexing
Cutting
Sealing
Labeling
Filling
Capping
Conveying
A BLDC motor can provide the combination of speed, efficiency, compactness, and repeatability required by these systems.
For indexing applications, an encoder can be added for closed-loop speed or position feedback.
For conveyor applications, a geared BLDC motor can provide higher torque at a lower output speed.
Packaging equipment often operates for long periods, making efficiency and maintenance important.
The absence of mechanical brushes means there is no brush replacement schedule, while electronic commutation supports precise speed control.
For OEM machine builders, an integrated BLDC motor with a built-in driver can also simplify machine wiring.
Swedish manufacturing places considerable emphasis on automation, digitalization, efficiency, and smart production. Swedish automation integrators provide solutions covering material handling, machining, assembly, testing, logistics, and machine building.
BLDC motors can be integrated into numerous production-line mechanisms.
Typical examples include:
Conveyor drives
Belt drives
Rollers
Feed mechanisms
Linear actuators
Rotary tables
Automatic doors
Inspection systems
Sorting mechanisms
Machine-tool auxiliary axes
For a production machine, the correct motor should be selected according to the actual load profile.
A motor that looks adequate based on nominal torque may still overheat if it repeatedly accelerates a heavy load.
Sweden's logistics industry is another promising application area for BLDC motors.
Modern intralogistics systems use AMRs, AGVs, conveyors, robotic handling systems, automated storage equipment, and intelligent material-flow systems.
AMRs can perform tasks such as line-side delivery, order picking, movement of pallets, work-in-progress transportation, and waste removal.
BLDC motors can power:
Mobile robot wheels
Conveyor rollers
Lifting mechanisms
Automated carts
Sorting systems
Pallet handling equipment
Robotic transport platforms
For battery-powered warehouse equipment, motor efficiency becomes particularly important because every unnecessary electrical loss reduces operating time between charging cycles.
Sweden has a significant medical technology and life-science sector, creating demand for compact and reliable motion systems.
BLDC motors can be used in:
Medical pumps
Laboratory automation
Diagnostic equipment
Patient positioning systems
Medical imaging mechanisms
Automated sample handling
Surgical equipment
Ventilation systems
Dental equipment
Medical equipment generally places greater emphasis on:
Low noise
Smooth rotation
Long service life
Precise speed control
Low vibration
Compact construction
Reliability
For these applications, a low-noise BLDC motor with encoder feedback can be a better choice than a basic brushed DC motor.
Sweden's advanced manufacturing sector includes food-processing equipment, and automation is widely used to improve productivity, consistency, and hygiene.
BLDC motors can be applied to:
Filling machines
Dosing equipment
Conveyors
Cutting machines
Mixing equipment
Packaging machines
Labeling systems
Sorting machines
In food-related environments, the motor's mechanical construction becomes especially important.
OEM buyers may require:
Stainless-steel housings
IP65/IP67 protection
Washdown resistance
Corrosion resistance
Appropriate cable and connector designs
Low-temperature operation
A sealed geared BLDC motor can be useful where high torque and protection from moisture are both required.
Textile equipment requires stable speed, accurate tension control, and long periods of continuous operation.
BLDC motors can be used for:
Spindles
Rollers
Feed mechanisms
Winding equipment
Cutting systems
Textile conveyors
Tension-control systems
The motor's low maintenance requirement is particularly useful in machinery that operates continuously.
For precision textile equipment, the combination of BLDC motor + encoder + closed-loop controller can help maintain consistent operating speed even when the mechanical load changes.
Sweden has strong forestry, pulp, paper, mining, and heavy-industry sectors. These environments can impose significantly greater mechanical and environmental demands on motors. Swedish industrial automation is particularly active across sectors such as automotive, mining, pulp and paper, and heavy industry.
BLDC motors may be used for auxiliary mechanisms, positioning systems, pumps, actuators, fans, inspection systems, and automated handling equipment.
However, engineers should pay particular attention to:
Shock and vibration
Dust
Moisture
Temperature
Continuous load
Gearbox durability
Bearing life
IP protection
For outdoor equipment, a sealed BLDC gear motor may be more appropriate than an exposed standard motor.
Solar tracking equipment requires motors that can operate at relatively low speeds while providing sufficient torque to move and hold solar-panel structures.
A BLDC motor combined with a gearbox can provide:
High output torque
Low output speed
Good efficiency
Long operating life
Reduced maintenance
For outdoor Swedish applications, designers should evaluate the entire motor system for:
temperature + moisture + corrosion + gearbox load + holding torque + IP rating.
If the mechanism can be back-driven by wind loads, the gearbox and braking or self-locking mechanism also need to be considered.
BLDC motors are particularly suitable for variable-speed fans and pumps because motor speed can be electronically controlled according to actual demand.
