Views: 0 Author: Jkongmotor Publish Time: 2025-12-29 Origin: Site
We specialize in OEM ODM customized integrated servo motors designed to meet the exact technical, structural, and performance requirements of global equipment manufacturers. In today’s highly competitive automation market, standardized motion solutions are no longer sufficient. Manufacturers require fully customized, application-optimized integrated servo motors that deliver superior performance, seamless system integration, and long-term reliability.
Our OEM and ODM capabilities enable partners to transform unique concepts into high-performance integrated servo motor solutions, combining motor, drive, encoder, and control intelligence into a single compact unit—engineered precisely for your application.
This unified design reduces interconnection losses and improves overall system robustness.
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 | Covers | Fans | Shafts | Integrated Drivers | |
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| Brakes | Gearboxes | Out Rotors | Coreless Dc | Drivers |
Jkongmotor offer many different shaft options for your motor as well as customizable shaft lengths to make the motor fit your application seamlessly.
 |  |  |  |  | A diverse range of products and bespoke services to match the optimal solution for your project. 1. Motors passed CE Rohs ISO Reach certifications 2. Rigorous inspection procedures ensure consistent quality for every motor. 3. Through high-quality products and superior service, jkongmotor have secured a solid foothold in both domestic and international markets. |
| Pulleys | Gears | Shaft Pins | Screw Shafts | Cross Drilled Shafts | |
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| Flats | Keys | Out Rotors | Hobbing Shafts | Drivers |
Integrated servo motors represent a major evolution in motion control architecture. By embedding all core components into one compact assembly, they dramatically reduce system complexity while improving overall performance.
Reduced installation space and wiring
Shorter development and integration cycles
Improved system reliability and signal integrity
Lower total cost of ownership
Easier certification and maintenance
For OEM and ODM partners, these advantages translate into faster time-to-market, lower engineering risk, and greater product differentiation.
We provide end-to-end customization services, supporting projects from early concept design through mass production. Our OEM ODM integrated servo motor solutions can be tailored across multiple dimensions.
Custom shaft designs and lengths
Specialized mounting flanges
Compact or elongated housings
Lightweight materials or reinforced structures
Mechanical flexibility ensures seamless integration into robotic joints, linear modules, rotary tables, and automated equipment.
Customized torque, speed, and power ratings
Optimized winding designs
High-efficiency electromagnetic structures
Low-speed high-torque optimization
These options allow OEMs to achieve exact motion characteristics required by their systems.
Incremental or absolute encoders
High-resolution multi-turn feedback
Integrated safety feedback options
Application-specific control algorithms
Advanced feedback ensures precise closed-loop control, even in demanding applications.
Our ODM services go beyond manufacturing. We collaborate with customers to co-develop integrated servo motor platforms, offering:
Industrial design support
Structural and thermal simulations
Firmware and parameter optimization
Prototype validation and testing
ODM partners benefit from proprietary designs built on proven technology platforms, enabling rapid product launches with reduced R&D investment.
OEM and ODM customers increasingly demand compact solutions without sacrificing performance. Our integrated servo motors feature:
High torque density
Integrated servo drive and controller
Minimal external cabling
Optimized thermal paths
This compact architecture is ideal for space-constrained applications such as robot arms, AGVs, collaborative robots, medical equipment, and precision automation systems.
Precision is a defining requirement for integrated servo motors. Our designs deliver:
Micron-level positioning accuracy
Fast acceleration and deceleration
Smooth low-speed performance
Stable torque output under variable loads
These characteristics are critical for OEMs operating in robotics, semiconductor equipment, medical devices, and high-end manufacturing automation.
Reliability and safety are essential, especially for OEMs serving regulated industries. Our customized integrated servo motors include:
Overcurrent and overvoltage protection
Thermal monitoring and shutdown
Safe torque off (STO) options
Fault detection and diagnostic functions
These features enhance system safety while simplifying compliance with international industrial and medical standards.
Modern automation systems require seamless communication. Our integrated servo motors support a wide range of industrial communication protocols, enabling easy integration with PLCs, motion controllers, and industrial networks.
Built-in intelligence allows:
Real-time data exchange
Remote diagnostics
Predictive maintenance support
Motion optimization through software
OEM and ODM customers gain smarter, more connected motion solutions that align with Industry 4.0 requirements.
