Core Advantages

✅ Ultra-High Power Density
● Torque density: 15-20 Nm/kg 
● 40%-50% smaller volume, 

30% lighter weight

✅ Extreme Efficiency & Energy Savings
● Efficiency >98%
● Coreless design reduces energy

 consumption by 20%-30%

✅ Innovative Structural Design
● Dual rotor + disc stator with axial magnetic     circuit for compactness

✅ Broad Adaptability
● Supports both high-speed (>10,000 rpm) and low-speed high-torque modes

Potential Limitations

Application Scenarios

⚠️High Manufacturing Costs
●Permanent magnet materials

account for >40% of total cost

⚠️Thermal Management Challenges
●Requires specialized cooling solutions 

⚠️ Low Market Acceptance
●Customers are accustomed to radial flux         solutions

New Energy Vehicles
Aerospace
Industrial Robots

Core Advantages

✅ Integrated Design
● Three-in-one integration (motor + reducer + brake) saves over 30% space

✅ High Dynamic Response
● 15%-20% faster 0-100 km/h acceleration (no gear delay)

✅ Smart Control
● Supports independent torque distribution for each wheel (electronic differential)

✅ Strong Environmental Adaptability
● IP67/IP69K protection rating 
● Operates in -40℃ to 125℃ temperature range

Potential Limitations

Application Scenarios

⚠️ Increased unsprung mass
●May affect suspension tuning (requires

 coordinated vehicle optimization)

⚠️Thermal Management Challenges
● Requires liquid/oil cooling under high load

 (natural cooling only for <2kW)

⚠️ Higher Cost
● 20%-40% higher unit cost than traditional

systems 

Electric Vehicles
Logistics AGVs
Two-wheelers

Core Advantages

✅ Nanometer-Level Precision
● Repeatable positioning accuracy: ±0.1 μm
● Zero-backlash transmission

✅ Lightning-Fast Response
● Full-stroke response time:

 <1 ms | Acceleration: >10 G

✅ Ultra-Long Service Life
● Non-contact motion: 50 million cycles

 maintenance-free

✅ Clean and Safe Operation
● No magnetic particle shedding 
● Vacuum compatible (10⁻⁶ Pa)

Potential Limitations

Application Scenarios

⚠️Higher Cost
● Unit price is 3-5 times that of 

standard servo motors

⚠️Limited Force Output
● Continuous thrust typically <500 N 

(requires parallel modules for higher force)

⚠️Demands Precise Control
● Requires high-resolution encoders (23-bit or higher)

Semiconductor
Medical
Precision Inspection

Core Advantages

✅ Military-Grade Sealing Protection
● IP68/IP69K protection rating, withstands

 pressure at 1000m depth 
● Multi-layer mechanical seals

✅ Superior Corrosion Resistance
● 316L stainless steel housing + titanium alloy 

shaft, >10 years service life in seawater
● Special anti-fouling coating

✅ High Efficiency & Reliability
● Efficiency >92%, 8%-12% higher than

 conventional submersible motors
● 50,000 hours maintenance-free design 

✅ Intelligent Adaptation
● Pressure-adaptive compensation technology (zero performance degradation from 0-1000m)

Potential Limitations

Application Scenarios

⚠️ Higher Cost
● Unit price is 3-5 times that of standard

 land-based motors 

⚠️Power Limitations
● High-power models (>50 kW) require

 custom liquid cooling systems

⚠️Complex Maintenance
● Factory repairs require specialized equipment

Marine Exploration
Underwater Engineering
Aquaculture

Core Advantages

✅ High Torque Output
● Torque amplification: 5-200x (gear ratios from 5:1 to 200:1 available)

✅ Precision Transmission
● Backlash ≤1 arcmin (high-precision models) 

for accurate positioning

✅ Long Service Life & Durability
● Hardened gear teeth with service life >20,000 hours
● Maintenance-free design 

✅ Versatile Compatibility
● Compatible with servo motors, stepper 

motors, BLDC motors, etc.
● Flexible mounting options 

Potential Limitations

Application Scenarios

⚠️ Size and Weight
● Large-ratio gearboxes have bigger 

dimensions, may increase system load

⚠️Maintenance Requirements
● High-load applications require

 regular lubrication checks 

⚠️Cost Considerations
● Precision gearboxes (e.g., harmonic/planetary) are more expensive

Industrial Robots
Automation Equipment
New Energy

Core Advantages

✅ Hollow Design
● Through-hole diameter: Φ30-Φ300 mm
● Saves peripheral space and simplifies

 equipment layout

✅ Ultra-High Precision
● Repeat positioning accuracy: ±5 arcsec 

(high-end model: ±1 arcsec)
● Axial/radial runout: <0.01 mm

✅ Zero-Backlash Transmission
● Crossed roller bearing + precision gear set, 

30% higher rigidity
● Direct drive or worm gear options available

✅ Rapid Response
● Acceleration up to 5 rad/s² (with servo motor)
● Supports high-speed rotation up to 2000 rpm

Potential Limitations

Application Scenarios

⚠️Higher Cost
● Unit price is 2-3 times that of standard 

rotary tables 

⚠️Load Limitations
● Radial load typically <500 kg (requires

 custom reinforced models for higher loads)

⚠️ Installation Requirements
● Requires high-rigidity mounting base

 (flatness <0.02 mm/m)

Automation Equipment
Robotics
Semiconductor