Applications include:
HVAC fans
Ventilation systems
Industrial fans
Circulation pumps
Cooling systems
Air-handling equipment
The ability to regulate speed can reduce unnecessary energy consumption compared with running a motor continuously at full speed.
This is particularly relevant to Swedish industrial facilities where energy efficiency and sustainable production are important engineering considerations.
Battery-powered equipment is another important BLDC motor application.
Possible applications include:
Electric carts
AGVs
AMRs
Electric pallet trucks
Mobile platforms
Small electric utility vehicles
Automated transport systems
BLDC motors are attractive because they offer high power density and can be efficiently controlled using electronic drives.
For battery-powered systems, engineers should evaluate:
Battery voltage
Continuous current
Peak current
Motor efficiency
Regenerative braking
Thermal performance
Controller compatibility
The motor and controller should be treated as one electrical system.
BLDC motors can also be used in cleanroom-compatible automation.
Potential applications include:
Semiconductor equipment
Laboratory automation
Precision inspection
Medical manufacturing
Electronics assembly
Automated handling
KUKA's Swedish automation portfolio, for example, includes AMR and robotic solutions suitable for cleanroom applications.
For clean environments, the motor design may need to minimize:
Particle generation
Lubricant contamination
Heat generation
Vibration
Acoustic noise
A customized BLDC motor can therefore be designed around the environmental requirements of the equipment.
Small BLDC motors are also suitable for automatic doors, gates, shutters, and access-control mechanisms.
The main requirements usually include:
Low noise
High starting torque
Frequent start-stop operation
Compact dimensions
Reliable position control
Long service life
An integrated BLDC motor with an encoder can simplify the design of an automatic door system by combining the motor, feedback, and electronics into a compact package.
The application should always determine the motor specification.
For a Swedish OEM project, the following parameters should be evaluated before selecting a BLDC motor:
12V
24V
36V
48V
72V
Rated current
Peak current
Rated power
Rated torque
Peak torque
Rated RPM
Maximum RPM
Shaft diameter
Mounting flange
Gear ratio
Radial load
Axial load
Hall sensors
Encoder
Sensorless control
Integrated driver
CANopen
RS485
Pulse control
Other industrial communication interfaces
IP rating
Operating temperature
Humidity
Dust
Vibration
Shock
Corrosion
Swedish machinery manufacturers often develop specialized equipment rather than generic mass-market products. This means the motor may need to fit a very specific mechanical and electrical architecture.
A customized BLDC motor can include:
Custom winding
Custom voltage
Custom speed
Custom shaft
Custom mounting flange
Encoder
Brake
Planetary gearbox
Worm gearbox
Integrated controller
Special connector
Waterproof housing
Custom cable
Special communication interface
For AGVs, AMRs, robotics, packaging machines, medical equipment, and industrial automation, OEM/ODM customization can be more valuable than simply selecting the lowest-cost standard motor.
The application potential for brushless BLDC motors in Sweden extends far beyond conventional motor-driven equipment. Sweden's strong manufacturing and automation ecosystem creates opportunities across AGVs, AMRs, robotics, automotive production, EV manufacturing, packaging, warehouse automation, medical equipment, food processing, textile machinery, forestry, HVAC, pumps, and precision automation.
The most suitable motor depends on the machine's actual requirements. A compact 24V BLDC motor may be ideal for a mobile robot, while a 48V geared BLDC servo motor may be more appropriate for a high-load AGV. A sealed IP67 motor may be required for outdoor machinery, while a low-noise encoder-equipped motor may be better suited to medical equipment.
For OEM projects, the key is to evaluate torque, speed, voltage, duty cycle, efficiency, feedback, gearbox, environmental protection, control method, and customization capability together.
As Swedish manufacturers continue investing in automation, electrification, and flexible production, BLDC motor technology is well positioned to support the next generation of efficient, compact, intelligent, and low-maintenance motion systems.
Feature | BLDC Motor | Brushed DC Motor |
|---|---|---|
Brushes | No | Yes |
Mechanical wear | Low | Higher |
Maintenance | Low | Higher |
Efficiency | Generally higher | Generally lower |
Speed control | Excellent with electronic controller | Simple |
Operating life | Long | Limited by brush wear |
Noise | Generally lower | Brush noise possible |
Initial system cost | Higher | Lower |
Controller | Required | Simpler drive possible |
Continuous operation | Excellent | Application dependent |
For high-volume OEM equipment, the higher initial electronics cost of a BLDC system can often be justified by reduced maintenance, higher efficiency, and longer service life.
Before placing a purchase order, ask the manufacturer these questions:
What is the continuous rated torque?
What is the peak torque?
What is the rated speed?
Can the motor operate continuously at the specified load?