Efficient thermal design is critical for long-duty-cycle applications. Our integrated servo motors are engineered for:
Low heat generation
High efficiency across load ranges
Stable performance in continuous operation
Extended service life
Energy-efficient designs reduce operating costs and improve system stability, especially in compact enclosures.
We support OEM and ODM partners with scalable production capabilities backed by strict quality management systems. Our manufacturing process includes:
Incoming material inspection
In-process quality control
Performance and reliability testing
Full traceability documentation
This ensures consistent quality from pilot batches to large-scale production, meeting global market demands.
As automation systems become smarter, smaller, and more precise, the demand for OEM ODM customized integrated servo motors continues to grow. We remain committed to advancing motor design, control intelligence, and manufacturing excellence to support the next generation of industrial and medical automation.
Our mission is to provide customized, integrated, and intelligent servo motor solutions that empower OEM and ODM partners to lead their industries with confidence.
We deliver integrated servo motors for surgical robotics systems engineered to meet the uncompromising demands of modern medical technology. Surgical robotics requires absolute precision, repeatability, safety, and reliability—attributes that are fundamentally driven by motion control performance. Our integrated servo motor solutions combine motor, drive, encoder, and intelligent control into a compact, high-performance unit designed specifically for robot-assisted surgery, minimally invasive procedures, and next-generation medical automation.
By consolidating multiple components into a single, sealed architecture, we enable surgical robot manufacturers to achieve higher accuracy, faster system response, lower electromagnetic interference, and simplified system integration, all while complying with stringent medical device standards.
Integrated servo motors have become a core enabling technology in modern surgical robotics. As robotic-assisted surgery continues to advance toward higher precision, smaller form factors, and greater system intelligence, traditional motor-and-drive architectures can no longer meet clinical and engineering requirements. We rely on integrated servo motors because they directly address the most critical performance, safety, and reliability challenges in surgical robotic systems.
Surgical robotics demands extreme motion accuracy, often at the micron or sub-millimeter level. Integrated servo motors combine the motor, encoder, and drive electronics into a single optimized unit, eliminating signal loss and latency caused by external wiring and connectors.
This architecture enables:
High-resolution closed-loop control
Stable micro-movements at ultra-low speeds
Repeatable positioning across multiple axes
Such precision is essential for delicate procedures including laparoscopic surgery, neurosurgery, ophthalmic robotics, and robot-assisted orthopedic operations, where even minimal deviation can affect surgical outcomes.
Surgical robotic systems operate in highly space-constrained environments. Robotic joints must remain compact while delivering sufficient torque and responsiveness. Integrated servo motors offer high torque density in a reduced footprint, allowing system designers to:
Minimize joint size and weight
Increase degrees of freedom
Improve arm dexterity and reach
Optimize overall robot ergonomics
By removing the need for separate servo drives and extensive cabling, integrated designs enable slimmer, more agile surgical robots.
Real-time response is critical in surgical robotics, where motion commands must be executed instantly and predictably. Integrated servo motors reduce communication delays by embedding control electronics directly within the motor housing.
This results in:
Faster command execution
Improved motion synchronization
Smoother surgeon-controlled movements
Enhanced haptic feedback fidelity
Low-latency performance ensures precise alignment between surgeon input and robotic motion, improving both control confidence and procedural efficiency.
Patient safety is non-negotiable in surgical applications. Integrated servo motors support advanced safety architectures by design, incorporating multiple layers of protection within a single unit.
Key safety benefits include:
Continuous position and torque monitoring
Overcurrent, overvoltage, and thermal protection
Safe torque off (STO) functionality
Controlled response during fault conditions
These features help surgical robotics systems maintain predictable, fail-safe behavior, even in abnormal operating scenarios.
Every additional cable, connector, or external drive increases potential failure points. Integrated servo motors dramatically simplify system architecture by reducing components and interconnections.
This leads to:
Higher system reliability
Lower electromagnetic interference
Simplified assembly and maintenance
Improved long-term operational stability
For surgical robots expected to perform consistently over thousands of procedures, this reliability is essential.
Operating rooms require quiet, stable equipment to support surgeon focus and precision. Integrated servo motors are engineered for smooth torque output, minimal vibration, and ultra-low acoustic noise.
