English
Views: 0 Author: Jkongmotor Publish Time: 2026-08-31 Origin: Site
When an OEM needs a compact motor for an AGV, robotic actuator, packaging machine, laboratory system, conveyor, or automated production line, the traditional combination of BLDC motor + external servo drive + encoder + controller is no longer always the most practical solution.
An integrated BLDC servo motor brings these components together in one compact motion-control unit. The result is a motor that can provide closed-loop speed, position, and torque control while reducing cabinet space, wiring, installation time, and integration work.
For Estonian machine builders and automation companies, this product category is particularly attractive where equipment needs to be compact, energy-efficient, reliable, and easy to integrate into a modern control architecture.
This guide reviews 20 integrated BLDC servo motor manufacturers and relevant suppliers for the Estonian market, with particular attention to product range, customization, communication interfaces, encoder technology, mechanical options, and suitability for OEM projects.
Important market note: Estonia has a relatively small domestic motor-manufacturing base for this specialized product category. Therefore, this list includes companies that manufacture relevant motors or integrated motion systems and can supply or support customers in Estonia. It should not be interpreted as a list of 20 Estonia-based factories.
An integrated BLDC servo motor combines several traditionally separate motion-control components into a single assembly.
A typical unit may contain:
Brushless DC motor
Servo drive
Encoder
Microcontroller
Motion-control electronics
Communication interface
Protection circuitry
Optional brake
Optional gearbox
Optional cooling system
The encoder continuously measures shaft position or speed. The internal controller compares actual movement with the commanded movement and adjusts motor current accordingly.
This creates a closed-loop motion system rather than a simple open-loop BLDC motor.
Modern integrated BLDC servo motors may support Pulse/Direction, RS-485, Modbus, CANopen, EtherCAT, EtherNet/IP, PROFINET, or other industrial communication methods.
For example, JKONGMOTOR's integrated BLDC servo range combines the motor, driver, and encoder and supports Pulse, RS-485, and CANopen control, with higher-end configurations also available with EtherCAT.
|
|
|
|
|
|
Integrated Dc Servo Motor with Brake |
|||||
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Shaft |
Lead Screw |
Module |
Linear Motion |
Brake |
Gearbox |
Worm Gearbox |
Wires |
Protect Level |
Protect Level |
An integrated DC servo motor is more than a motor with a driver attached. It is a compact closed-loop motion system that brings together the DC/BLDC motor, encoder, and servo drive in one housing. This architecture can reduce wiring, save control-cabinet space, simplify installation, and provide closed-loop speed and position control. JKONGMOTOR currently groups its integrated DC servo portfolio into six practical configurations: standard integrated DC servo, planetary geared BLDC servo, worm geared BLDC servo, brake integrated DC servo, IP65 integrated DC servo, and AGV DC servo motor with STO.
The standard Integrated DC Servo Motor is the basic all-in-one solution for applications that need accurate speed and position control without adding a separate external servo drive.
The motor, encoder, and drive are integrated into one compact unit. According to JKONGMOTOR's product information, this architecture is designed to reduce wiring complexity, save installation space, and simplify integration into automation equipment and OEM motion-control systems.
For machine builders, this configuration is particularly useful when the available installation space is limited or when several motor axes need to be distributed directly around the machine.
Typical applications include:
Industrial automation
Robotics
Packaging machinery
CNC equipment
Medical automation
Conveyor systems
Semiconductor equipment
OEM machinery
The product platform supports Pulse, RS-485 Modbus-RTU, and CANopen, while the broader integrated servo platform also lists EtherCAT options. JKONGMOTOR specifies frame sizes including NEMA 8, 11, 17, 23, 24, and 34, with different protection and customization options available.
Best choice when: the application needs compact closed-loop servo control but does not require additional mechanical transmission.
The Planetary Geared BLDC Servo Motor adds a precision planetary gearbox to the integrated servo architecture.
Instead of installing a separate motor, servo drive, encoder, and gearbox, the complete motion unit combines these elements into one assembly. JKONGMOTOR describes this configuration as a high-torque-density, low-backlash solution intended for AGVs and demanding industrial automation applications.
The planetary gearbox changes the motor's speed-torque relationship. In practical terms, the machine can obtain higher output torque and lower output speed while maintaining the benefits of closed-loop servo control.
This makes the configuration useful for:
AGV and AMR drive systems
Robotic joints
Material-handling equipment
Conveyors
Automated lifting mechanisms
Packaging machinery
Precision positioning systems
For OEM designers, the major advantage is mechanical integration. The gearbox is matched with the motor and servo system rather than being selected as a completely independent component.
Best choice when: the machine needs higher output torque, controlled lower speed, compact installation, and precise motion.
The Worm Geared BLDC Servo Motor is designed for applications where the motor needs to deliver torque through a right-angle worm gearbox.
JKONGMOTOR integrates the motor, servo drive, encoder, and worm gearbox into a space-saving assembly. The company's product description highlights high torque, self-locking capability, and simplified machine layout.
The right-angle configuration can be especially valuable when the available mechanical space does not allow a conventional in-line motor-and-gearbox arrangement.
Typical applications include:
Conveyor systems
Automated doors
Material-handling equipment
Compact robotics
Lifting mechanisms
Positioning systems
Industrial automation
One important characteristic is the potential self-locking behavior associated with certain worm-gear ratios and operating conditions. However, engineers should not assume that every worm gearbox is inherently safe for load holding. Actual self-locking performance depends on gearbox geometry, ratio, lubrication, load, orientation, vibration, and operating conditions.
Best choice when: the application requires high reduction, right-angle transmission, compact packaging, and potentially strong holding characteristics.
The Brake Integrated DC Servo Motor adds an electromagnetic brake to the motor, encoder, and servo drive.
This configuration addresses a common engineering problem: what happens when the motor stops or power is removed and the load must remain in position?