Is Hall feedback included?
Can an encoder be installed?
Is the driver integrated?
Which communication protocols are supported?
Can the shaft be customized?
Can a gearbox be added?
Is an electromagnetic brake available?
What IP protection levels are available?
What is the operating temperature range?
Can the winding be customized?
What is the expected sample lead time?
What is the mass-production lead time?
What certifications are available?
Can the supplier provide 2D drawings and 3D CAD files?
Can the supplier support prototype testing?
What OEM/ODM engineering support is available?
These questions help buyers compare suppliers based on the complete motor system, rather than simply comparing unit prices.
For many equipment manufacturers, choosing a BLDC motor is not simply about finding a motor with the right voltage and power. In real projects, the motor often needs to fit a specific machine, load, control system, and installation space.
That is where OEM and ODM customization becomes important.
At Jkongmotor, we provide customized BLDC motor solutions for different equipment and motion-control applications. Our goal is simple: instead of asking customers to redesign their machines around a standard motor, we work with them to make the motor fit the application.
A standard BLDC motor works well for many applications, but it may not be the best fit for a specific machine.
For example, an OEM may need:
A special shaft diameter or length
A different mounting pattern
Higher torque at a specific speed
Lower motor noise or vibration
A particular operating voltage
An encoder for feedback
A gearbox for higher output torque
A brake for holding the load
An integrated motor driver
A specific cable or connector
These requirements are common in AGVs, AMRs, robotics, packaging machines, medical equipment, automation systems, pumps, and other industrial equipment.
Instead of using several separate components, a customized BLDC motor can be designed around the actual machine requirements.
Jkongmotor offers a wide range of BLDC motor configurations, from standard brushless motors to integrated BLDC servo motors, geared BLDC motors, brake motors, outer-rotor motors, flat BLDC motors, and AGV hub motors.
Motor performance can be adjusted according to the application.
Typical parameters include:
Voltage
Power
Speed
Torque
Winding
Motor dimensions
Operating conditions
For example, if a machine needs more torque at a relatively low speed, adding the right gearbox may be more practical than simply increasing motor power.
The shaft is often one of the most important mechanical interfaces.
Jkongmotor can customize shaft size, length, shape, keyway, gears, pulleys, and other mechanical features to make the motor easier to install directly into the customer's equipment.
This can save additional adapters and reduce installation problems during assembly.
When an application needs higher torque and lower output speed, Jkongmotor can combine the BLDC motor with different gearbox options, including:
Planetary gearboxes
Worm gearboxes
Spur gearboxes
The gearbox can be selected according to the required speed, torque, efficiency, and installation space.
For applications requiring more accurate speed or position control, an encoder can be added.
This is especially useful for:
Robotics
AGVs and AMRs
Automated machinery
Positioning equipment
Servo applications
A BLDC motor with encoder feedback can provide more precise control than a basic open-loop motor.
Some equipment needs the motor to hold its position when power is removed.
For these applications, Jkongmotor can provide brake BLDC motors with an electromagnetic brake. This can be useful for vertical axes, lifting systems, mobile equipment, and other applications where unwanted movement needs to be prevented.
Another common OEM requirement is to reduce wiring and save installation space.
Jkongmotor's integrated BLDC solutions can combine the motor and drive electronics into one compact unit. Depending on the design, integrated solutions can also support feedback and communication functions.
This approach is particularly useful when the machine has limited installation space or when the customer wants to simplify the electrical system.
Although OEM and ODM are often mentioned together, they are slightly different.
OEM customization usually means modifying a motor based on the customer's specifications. The basic motor platform may already exist, but features such as the shaft, winding, connector, encoder, gearbox, or brake are customized.
ODM development goes further. The supplier can participate in the motor design and help develop a solution around the customer's equipment and application.
For OEM customers, this can be especially useful when there is no suitable off-the-shelf BLDC motor.
The main benefit of customization is not simply getting a motor with unusual dimensions.
A well-designed customized BLDC motor can help improve the entire motion system.
For example:
Motor + Gearbox + Encoder + Brake + Driver
can be developed as one coordinated solution rather than five independent components.
This can help reduce:
Wiring
Installation space
Mechanical adapters
Assembly work
Component matching problems
Engineering time
Jkongmotor offers BLDC motors ranging from approximately 20W to 3000W, with frame sizes from about 33mm to 130mm and multiple voltage options. This provides a broad starting point for different OEM applications.
For an OEM project, the process does not have to be complicated.
A typical project can start with a few basic details:
Equipment type
Required speed
Required torque
Voltage
Duty cycle
Installation dimensions
Environmental conditions
Feedback requirements
Gearbox or brake requirements
Expected annual quantity
Jkongmotor's development process includes application and requirement confirmation, technical evaluation, solution proposal, prototype development, sample testing, pilot production, and mass production preparation.