This contributes to:
Improved visual and tactile stability
Reduced mechanical resonance in robotic arms
Enhanced surgeon comfort during long procedures
Such performance characteristics directly support the demanding conditions of clinical environments.
Surgical procedures can last for hours, requiring motors that maintain stable performance under continuous operation. Integrated servo motors feature optimized electromagnetic design and efficient thermal pathways, ensuring:
Low heat generation
Consistent torque output
Protection of nearby sensitive components
Stable thermal behavior safeguards both robotic performance and system longevity.
Modern surgical robots rely on advanced software, real-time imaging, and AI-assisted control systems. Integrated servo motors are designed to support intelligent system integration, enabling:
Real-time motion feedback
Diagnostic data monitoring
Predictive maintenance capabilities
Compatibility with advanced robotic controllers
This intelligence supports smarter, more responsive surgical systems aligned with the future of digital healthcare.
Integrated servo motors can be engineered with sealed housings, smooth surfaces, and corrosion-resistant materials suitable for medical environments. This supports:
Easier enclosure sealing
Reduced contamination risk
Compatibility with hospital hygiene standards
Such design considerations are critical for surgical robotics operating near sterile fields.
As surgical robotics continues to evolve toward greater autonomy, precision, and intelligence, integrated servo motors provide the foundational motion control technology required to support these advancements.
By delivering precision, compactness, safety, reliability, and intelligence in a single solution, integrated servo motors are not just beneficial—they are essential to the success and advancement of surgical robotics systems.
Surgical robotics systems depend on motion accuracy across multiple axes operating simultaneously. Our integrated servo motors provide:
High-resolution absolute encoders for exact position tracking
Zero-backlash torque transmission
Exceptional torque linearity across the entire speed range
Stable micro-movements for delicate tissue manipulation
These characteristics are critical for procedures such as laparoscopic surgery, orthopedic robotic assistance, neurosurgical positioning, and ophthalmic robotic systems, where even the smallest deviation can have serious consequences.
Robotic surgical arms demand compact form factors without compromising power density. Our integrated servo motors are engineered to deliver high torque output in minimal installation space, allowing robotic designers to:
Reduce joint size and weight
Increase degrees of freedom
Improve ergonomic maneuverability
Optimize sterile enclosure layouts
The elimination of external drives and bulky cabling results in cleaner mechanical designs that align with modern surgical robotics aesthetics and functional requirements.
Noise and vibration control is critical in operating rooms. Our integrated servo motor technology ensures:
Ultra-low acoustic noise
Minimal mechanical vibration
Smooth torque output even at low speeds
This enables surgeons to perform complex procedures with enhanced tactile feedback and visual stability, improving both procedural accuracy and surgeon confidence.
Safety is non-negotiable in surgical applications. Our integrated servo motors incorporate multi-layer safety mechanisms designed for medical environments:
Redundant position feedback
Overcurrent, overvoltage, and thermal protection
Safe torque off (STO) functionality
Fail-safe braking options
These features ensure controlled motion behavior even in fault conditions, supporting compliance with IEC 60601, ISO 13485, and other global medical device standards.
Surgical robotics systems often operate in sterile or semi-sterile environments. Our integrated servo motors are available with:
Sealed housings up to IP65/IP67
Corrosion-resistant materials
Smooth, easy-to-clean surfaces
Compatibility with medical-grade enclosures
This design minimizes contamination risks and simplifies compliance with hospital hygiene protocols and cleanroom manufacturing requirements.
Modern surgical robots rely on intelligent software platforms and real-time data exchange. Our integrated servo motors support:
Real-time industrial communication protocols
High-speed closed-loop control
Seamless integration with robotic controllers
Advanced motion profiling and diagnostics
Built-in intelligence enables predictive maintenance, performance monitoring, and system-level optimization, helping manufacturers build smarter, more reliable surgical platforms.
Every surgical robotics system has unique performance requirements. We offer extensive customization capabilities, including:
Customized torque and speed profiles
Special encoder resolutions
Medical-grade connectors and cabling
Custom shaft, flange, and housing designs
Application-specific firmware tuning
Our engineering teams collaborate closely with OEMs and medical device innovators to deliver tailored integrated servo motor solutions that align perfectly with surgical application needs.