JKONGMOTOR describes its brake integrated DC servo as an all-in-one solution combining the motor, encoder, drive, and electromagnetic brake, with applications particularly suited to vertical axes and automated machinery.
The brake is particularly valuable when gravity or external forces could cause the mechanical load to move after the motor stops.
Common applications include:
Vertical lifting axes
Automated handling systems
AGVs and mobile equipment
Robotic mechanisms
Electric actuators
Packaging machinery
Automated doors
Material-handling equipment
For OEM engineers, integrating the brake directly into the servo motor can reduce the number of mechanical components and simplify wiring.
However, the brake should be selected according to the actual static load, braking torque, stopping frequency, emergency-stop requirements, and safety architecture. A holding brake should not automatically be treated as the machine's complete safety system.
Best choice when: the application needs load holding, vertical-axis control, or additional mechanical stopping capability.
The IP65 Integrated DC Servo Motor is designed for applications where the motor must operate in a more demanding environment.
The motor, driver, and encoder are integrated into a compact housing with IP65 protection. JKONGMOTOR describes the configuration as dust-tight and water-resistant, making it suitable for industrial environments where ordinary open or lower-protection motor assemblies may be unsuitable.
This configuration is particularly relevant when the motor is mounted outside a traditional electrical cabinet or directly on mobile machinery.
Potential applications include:
Outdoor automation
Mobile robots
AGVs and AMRs
Food-processing equipment
Packaging machinery
Agricultural machinery
Industrial machinery exposed to dust or moisture
OEM equipment requiring protected electronics
JKONGMOTOR also states that different protection levels, including IP30, IP54, and IP65, can be available depending on configuration.
For an OEM project, IP rating should not be selected by number alone. Cable glands, connectors, shaft seals, mounting orientation, thermal conditions, cleaning methods, and the actual exposure environment all need to be considered.
Best choice when: the integrated servo motor must operate in dusty, humid, outdoor, or otherwise demanding industrial environments.
The AGV DC Servo Motor with STO (Safe Torque Off) is the safety-oriented configuration in the product family.
AGVs and AMRs require more than accurate wheel-speed control. They also need a reliable way to prevent unintended motor torque when a safety function is activated.
STO is designed to remove the motor-generating torque capability through the drive's safety architecture. JKONGMOTOR positions its AGV DC servo motors with STO for intelligent logistics, robotics, and industrial automation, emphasizing high torque density, fast response, and functional-safety-oriented protection.
This configuration is particularly relevant to:
AGVs
AMRs
Autonomous mobile robots
Warehouse robots
Intelligent logistics vehicles
Automated transport systems
Industrial mobile platforms
For AGV manufacturers, an integrated DC servo with STO can help simplify the relationship between the drive, motor, feedback system, and safety circuit. However, STO is only one part of a complete machine safety design. The overall AGV safety architecture may also involve safety PLCs, emergency-stop circuits, dual-channel inputs, brakes, safety scanners, contactors, and other protective functions.
Best choice when: the mobile robot requires closed-loop wheel control plus a drive-level safety function such as STO.
The six configurations address different engineering priorities:
Integrated DC Servo Type |
Main Advantage |
Typical Applications |
|---|---|---|
Integrated DC Servo Motor |
Compact closed-loop control |
Automation, robotics, packaging |
Planetary Geared BLDC Servo |
High torque + low backlash |
AGV, AMR, robotics |
Worm Geared BLDC Servo |
High reduction + right-angle layout |
Conveyors, lifting, automation |
Brake Integrated DC Servo |
Load holding |
Vertical axes, machinery |
IP65 Integrated DC Servo |
Environmental protection |
Outdoor/mobile equipment |
AGV DC Servo with STO |
Servo control + safety function |
AGV, AMR, logistics robots |
The key point is that these are application-oriented configurations rather than simply six different motor sizes. The correct choice depends on what the machine needs mechanically, electrically, environmentally, and from a safety perspective.
For example, an AGV operating indoors may only require a standard integrated DC servo, while a high-torque AGV drive may benefit from a planetary geared BLDC servo. A vertical lifting axis may require a brake integrated DC servo, while an outdoor mobile robot may need IP65 protection. A safety-focused AGV architecture may additionally require an STO-enabled DC servo.
JKONGMOTOR's integrated servo platform also supports customization of shaft configuration, gearbox, protection level, brake, and other mechanical options.
JKONGMOTOR is a China-based manufacturer specializing in integrated motors, BLDC motors, DC servo motors, stepper motors, geared motors, and customized motion-control solutions.
Its integrated BLDC servo portfolio is particularly relevant to OEM customers because the company focuses on combining the motor, driver, and encoder into a compact unit.
The company describes its integrated BLDC servo systems as compact closed-loop solutions designed to reduce wiring and equipment footprint.
Integrated BLDC servo motors
Integrated DC servo motors
NEMA 17 integrated servo motors
NEMA 23 integrated servo motors
NEMA 24 integrated servo motors
NEMA 34 integrated servo motors
Planetary geared BLDC servo motors
Brake integrated servo motors
Waterproof integrated motors
Encoder-equipped BLDC motors
Pulse-control versions
RS-485 versions
CANopen versions
EtherCAT options
OEM/ODM customized motors
JKONGMOTOR's IDS57 products cover approximately 91–200 W, while IDC60 products cover approximately 200–400 W, depending on configuration. Larger IDC80 configurations reach higher power levels, including 750 W and 1,000 W models.
The major advantage for OEM buyers is customization flexibility.
Options can include:
Voltage
Power
Encoder
Gearbox
Brake
Shaft
Connector
Communication protocol
Cooling fan
Housing
Protection level
For Estonian OEMs developing AGVs, AMRs, robotics, conveyors, medical equipment, or special machines, this makes JKONGMOTOR particularly attractive when a standard catalog motor does not perfectly match the mechanical design.