This is particularly helpful when the customer is developing a new machine and needs engineering support rather than just a product catalog.
Jkongmotor has focused on stepper motors and brushless motors since 2010, with a manufacturing facility of about 7,000 square meters and an annual production capacity exceeding two million motors.
For OEM and ODM customers, the key advantages include:
Factory-direct manufacturing
OEM and ODM customization
Wide BLDC motor range
Custom shafts and mounting structures
Gearbox integration
Encoder and brake options
Integrated drivers
Multiple control methods
Prototype and sample development
Mass-production support
International certification support
The company states that its motors meet standards and certifications including ISO9001, ISO14001, CE, and RoHS.
A standard BLDC motor can be a good starting point, but it is not always the best solution for an OEM machine.
When space is limited, the load is unusual, the shaft needs to be customized, or the motor needs an encoder, gearbox, brake, or integrated driver, OEM and ODM customization can make the development process much easier.
At Jkongmotor, we focus on developing BLDC motor solutions around the customer's actual application. Whether the requirement is a compact motor for robotics, a geared BLDC motor for an AGV, an encoder-equipped motor for automation, or an integrated BLDC servo solution, customization allows the motor to work with the machine instead of forcing the machine to work around the motor.
For OEM buyers, that can mean simpler integration, better performance, and a more practical motor solution for mass production.
There is no single BLDC motor manufacturer that is ideal for every Swedish application.
For OEM/ODM customized BLDC motors, integrated BLDC servo motors, geared BLDC motors, and complete motion-control solutions, JKONGMOTOR is a strong option, particularly for AGVs, AMRs, robotics, automation, logistics equipment, medical devices, and other industrial applications. Its published product portfolio includes standard BLDC motors as well as integrated drivers, encoders, gearboxes, brakes, and waterproof configurations.
BESFOC Motor is another strong choice for buyers seeking integrated motors, BLDC products, linear motion, and OEM/ODM services.
LeanMotor is particularly relevant for customers comparing customized BLDC motors, geared BLDC motors, waterproof motors, integrated BLDC motors, and related motion-control components.
For customers who prioritize Swedish manufacturing, Ankarsrum Electric Motors and other Sweden-based engineering and motion companies deserve closer evaluation.
For high-precision applications, specialist companies such as Compotech, Simplex Motion, POWER&D, and ETEL may be worth considering.
Ultimately, Swedish OEM buyers should evaluate suppliers against the complete specification: torque, speed, voltage, duty cycle, efficiency, feedback, gearbox, protection rating, environmental conditions, customization capability, quality documentation, delivery time, and total cost of ownership.
A good BLDC motor is not simply the one with the highest rated power. It is the motor that delivers the required torque and speed reliably, efficiently, and consistently within the actual mechanical and electrical conditions of the machine.
An OEM BLDC motor is a brushless DC motor customized for a customer's equipment or application. Customization can include voltage, speed, torque, shaft dimensions, mounting, encoder, brake, gearbox, connector, and other requirements.
A customized BLDC motor can be designed around the actual machine requirements. This can make installation easier, reduce additional components, improve motor performance, and help avoid compromises caused by using an unsuitable standard motor.
Jkongmotor can customize various BLDC motor configurations, including motor windings, shafts, mounting dimensions, gearboxes, encoders, brakes, drivers, connectors, cables, and other mechanical or electrical specifications.
Yes. Jkongmotor can provide geared BLDC motors with options such as planetary, spur, and worm gearboxes. The gearbox can be selected according to the required output speed, torque, efficiency, and installation space.
Yes. An encoder can be integrated into a BLDC motor when the application requires more accurate speed or position feedback. Encoder-equipped BLDC motors are commonly used in robotics, AGVs, AMRs, automation equipment, and positioning systems.
Yes. Jkongmotor offers integrated BLDC motor solutions that combine the motor with drive electronics in a compact assembly. Depending on the model, additional feedback and communication functions can also be integrated.
Yes. Electromagnetic brake options are available for applications that need the motor to hold a load when power is removed, such as lifting equipment, vertical axes, AGVs, and other automation systems.
The most useful information includes voltage, rated speed, required torque, power, duty cycle, installation dimensions, shaft requirements, operating environment, feedback requirements, gearbox ratio, brake requirements, and expected quantity.
Yes. Jkongmotor supports both OEM customization and ODM motor development. Customers can provide an existing motor specification, drawing, or application requirements, and the engineering team can work toward a suitable motor solution.
Customized Jkongmotor BLDC motors can be used in AGVs, AMRs, robotics, packaging machines, medical equipment, conveyors, industrial automation, logistics equipment, pumps, fans, and other motion-control applications.
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