Thermal management is critical in compact robotic joints. Our integrated servo motors are designed for:
High efficiency across load ranges
Optimized electromagnetic design
Low heat generation
Stable performance during long surgical procedures
Reduced thermal output protects surrounding components, extends system lifespan, and ensures consistent motion accuracy throughout extended operations.
We support surgical robotics manufacturers from prototype development to high-volume production. Our capabilities include:
Design for manufacturability (DFM)
Strict quality control processes
Traceability and documentation
Long-term supply stability
This ensures that integrated servo motors used in surgical robotics systems maintain consistent performance, batch after batch, over the entire product lifecycle.
Integrated servo motors play a critical role in enabling the precision, safety, and reliability required by modern surgical robotics. By combining the motor, drive, encoder, and control intelligence into a compact and unified structure, integrated servo motors provide the motion accuracy and responsiveness necessary for a wide range of robot-assisted medical procedures. We apply these advanced motion solutions across multiple surgical robotics platforms where performance directly impacts clinical outcomes.
In minimally invasive surgery (MIS), robotic systems must perform highly controlled movements through small incisions while maintaining exceptional stability. Integrated servo motors deliver:
High-resolution positioning for precise instrument control
Smooth, vibration-free motion at ultra-low speeds
Rapid response to surgeon input
These capabilities enable surgical robots to replicate and enhance human hand movements, improving precision while reducing patient trauma and recovery time.
Laparoscopic robots require synchronized multi-axis motion to manipulate instruments within confined spaces. Integrated servo motors support:
Accurate articulation of laparoscopic tools
Stable force control for delicate tissue interaction
Consistent performance across complex motion paths
Their compact design allows seamless integration into robotic joints, improving dexterity without increasing system size.
Orthopedic procedures such as joint replacement and spinal surgery demand high torque, rigidity, and repeatability. Integrated servo motors are widely used in orthopedic robotic systems to:
Position cutting guides and tools with high accuracy
Maintain rigid alignment under high mechanical loads
Execute precise bone preparation paths
The combination of power density and precision ensures reliable performance in demanding orthopedic environments.
Neurosurgery requires extreme precision and stable micro-movements near sensitive neural structures. Integrated servo motors provide:
Micron-level positioning accuracy
Ultra-smooth low-speed motion
Minimal vibration and mechanical noise
These characteristics make them ideal for stereotactic systems, brain biopsy robots, and robotic assistance in deep brain procedures.
Eye surgery involves exceptionally delicate manipulation within a very limited workspace. Integrated servo motors enable:
High-precision instrument positioning
Tremor-free motion control
Consistent force and velocity regulation
Their compact size allows integration into lightweight robotic arms designed specifically for ophthalmic applications.
Flexible and endoscopic robotic systems rely on compact actuators capable of precise motion within narrow pathways. Integrated servo motors support:
Controlled bending and rotation of flexible instruments
Accurate distal tip positioning
Smooth and responsive motion under variable loads
These capabilities expand the reach and effectiveness of endoscopic robotic surgery.
In catheter-based and interventional procedures, precise linear and rotational control is essential. Integrated servo motors are used to:
Control catheter insertion depth and rotation
Maintain steady movement through vascular pathways
Respond instantly to real-time imaging feedback
This precision enhances procedural safety and accuracy in cardiovascular and interventional radiology applications.
Beyond tool manipulation, surgical robotics often includes patient positioning and table adjustment systems. Integrated servo motors provide:
Smooth and silent motion for patient comfort
Accurate positioning for imaging and surgical alignment
Reliable performance under continuous operation
Their reliability and low noise make them well suited for operating room environments.
Medical training platforms require realistic, repeatable motion for simulation and education. Integrated servo motors enable:
Accurate replication of surgical tool movements
Consistent performance across repeated simulations
Real-time feedback for training evaluation
These systems help surgeons develop skills in a controlled, data-driven environment.
Integrated servo motors are also applied in robotic rehabilitation systems supporting post-surgical recovery. Their precise motion control allows:
Controlled assisted movement
Adaptive resistance and support levels
Safe interaction between robots and patients
Such systems improve rehabilitation efficiency while ensuring patient safety.
Across all surgical robotics applications, integrated servo motors provide the foundation for precise, reliable, and intelligent motion control. Their compact architecture, advanced feedback capabilities, and built-in safety features make them indispensable in modern medical robotics.