BESFOC Motor is a China-based integrated motor and motion-control manufacturer founded in 2011.
The company focuses heavily on integrated motors, linear motion products, stepper systems, BLDC motors, and servo solutions.
Its integrated BLDC servo products are positioned as low-voltage servo systems combining the motor, servo drive, and encoder.
Integrated BLDC servo motors
Integrated stepper motors
Integrated stepper servo motors
Linear stepper motors
Brushless DC motors
Motor drivers
Planetary gearboxes
Encoders
Braked motors
Geared integrated servo motors
The company's integrated BLDC servo portfolio covers approximately 26 W to 1,000 W, with Pulse, RS-485, CANopen, and selected EtherCAT configurations.
BESFOC's strongest point is its broad integrated-motion product ecosystem.
An OEM can source motors, drivers, gearboxes, encoders, linear-motion products, and related components from one supplier.
The company also lists applications including AGVs, robotics, automation, logistics, medical equipment, packaging, textile machinery, and semiconductor equipment.
LeanMotor is a China-based manufacturer specializing in stepper motors, BLDC motors, integrated servo motors, linear motors, and customized motion-control products.
The company states that it has more than 15 years of manufacturing experience and produces integrated BLDC servo solutions for automation and AGV applications.
Integrated BLDC servo motors
Integrated DC servo motors
Integrated geared BLDC motors
Integrated brake servo motors
Waterproof integrated BLDC motors
Standard BLDC motors
Geared BLDC motors
Stepper motors
Linear motors
Motor drivers
Planetary gearboxes
LeanMotor's integrated servo family includes 42 mm, 57 mm, 60 mm, and 80 mm configurations, while customization can include shafts, gearboxes, brakes, encoders, IP protection, and communication interfaces.
LeanMotor is particularly suitable for buyers looking for OEM/ODM customization rather than a purely off-the-shelf motor.
Its portfolio covers both BLDC and stepper technologies, allowing machine designers to evaluate different motion architectures within the same supplier ecosystem.
Smart Motor Devices OÜ (SMD) is an Estonia-based motion-control company located in Tallinn.
Unlike many suppliers on this list, SMD has a direct Estonian presence and develops motor controllers and drivers for DC brush, BLDC, and stepper motors.
BLDC motors
BLDC motor controllers
Stepper motors
Stepper controllers
DC motor controllers
Servo motors
Planetary gearboxes
Encoders
Brakes
The strongest advantage is local Estonian engineering and support.
Its BLDC motor range includes NEMA 17 and NEMA 34 products, and selected BLDC motors can be paired with encoders to create higher-performance servo systems.
For Estonian OEMs that prioritize local technical communication, SMD deserves particular attention.
Nanotec is a European motion-control manufacturer known for compact BLDC motors, stepper motors, controllers, and integrated smart servos.
Integrated BLDC servo motors
BLDC motors
Stepper motors
Integrated stepper motors
Motor controllers
Gearboxes
Encoders
IP65 smart motors
Nanotec has one of the clearest product offerings in the integrated BLDC category.
Its smart servo products span approximately 52.5 W to 940 W, with NEMA 17 through NEMA 34-class configurations and multiple industrial communication options.
Dunkermotoren is a European manufacturer specializing in compact drive systems and intelligent motors.
BLDC motors
Integrated BLDC motors
Gearmotors
Smart motors
Encoders
Brakes
Integrated electronics
Dunkermotoren's integrated BLDC products combine motor and electronics into one unit and support speed, position, and current-control functions depending on the product family.
Its integrated range covers approximately 10–1,400 W, with various voltage, torque, gearbox, encoder, and communication options.
FAULHABER is a specialist manufacturer of compact precision drive systems, particularly for applications where size, weight, efficiency, and dynamic performance are important.
Brushless DC servo motors
Integrated drive systems
Encoders
Gearheads
Motion controllers
Precision motors
FAULHABER is especially strong in compact precision motion.
Its integrated electronics products combine a brushless DC servomotor, high-resolution encoder, and motion controller into a compact drive system. Applications include laboratory automation, robotics, industrial automation, and aerospace.
maxon is a Swiss precision-drive manufacturer with a strong reputation in robotics, medical technology, aerospace, and high-performance motion control.
BLDC/EC motors
Servo motors
Motor controllers
Encoders
Gearboxes
Customized drive systems
maxon's major strength is precision engineering and motion-control integration.
Its controllers support brushless EC motors with Hall sensors and/or encoders, including high-performance four-quadrant servo control.
Allied Motion is an international motion-control manufacturer supplying motors, drives, controls, and integrated motion solutions.
BLDC motors
Servo motors
Gearmotors
Motor controllers
Encoders
Integrated motion systems
Its broad product portfolio makes it useful for OEMs that need more than a motor alone.
The company is particularly relevant for automation, medical, robotics, and industrial motion applications.
Portescap specializes in miniature and specialty motion products.
Brushless DC motors
Brushless servo motors
Slotless motors
Gearheads
Encoders
Precision motion systems
Portescap is a strong candidate where small size, high speed, low inertia, and precise motion are more important than very high motor power.
MOONS' is an international motion-control manufacturer with extensive experience in stepper, servo, BLDC, and integrated motion products.
BLDC motors
Servo motors
Integrated motors
Stepper motors
Drives
Controllers
Gearboxes
Its strength is the ability to provide a relatively broad motor + drive + control ecosystem, which can simplify multi-axis machine development.
Oriental Motor is a Japanese manufacturer known for motors, geared motors, stepper systems, BLDC systems, and compact motion-control products.
BLDC motors
Brushless DC gearmotors
Stepper motors
Servo systems
Motor drivers
Gearboxes
Oriental Motor is particularly attractive for OEMs looking for standardized products, predictable mechanical dimensions, and established industrial integration practices.
Kollmorgen specializes in high-performance motion control for industrial automation, robotics, and machine-building applications.
