UniPress Stator Stack: Customizable Laminated Cores for High-Efficiency Motors - Guangdong Zhengqiang Technology Group
Product Description：
Core Technology & Functionality
Our large stator stacks leverage proprietary multi-layer stamping technology on custom-built presses, enabling simultaneous production of stators, rotors, and brackets in a single cycle. Key innovations:
Precision Layering: Achieves ≤0.05mm lamination alignment for minimized eddy current losses.
Custom Geometry: Tailored slot patterns/pole counts (e.g., 16-pole configurations) to match client specifications.
Integrated Tooling: Dedicated dies co-produce small/large stators and rotors, reducing material waste by 18%.
Core Role:
Optimizes magnetic flux efficiency in motors, boosting torque density by 15% while reducing iron losses.
Core Technology & Functionality
Our large stator stacks leverage proprietary multi-layer stamping technology on custom-built presses, enabling simultaneous production of stators, rotors, and brackets in a single cycle. Key innovations:
Precision Layering: Achieves ≤0.05mm lamination alignment for minimized eddy current losses.
Custom Geometry: Tailored slot patterns/pole counts (e.g., 16-pole configurations) to match client specifications.
Integrated Tooling: Dedicated dies co-produce small/large stators and rotors, reducing material waste by 18%.
Core Role:
Optimizes magnetic flux efficiency in motors, boosting torque density by 15% while reducing iron losses.
Products details
Applications
Home Appliances: Energy-efficient motors for refrigerators, washing machines, and HVAC systems.
Why Choose Us
Exclusive Production Capability:
Industry-only custom press for synchronized stator-rotor-bracket output.
Precision Engineering:
±0.01mm stamping accuracy (validated via ISO 9001-certified QC).
Cost Efficiency:
Shared tooling slashes unit costs by 20% vs. traditional methods.
Rapid Customization:
45-day lead time from design to mass production (including mold development).
High-Volume Output:
200,000+ units/day capacity with automated optical sorting.