As surgical technology continues to evolve, integrated servo motors will remain a key enabler of innovation, supporting safer procedures, improved surgical outcomes, and the continued advancement of robot-assisted healthcare.
We continue to invest in next-generation integrated servo motor technology to support the evolving needs of surgical robotics. From higher torque density and smarter control algorithms to enhanced safety features, our solutions are designed to power the future of precision medicine and robotic-assisted care.
By delivering compact, intelligent, and highly reliable integrated servo motors, we help surgical robotics manufacturers achieve superior performance, regulatory compliance, and market differentiation.
OEMs and ODMs operating in high-performance automation, robotics, and medical technology markets demand motion control solutions that deliver precision, reliability, and long-term value. Our integrated servo motor solutions are engineered specifically to meet these expectations. We are chosen as a strategic partner because we provide not only advanced products, but also deep technical collaboration, flexible customization, and scalable manufacturing support.
We offer end-to-end OEM and ODM integrated servo motor customization, enabling customers to develop motion solutions that align precisely with their application requirements. From mechanical structure to control logic, every aspect can be optimized.
Our customization capabilities include:
Customized torque, speed, and power configurations
Application-specific electromagnetic design
Custom housings, shafts, and mounting interfaces
Encoder and feedback system selection
Firmware and control parameter optimization
This flexibility allows OEMs and ODMs to differentiate their products with purpose-built motion systems rather than generic components.
Our integrated servo motors combine the motor, drive, encoder, and control electronics into a single compact unit. This architecture delivers significant advantages to OEM and ODM customers:
Reduced wiring and fewer connection points
Faster system integration and commissioning
Lower risk of signal interference
Improved overall system reliability
By simplifying system design, we help partners shorten development cycles and accelerate time-to-market.
Precision is critical in applications such as robotics, medical equipment, and high-end automation. Our integrated servo motor solutions deliver:
High-resolution closed-loop control
Smooth low-speed and micro-motion performance
Fast dynamic response
Consistent torque output under varying loads
OEMs and ODMs rely on this stable performance to ensure repeatability, accuracy, and operational consistency across their products.
Safety and reliability are essential for long-term product success, especially in regulated industries. Our integrated servo motors incorporate:
Overcurrent, overvoltage, and thermal protection
Fault detection and diagnostic functions
Safe torque off (STO) options
Robust component selection and thermal design
These features enhance system safety while supporting compliance with international standards and reducing field failure risks.
Space constraints are a common challenge for modern equipment design. Our integrated servo motors are engineered to deliver high torque density in a compact footprint, enabling OEMs and ODMs to:
Reduce equipment size and weight
Increase mechanical design flexibility
Improve system ergonomics and performance
This advantage is particularly valuable in robotic joints, mobile platforms, and space-limited automation systems.
Modern machines demand intelligent, connected motion control. Our integrated servo motors are designed for seamless integration with advanced control architectures, supporting:
Real-time communication with PLCs and controllers
High-speed motion synchronization
Diagnostic data access and system monitoring
Predictive maintenance and smart factory readiness
OEMs and ODMs benefit from motion solutions that align with Industry 4.0 and smart manufacturing strategies.
We support OEM and ODM partners with stable, scalable manufacturing processes backed by strict quality management systems. Our production capabilities include:
Consistent performance from prototype to mass production
Full traceability and documentation
Rigorous testing and validation procedures
Long-term supply stability
This ensures that our partners can confidently scale their products for global markets.
OEMs and ODMs value partners who contribute engineering expertise, not just hardware. We provide:
Early-stage technical consultation
Application analysis and optimization
Rapid prototyping and validation support
Long-term technical assistance
Our collaborative approach helps customers reduce development risk and achieve optimal motion performance.
By integrating multiple components into a single solution and optimizing production processes, we deliver exceptional cost–performance value. OEMs and ODMs benefit from:
Lower system integration costs
Reduced component sourcing complexity
Improved product competitiveness
This balance of performance and cost supports sustainable growth in competitive markets.
OEMs and ODMs choose our integrated servo motor solutions because we deliver precision, customization, reliability, and partnership. Our focus on innovation, quality, and customer collaboration enables our partners to build differentiated products and succeed in demanding global industries.
By aligning advanced motion technology with flexible OEM and ODM services, we provide the foundation for long-term product excellence and market leadership.