Brushless servo motors
Servo drives
Controllers
Feedback systems
Motion-control software
Kollmorgen's main advantage is its high-end servo engineering capability, especially for demanding multi-axis applications.
For an OEM building a sophisticated robotic or automation platform, the company can be considered when motion performance is more important than minimizing unit cost.
Estun is a Chinese industrial automation manufacturer with a broad servo and motion-control portfolio.
AC servo motors
Servo drives
Motion controllers
Industrial robots
Automation systems
Estun is particularly relevant when the project requires a complete automation ecosystem rather than a stand-alone motor.
Its servo portfolio ranges from compact machine applications to higher-power industrial systems.
Delta Electronics is a major industrial automation and power-electronics manufacturer with a broad motion-control portfolio.
Servo motors
Servo drives
Motion controllers
Industrial automation equipment
BLDC-related motion products
Delta's advantage is system integration.
OEMs already using Delta PLCs, HMIs, drives, or industrial communication systems may find it easier to standardize motion control around the same ecosystem.
JVL is a Danish motion-control manufacturer known for integrated motors and decentralized motion solutions.
Integrated servo motors
Integrated stepper motors
Servo motors
Controllers
Encoders
Industrial communication solutions
JVL is especially relevant for machine builders that prefer distributed intelligence.
Integrated motors can reduce the need for large central control cabinets and support decentralized machine architectures.
Technosoft is a European motion-control specialist known for compact servo drives and integrated motion solutions.
Servo drives
Integrated servo systems
BLDC motor control
Motion controllers
Programming software
Its strength lies in motion-control electronics and programmable servo technology, making it suitable for specialized OEM applications.
Boyang Motor focuses on compact DC motors, BLDC motors, controllers, servo motors, and customized motor solutions.
BLDC motors
BLDC motor controllers
Servo motors
Gearboxes
Internal BLDC controllers
Customized motor systems
Boyang is interesting for OEM customers that need custom electronics integration.
Its integrated BLDC controller range supports Hall or sensorless operation and different voltage/current combinations.
Wanming Technology develops customized integrated brushless motor solutions for motion-control applications.
Integrated BLDC motors
Integrated brushless servo motors
Encoders
Controllers
CANopen motor systems
Its integrated BLDC products combine permanent-magnet motor technology, encoder feedback, and servo drive electronics.
Some configurations support RS-485, CANopen, and EtherCAT, making the products relevant to compact multi-axis automation.
igus is widely known for motion plastics, linear systems, cable-management products, and automation components. Its drylin E portfolio also includes BLDC/EC motors and related drive technologies.
BLDC/EC motors
Servo motors
Linear robots
Gearboxes
Motor controllers
Linear motion systems
The main advantage is the ability to combine motor technology with mechanical motion components.
Its EC motor range includes NEMA 17, NEMA 23, and NEMA 34 configurations, while encoder-equipped versions can be used for more precise positioning.
For Estonian OEMs, automation companies, robotics developers, and machine builders, integrated BLDC servo motors offer a practical way to build compact and intelligent motion systems. Instead of installing a separate BLDC motor, encoder, servo drive, and extensive control wiring, an integrated servo combines the core motion-control functions into one assembly.
This architecture is particularly relevant to AGVs, AMRs, warehouse automation, robotics, packaging equipment, conveyors, medical equipment, and industrial machinery. However, integration also introduces several engineering considerations. The best solution depends on the required torque, speed, thermal performance, communication protocol, protection level, and machine safety architecture.
One of the clearest benefits is the reduction in wiring between the motor and external electronics.
With a conventional servo arrangement, the machine may require separate connections for:
Motor power
Encoder feedback
Drive control
Communication
Brake
Additional I/O
An integrated BLDC servo motor places the drive and feedback electronics close to the motor. This can make distributed machine architectures much easier to build.
For Estonian machine manufacturers developing compact equipment, fewer cables can also mean simpler assembly, fewer connection points, and easier maintenance.
Space is often a practical engineering limitation.
An external servo drive normally needs its own mounting location inside an electrical cabinet. With an integrated BLDC servo, some of that electronics can move directly onto the motor.
This is valuable for:
AGVs and AMRs
Robotic joints
Compact conveyors
Laboratory equipment
Automated doors
Mobile machinery
Packaging machines
For mobile robots in particular, reducing cabinet volume can create additional space for batteries, sensors, or payload.
A standard BLDC motor can provide efficient rotary motion, but it does not automatically provide complete servo functionality.
An integrated BLDC servo normally incorporates an encoder and control electronics, allowing the controller to monitor actual motor movement.
Depending on the configuration, the system can regulate:
Position
Speed
Torque/current
Acceleration and deceleration
This makes integrated BLDC servo motors more suitable for applications where repeatable motion matters.
BLDC motors use electronic commutation rather than mechanical brushes.
This eliminates brush wear and can provide:
High efficiency
Long operating life
High rotational speed
Low mechanical maintenance
Good dynamic response
When combined with closed-loop control, the motor can respond quickly to changes in command or load.
This is useful for Estonian automation manufacturers building machines that repeatedly accelerate, decelerate, stop, and reverse.
Modern integrated servo motors can communicate directly with machine controllers.
Depending on the manufacturer and model, interfaces may include:
Pulse/Direction
RS-485
Modbus RTU
CANopen
EtherCAT
EtherNet/IP
PROFINET
JKONGMOTOR's integrated servo platform, for example, includes Pulse, RS-485 Modbus-RTU, and CANopen configurations, with EtherCAT available within its broader integrated servo range.
This is important for OEMs because the communication interface should be selected according to the PLC, motion controller, and overall machine architecture.
Traditional automation systems often concentrate servo drives in a central cabinet.
Integrated motors make it possible to distribute intelligence closer to each axis.
