R&D
Technology Center - Strong R&D Engineering Department
| Number of R&D engineering personnel | 48 |
| Doctor | 2 |
| Master | 6 |
| Undergraduate | 21 |
| Junior College | 12 |
| Technicians | 7 |
| Professional | Motor |
| Electronic | |
| Automation | |
| Machinery | |
| Electrical | |
| Optoelectronics | |
| Material |
CNS unique design tool - finite element structural analysis
Structural: including static, model, buckling, contact, pre-compression and vibration analysis
Thermal: including heat transfer analysis and thermal design optimization
Power: including power and force analysis
Vibration: including dynamic time, frequency, random and impact analysis
Advantages of dynamic simulation
Optimize the use of materials
Reduce weight and cost
Reduce noise and vibration
CNS proprietary design tool—Finite Element Magnetic Analysis
Advantages of designing motors this way
Optimize motor performance and efficiency
Optimize motor electromagnetic field distribution
Reduce motor vibration and noise
Significantly improve motor reliability
CNS’s technical cooperation and services to customers
Technical support
Training: products, usage, installation, software, procedures, solutions
patent
rapid prototyping template
Drive control
Reliability/Product Safety
Testing: Life, Noise, Noise and Full Performance Testing
Product Development Platform-Standard and Universal Development Guidelines
Based on the standard series
Based on the principle of universality and interchangeability
Customized based on customer requirements
Product application development-product technology matching
Standard product selection based on customer requirements
Performance and installation size matching based on customer requirements
Drive control system matching based on customer requirements
Technical system integration-solve problems for customers
Provide partial or complete motor solutions for customers
Brushless DC motor
Control System
Transmission mechanism (gearbox)