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| Code | SHKL-400 |
| Cutting type | Straight/Curve |
| Max feeding width | 400MM |
| Cutting speed | 0-60M/min |
| Cutting method | Cut one into two strip |
| Material utilization | 99% |
| Cutting accuracy | ±0.3MM |
| Cutting burr | ≤0.03MM |
| Speed adjusting way | Stepless speed adjust |
Precisely cuts silicon steel sheets into curved profiles for 3D wound cores, ensuring tight lamination and reducing magnetic loss in distribution and power plant transformers.
Ideal for traction transformers, industrial electrolysis rectifier transformers, and dry-type transformers, adapting to diverse curve designs and steel grades.
Supports miniaturization in new energy vehicles and photovoltaic inverters by cutting thin-gauge silicon steel or amorphous alloy sheets into precise shapes.
Supplies accurately cut 3D wound core parts for wind power converters and solar grid-connected inverters, optimizing energy transmission efficiency.
The machine utilizes advanced CNC technology to achieve a cutting accuracy of ±0.3MM with a cutting burr level of ≤0.03MM.
The SHKL-400 supports a maximum feeding width of 400MM, making it versatile for various transformer core sizes.
By integrating automatic material feeding and curve programming, it reduces manual intervention and boosts efficiency by over 30% compared to traditional methods.
Yes, it is equipped with intelligent sensors for real-time thickness monitoring and automatic parameter adjustment to handle various silicon steel grades smoothly.
Yes, it is fully compatible with CAD/CAM systems, allowing for direct design file imports to eliminate manual programming errors.
The machine uses a specialized cutting method that splits one strip into two, achieving a material utilization rate of 99%.