Instead of:
PLC → Central Servo Drive → Motor
the architecture can become:
PLC → Network → Intelligent Integrated Servo Motor
This approach can reduce cabinet space and simplify modular machine construction.
It is particularly attractive for multi-axis machines, where numerous motors would otherwise require separate drives and extensive wiring.
Low-voltage integrated BLDC servo motors are well suited to battery-powered platforms.
Common configurations include 24 VDC and 48 VDC, making them relevant to:
AGVs
AMRs
Mobile service robots
Warehouse vehicles
Inspection robots
Autonomous material-handling equipment
A geared configuration can further increase wheel torque while keeping the motor package relatively compact.
For an AGV manufacturer, an integrated servo motor with encoder, gearbox, and appropriate communication interface can become a complete wheel-drive module rather than simply a motor component.
An integrated BLDC servo does not have to be a motor-only solution.
Depending on the supplier, it can be configured with:
Planetary gearbox
Worm gearbox
Electromagnetic brake
Encoder
Custom shaft
Custom flange
Different connectors
Environmental protection
For example, JKONGMOTOR offers integrated servo configurations incorporating planetary gearing, brakes, and different protection options.
This allows OEM designers to specify a motion assembly around the actual mechanical requirements of the machine.
Despite their advantages, integrated BLDC servo motors are not the ideal solution for every application.
An integrated servo motor generally costs more than a basic BLDC motor because the product contains additional electronics and feedback components.
The buyer is paying for:
Motor
Encoder
Servo drive
Control electronics
Communication hardware
Firmware
Protection circuitry
For a simple fan, pump, or constant-speed conveyor, this additional functionality may not provide enough value to justify the cost.
The economic advantage becomes clearer when wiring, installation, cabinet space, commissioning, and control complexity are included in the total machine cost.
This is one of the most important technical limitations.
The motor produces heat, while the integrated drive electronics also generate heat. Because these components are physically close together, the available thermal path must be carefully designed.
Continuous-duty applications should therefore be evaluated using:
Continuous torque
Peak torque
Ambient temperature
Motor temperature
Drive temperature
Mounting surface
Duty cycle
Cooling conditions
A motor that performs well during short acceleration cycles may not necessarily be suitable for continuous operation at maximum load.
This matters for Estonian machinery operating in both indoor factories and colder outdoor environments because the ambient temperature range can vary significantly depending on the application.
In a conventional architecture, the servo drive can remain inside a protected electrical cabinet.
With an integrated design, the electronics are mounted directly on or inside the motor assembly.
That means environmental conditions become important.
Applications involving:
Water
Dust
Oil
Cleaning chemicals
Vibration
Shock
Outdoor exposure
may require a higher IP-rated housing and carefully selected connectors and cable glands.
An IP65 rating, for example, should be evaluated together with the actual installation and cleaning conditions rather than treated as a universal guarantee of suitability.
A motor can have excellent torque and speed specifications but still be unsuitable if its communication architecture does not match the machine.
Before ordering, Estonian OEMs should confirm:
PLC → Communication Protocol → Motor
For example, if the machine architecture requires EtherCAT but the selected motor only provides RS-485 Modbus, additional hardware or a different motor may be required.
Communication should therefore be treated as a core selection parameter, not an accessory.
With separate components, a failed encoder, drive, or motor can potentially be replaced independently.
An integrated servo combines these elements into one product.
Depending on the manufacturer's service architecture, an electronic failure may therefore require replacement or repair of the complete integrated motor.
For machines operating continuously, OEMs should ask the supplier about:
Spare-motor availability
Electronics repair
Firmware compatibility
Replacement procedures
Long-term component availability
Technical support
This is especially important for equipment that will remain in service for many years.
Integration simplifies the system, but it can also make certain modifications more complicated.
For example, an OEM may want to change:
Controller firmware
Encoder type
Communication protocol
Current limit
Control algorithm
Connector configuration
Not every manufacturer offers the same level of customization.
For this reason, OEM/ODM capability should be considered when selecting a supplier.
It is tempting to judge an integrated BLDC servo motor using specifications such as rated power, maximum RPM, or encoder resolution.
That can be misleading.
Actual machine performance also depends on:
Load inertia
Gearbox backlash
Coupling stiffness
Mechanical friction
Encoder position
Control-loop tuning
Power-supply stability
Mounting rigidity
A high-resolution encoder cannot compensate for excessive mechanical backlash, and a high-power motor cannot automatically solve an incorrectly sized gearbox.
For many Estonian OEM applications, the answer is yes—provided that the motor is selected as part of the complete motion system.
They are especially attractive where the machine requires:
Compact dimensions
Closed-loop control
Distributed intelligence
Reduced wiring
Battery operation
High efficiency
Multiple communication options
Gearbox integration
Brake integration
OEM customization
The strongest applications include AGV and AMR systems, robotics, warehouse automation, packaging machinery, conveyors, medical equipment, laboratory automation, and specialized industrial machinery.
For simple constant-speed applications, however, a conventional BLDC motor with an external controller may remain the more economical option.
The best approach is to define the application before selecting the motor.
A supplier should receive at least:
Supply voltage
Rated power
Continuous torque
Peak torque
Required RPM
Duty cycle
Load inertia
Encoder requirement
Communication protocol
Gear ratio
Brake requirement
IP rating
Ambient temperature
Mounting dimensions
Shaft dimensions
Expected operating hours
Annual quantity
For AGV and AMR projects, additional information such as wheel diameter, vehicle weight, maximum gradient, acceleration time, target travel speed, duty cycle, and battery voltage should also be provided.
This allows the manufacturer to calculate the required wheel torque and select the appropriate motor/gearbox combination rather than simply recommending a motor based on nominal wattage.
