Founded in 2012 by Dr. Emily Chen (Huazhong University of Science & Technology), YET Magnetics transforms cutting-edge research into global solutions for small-batch magnetic component manufacturing. Our breakthrough? Micro-magnetic simulation algorithms—cutting prototyping time by 40% and achieving 95% accuracy in inductance, saturation, and EMI suppression.
Rapid Innovation: 7-day prototyping cycle for medical-grade (IEC 60601) components.
Agile Manufacturing: Minimum order of 100 units, blending automation with manual precision.
Global Impact:
German medtech firm halved ventilator energy use with YET’s compact transformers.
U.S. robotics company slashed R&D costs by 30% through simulation-driven design.
Japanese consumer brand achieved zero EMC failures in wireless charging.
"Every small batch drives a bigger breakthrough," says Dr. Chen. From pacemakers to IoT, our tech bridges labs and real-world innovation.
Multi-Physics Coupling
Synergistic use of electromagnetic (Maxwell, HFSS), thermal (Icepak), and mechanical (ANSYS Mechanical) simulations, e.g., analyzing core saturation-induced thermal deformation.
Customization
Parametric design tools (AP method, area product method) for rapid prototyping, tailored topologies for Switching power supply and inverters.
Winding Techniques
Expertise in PCB windings, flat wire winding, and Litz wire processes for planar transformers with low-loss distributed windings.
Core Processing
YET has the unique core processing technology and experience to customize cores of composite soft magnetic materials for the manufacture of inductors and transformers
Encapsulation
Vacuum potting or molding (IP67 compliance for automotive inductors) for moisture/impact resistance.
Power electronics experts
1 people
Average engineering
4 people