Factor |
Advantage |
Limitation |
|---|---|---|
Wiring |
Significantly simplified |
Integrated electronics require suitable connectors |
Installation |
Faster and cleaner |
Initial integration requires protocol configuration |
Cabinet Space |
Reduced |
Electronics move onto the motor |
Control |
Closed-loop |
More complex than a basic BLDC motor |
Efficiency |
High |
Thermal design remains important |
Maintenance |
Fewer separate components |
Complete assembly may need replacement |
Communication |
CANopen, RS-485, EtherCAT, etc. |
Protocol must match the controller |
Mechanical Integration |
Gearbox/brake options available |
Customization depends on supplier |
Environmental Protection |
IP-rated options available |
Actual environment must be evaluated |
Cost |
Lower total integration cost can be possible |
Higher component purchase price |
The biggest advantage of an integrated BLDC servo motor is not simply that the motor and drive occupy the same housing. Its real value is the ability to turn several motion-control components into a single intelligent, compact, closed-loop module.
For Estonian OEMs developing AGVs, AMRs, robots, packaging machines, conveyors, medical equipment, and automated machinery, this can reduce wiring, cabinet size, engineering effort, and machine complexity.
At the same time, buyers should pay close attention to thermal performance, IP protection, communication compatibility, serviceability, encoder specifications, gearbox requirements, and long-term availability.
For OEM applications, the strongest approach is therefore to select the integrated servo motor according to the complete application rather than comparing suppliers only by price or rated power. A manufacturer capable of providing custom voltage, encoder, gearbox, brake, shaft, connector, protection level, communication, and firmware options can often deliver a substantially better fit for a specialized machine.
A motor should never be selected from the power rating alone.
For an Estonian OEM project, we recommend checking the following parameters in order.
Calculate the actual continuous torque first.
Then consider:
Acceleration torque
Friction
External load
Gearbox efficiency
Inclination
Duty cycle
Safety margin
A motor that has enough peak torque but insufficient continuous torque can still overheat during production.
BLDC motors are naturally suitable for high-speed operation, but the required output speed determines whether a gearbox is necessary.
For example:
High motor speed + planetary gearbox = high output torque + lower output speed.
This can be particularly effective for AGVs, conveyors, and robotic joints.
Common low-voltage configurations include:
12 V
24 V
36 V
48 V
72 V
For battery-powered equipment, voltage selection should be coordinated with the battery architecture.
A 48 V system can reduce current compared with a 24 V system at the same power level, but the complete electrical architecture must be evaluated.
Encoder resolution affects feedback quality, but higher resolution does not automatically mean a better machine.
Consider:
Incremental vs absolute
Single-turn vs multiturn
Encoder resolution
Feedback update rate
Mechanical backlash
Required positioning accuracy
For many compact servo applications, an integrated magnetic absolute encoder can provide a useful balance between size, cost, and performance.
This is one of the most frequently overlooked purchasing factors.
Before placing an order, confirm whether the motor supports:
Pulse/Direction
RS-485
Modbus RTU
CANopen
EtherCAT
EtherNet/IP
PROFINET
The communication protocol should match the PLC, motion controller, and machine architecture.
If the machine requires high torque at relatively low speed, an integrated planetary gearbox can be a better choice than simply selecting a much larger motor.
The basic relationship is:
Output Torque ≈ Motor Torque × Gear Ratio × Gearbox Efficiency
The actual calculation should include the gearbox efficiency and duty cycle.
For continuous industrial operation, thermal performance is critical.
We recommend asking the supplier for:
Continuous torque curve
Peak torque curve
Motor temperature data
Drive temperature limits
Duty-cycle information
Ambient temperature range
Heat dissipation requirements
A motor that performs well for five seconds may not be suitable for a machine operating 20 hours per day.
For an OEM machine builder, choosing an integrated BLDC servo motor is rarely just a matter of selecting a motor with the right wattage. The motor has to fit the machine mechanically, communicate with the controller, handle the real load, survive the operating environment, and deliver consistent performance throughout the equipment's service life.
That is why OEM customization matters.
A standard integrated servo motor can be an excellent starting point, but specialized equipment often has requirements that a catalog product cannot satisfy completely. Shaft dimensions, mounting holes, encoder feedback, gearbox ratio, brake configuration, communication protocol, cable length, IP protection, torque characteristics, and even the motor housing may need to be modified.
For equipment manufacturers, the value of an OEM customized integrated BLDC servo motor is therefore not simply having a motor made to order. It is having a motion-control component engineered around the machine itself.
JKONGMOTOR positions its integrated servo portfolio as an OEM/ODM motion-control solution, combining the motor, encoder, and drive into a compact unit and supporting customized mechanical, electrical, and control requirements. Its published integrated servo range covers applications including AGVs/AMRs, robotics, CNC equipment, packaging, medical equipment, textile machinery, food processing, and industrial automation.
OEM customization means modifying or developing the integrated servo motor according to the customer's actual equipment requirements rather than supplying only a standard catalog model.
For an integrated BLDC servo motor, customization can involve several layers:
Motor electrical parameters
Rated voltage and power
Torque and speed characteristics
Encoder and feedback system
Communication interface
Shaft dimensions and geometry
Mounting flange
Gearbox
Brake
Lead wires
Connectors
Housing
IP protection
Cooling configuration
Integrated driver
Control parameters
Firmware and communication settings
JKONGMOTOR specifically lists customization of motor parameters, special shafts, belt wheels, gears, couplings, encoders, gearboxes, brakes, lead lengths, connectors, lead screws, and integrated RS-485/CANopen driver configurations.
This means OEM customization can address the complete motor-to-machine interface, not just the motor itself.
A catalog motor is normally designed around a predefined combination of:
Motor + Encoder + Drive + Housing + Shaft + Control Interface
That works well when the machine follows a conventional mechanical and electrical design.
OEM equipment is often different.
A machine builder may already have a fixed:
Mounting position
Shaft diameter
Wheel size
Gearbox ratio
Controller
Battery voltage
Cable route
Installation envelope
Communication architecture
Safety requirement
Changing the machine to accommodate a standard motor may require redesigning brackets, couplings, wiring, software, or even the surrounding mechanical structure.
In many cases, customizing the motor is less disruptive than redesigning the machine around the motor.
This is particularly important for AGVs, AMRs, robotic joints, automated conveyors, medical equipment, and other products where available installation space is tightly controlled.
The first reason OEM customization matters is simple: the motor should match the real load rather than an assumed load.
Two machines may both use a 200 W motor but have completely different operating requirements.
One may require:
High starting torque
Short acceleration time
Low operating speed
Another may require:
High continuous speed
Low torque
Long operating hours
A customized integrated BLDC servo can be optimized around the actual torque-speed operating range.
Important parameters include:
Rated torque
Peak torque
Rated speed
Maximum speed
Rated current
Peak current
Supply voltage
Duty cycle
Acceleration
Deceleration
JKONGMOTOR's integrated servo portfolio covers power levels from approximately 26 W to 1,000 W, with different frame sizes and configurations for different motion-control requirements.
For OEM buyers, however, the correct selection should still be based on the machine's calculated load rather than simply choosing the highest available power.
The motor shaft is one of the most frequently overlooked customization points.
A standard shaft may have the correct motor dimensions but still fail to match the machine's:
Coupling
Pulley
Gear
Sprocket
Wheel
Bearing arrangement
Shaft length
A custom shaft can be designed around the existing mechanical transmission.
Possible modifications include:
Shaft diameter
Shaft length
Keyway
D-cut
Thread
Step diameter
Special end geometry
Double-ended shaft
Gear or pulley interface
JKONGMOTOR specifically provides special shaft customization, including size and shape modifications.
For an OEM, this can reduce the need for additional adapters and simplify the final assembly.
An integrated BLDC servo motor does not always need to drive the load directly.
When the application requires lower output speed and higher torque, an integrated gearbox can provide a better solution.
A planetary gearbox is often selected when the application requires:
High torque density
Compact dimensions
Low backlash
Precise transmission
High efficiency
This is particularly useful for AGVs, AMRs, robotics, and precision automation.
JKONGMOTOR's planetary geared integrated DC servo combines the servo motor, encoder, drive, and planetary gearbox into one assembly and is positioned for high-torque and demanding automation applications.
A worm gearbox can be preferable when the machine needs:
High reduction ratios
Right-angle transmission
Compact mechanical arrangement
Strong holding characteristics under suitable conditions
JKONGMOTOR also offers worm-geared integrated servo configurations that combine the motor, encoder, drive, and right-angle gearbox.
The correct gearbox therefore depends on speed, torque, backlash, efficiency, orientation, duty cycle, and load-holding requirements.
An integrated servo motor depends heavily on feedback.
The encoder tells the control system what the motor is actually doing.
Depending on the application, an OEM may need different encoder characteristics, such as:
Incremental feedback
Absolute feedback
Different resolution
Hall feedback
Different communication architecture
Customized mounting
Different cable or connector arrangement
A packaging machine, robotic joint, and AGV wheel drive do not necessarily require the same feedback solution.
JKONGMOTOR states that its integrated servo motors can be customized with different encoder and feedback components according to application requirements.
The important point is that encoder resolution should be selected according to the actual positioning requirement and mechanical transmission, rather than simply choosing the highest number available.
A technically excellent servo motor can still be a poor OEM choice if it does not communicate correctly with the machine controller.
Depending on the configuration, integrated servo motors may use:
Pulse/Direction
RS-485
Modbus RTU
CANopen
EtherCAT
Other industrial communication interfaces
JKONGMOTOR's integrated servo products list Pulse, RS-485, CANopen, and EtherCAT-related options across its product range.
For OEM equipment, communication should be selected early in the design process.
The key questions are:
Which PLC is being used?
Which motion-control protocol does the machine already support?
How many servo axes are required?
Does the application need synchronized multi-axis motion?
Getting these answers right before mass production can prevent expensive electrical redesign later.
Some machines need the motor to hold a load when motion stops.
In these cases, an integrated brake can be added to the servo configuration.
A brake may be useful for:
Vertical lifting systems
Electric actuators
Automated handling equipment
Robotic mechanisms
AGVs
Material-handling systems
The advantage of integrating the brake is that the OEM does not need to design an entirely separate braking assembly around the motor.
However, brake selection should consider:
Holding torque
Load weight
Shaft speed
Stopping frequency
Duty cycle
Vertical load
Emergency-stop requirements
A holding brake should also not automatically be considered a substitute for a complete functional-safety system.
Not every machine operates inside a clean, temperature-controlled factory.
An integrated servo may be exposed to:
Dust
Moisture
Oil
Cleaning processes
Outdoor weather
Vibration
Temperature changes
This makes IP protection an important part of OEM customization.
JKONGMOTOR indicates that integrated servo configurations can be customized with different protection levels, including IP30, IP54, and IP65, depending on the application.
For an outdoor AGV, an IP-rated integrated servo may be much more appropriate than an open or lower-protection configuration.
For food-processing equipment, however, the buyer should also consider cleaning chemicals, wash-down procedures, connector sealing, cable routing, and applicable industry requirements.
Cable routing becomes surprisingly important when a machine enters mass production.
A motor with the wrong cable length or connector location can create:
Excess cable
Difficult routing
Interference with moving parts
Additional connectors
Higher assembly time
OEM customization can address:
Cable length
Lead direction
Connector type
Connector position
Terminal configuration
Communication wiring
Brake wiring
JKONGMOTOR specifically lists lead-length and termination-plug customization among its OEM/ODM services.
For equipment manufactured in volume, a small improvement in cable installation can become a significant production advantage.
Machine designers often work within a fixed installation envelope.
The motor may need to fit into a space defined by:
Adjacent motors
Aluminum profiles
Gearboxes
Structural frames
Battery compartments
Wheels
Sensors
Covers
In such cases, housing and mounting customization can be more valuable than simply increasing motor power.
JKONGMOTOR describes customization of the motor envelope, mounting brackets, motor housings, and alignment-related mechanical structures.
This is especially useful for robotics, AGVs, medical equipment, compact automation, and OEM machinery.
The biggest advantage of customization is often not the motor itself.
It is the effect on the entire machine architecture.
A customized integrated servo can potentially combine:
Motor + Encoder + Driver + Gearbox + Brake + Communication + Customized Mechanical Interface
into one optimized assembly.
That can reduce:
Separate components
Wiring
Mechanical adapters
Cabinet space
Assembly operations
Supplier coordination
Integration work
JKONGMOTOR describes its integrated servo architecture as combining the motor, encoder, and drive into a compact unit to reduce wiring complexity and simplify installation.
There is no universal winner for every application.
For an OEM looking for custom integrated BLDC servo motors, we would place JKONGMOTOR at the top of this commercial shortlist because of its combination of integrated servo products, multiple frame sizes, geared configurations, encoder options, communication interfaces, and OEM customization capability.
BESFOC Motor is another strong candidate, particularly for buyers looking for a broader integrated motor and linear-motion ecosystem.
LeanMotor is attractive for OEM/ODM projects where the buyer wants flexibility across BLDC, integrated servo, geared motors, stepper motors, and related components.
For an Estonian customer who strongly prioritizes local engineering support, Smart Motor Devices OÜ is particularly interesting because it is based in Tallinn and develops BLDC and stepper motor controllers and related motion-control products.
For European buyers seeking highly developed integrated smart-servo technology, Nanotec, Dunkermotoren, FAULHABER, maxon, and JVL are also worth evaluating.
Ultimately, the best supplier is the one that can demonstrate that the motor will meet the complete machine requirement—not merely provide an attractive catalog specification.
For Estonian OEMs, the most important purchasing criteria should therefore be torque under real load, continuous-duty thermal performance, encoder feedback, communication compatibility, mechanical fit, protection level, customization capability, sample testing, and long-term supply stability.
A well-selected integrated BLDC servo motor can turn a complicated motor-drive-feedback architecture into a compact, intelligent motion module—and that can make a measurable difference in the size, wiring, reliability, and development time of the final machine.
An integrated BLDC servo motor combines a brushless DC motor, encoder, and servo drive into one compact motion-control unit. This architecture provides closed-loop speed and position control while reducing external wiring, cabinet space, and installation complexity. It is commonly used in industrial automation, robotics, AGVs, AMRs, packaging equipment, CNC machinery, and other OEM motion-control applications.
Yes. An OEM integrated BLDC servo motor can be customized according to the machine's electrical, mechanical, control, and environmental requirements. Depending on the project, customization may include motor voltage, power, torque, speed, encoder, shaft, mounting flange, gearbox, brake, cable, connector, IP protection, and communication interface. JKONGMOTOR provides OEM/ODM customization for integrated servo motor applications.
Common customization options include special shafts, mounting dimensions, encoders, planetary or worm gearboxes, electromagnetic brakes, cable length, connectors, motor parameters, and integrated communication interfaces. The appropriate configuration depends on the machine's load, installation space, control system, operating environment, and production requirements.
Yes. An integrated BLDC servo motor can be combined with a planetary gearbox or worm gearbox when the application requires higher output torque, lower speed, greater reduction, or a different mechanical transmission arrangement. A planetary geared configuration is generally attractive for compact, high-torque applications such as AGVs, AMRs, and robotics, while a worm-geared configuration can be useful where right-angle transmission and high reduction are required.
Encoder selection depends on the required positioning accuracy, speed feedback, control architecture, and mechanical transmission. OEM projects may require different encoder resolutions, feedback technologies, or mechanical configurations. The encoder should be selected together with the motor, controller, gearbox, and load rather than evaluated as an isolated specification.
Depending on the product configuration, integrated servo motors can support interfaces such as Pulse/Direction, RS-485, Modbus RTU, CANopen, and EtherCAT. JKONGMOTOR's integrated servo portfolio lists Pulse, RS-485, CANopen, and EtherCAT-related options. The correct protocol should be matched to the PLC, motion controller, and communication architecture of the machine.
Yes. Integrated BLDC servo motors are well suited to AGV and AMR drive systems because they can combine the motor, encoder, drive electronics, and optional gearbox into a compact unit. OEM designers can specify voltage, torque, speed, wheel-drive configuration, encoder feedback, communication interface, brake, and environmental protection according to the vehicle design. For safety-related functions such as STO, the complete AGV safety architecture must be evaluated rather than relying on the motor alone.
Yes. A brake can be integrated into the servo motor configuration when the machine requires mechanical holding or controlled stopping. Brake-equipped integrated servo motors are particularly useful for vertical axes, lifting mechanisms, automated handling equipment, robotics, and selected mobile-robot applications. The required brake torque and duty cycle should be calculated from the actual load and operating conditions.
OEM buyers should provide more than the required motor power. The selection should consider supply voltage, continuous torque, peak torque, operating speed, acceleration, duty cycle, load inertia, encoder requirements, communication protocol, gearbox ratio, brake requirement, shaft dimensions, mounting space, IP rating, ambient temperature, and annual quantity. Providing these parameters allows the manufacturer to recommend a motor based on the actual machine rather than simply matching a catalog power rating.
OEM/ODM customization allows the servo motor to be designed around the machine's actual requirements. It can eliminate mechanical adapters, reduce wiring, simplify installation, optimize the motor-to-load relationship, and make the communication and feedback system easier to integrate. For equipment manufactured in volume, a customized integrated servo can also reduce assembly complexity and improve consistency between production units. JKONGMOTOR's OEM/ODM service covers customized integrated servo motor development, prototyping, testing, and production support.
 |
 |
 |
 |
 |
