Wholesale 3D Wound Core Curve Cutting Machine for Transformer Cores - High Precision from China Suppliers and Factory Manufacturer, Service

Introducing our state-of-the-art 3D wound core curve cutting machine, designed specifically for transformer core manufacturing in China. As a leading supplier and factory, we provide advanced CNC technology that guarantees precision cutting with high accuracy and efficiency. This machine is perfect for producing stereo laminated iron cores, effortlessly managing complex curves to enhance production quality while minimizing waste. Its user-friendly design features automated functionalities that simplify operation, ensuring compliance with industrial standards. Upgrade your manufacturing processes with our innovative cutting solutions today!

Product Description

Product Specification

CodeSHKL-400
Cutting typestraight/curve
Max feeding width400MM
Cutting speed0-60M/min
Cutting methodCut one into two strip
Material utilization99%
Cutting accuracy±0.3MM
Cutting burr≤0.03MM
Speed adjusting wayStepless speed adjust

Top Advantages

🎯 1. Superior Precision Achieve cutting accuracy of up to ±0.02mm using advanced CNC and servo systems, ideal for stereo laminated iron core requirements.
2. High Efficiency Boosts production efficiency by over 30% through integrated material feeding, curve programming, and waste collection.
⚙️ 3. Strong Adaptability Intelligent sensors monitor silicon steel thickness in real-time, adjusting parameters for various grades and complex curves.
🏗️ 4. Stable & Durable A rigid frame structure minimizes vibration, ensuring long-term stability and reducing maintenance frequency.
🛡️ 5. User-Friendly & Safe Equipped with an intuitive HMI and safety interlocks to prevent operational hazards and ensure workplace safety.
🔗 6. Seamless Integration Compatible with CAD/CAM systems, allowing direct file imports and eliminating manual programming errors.

Product Details Gallery

Industry Applications

1 Power Transformers

Ensures tight core lamination for 3D wound cores in distribution and power plant transformers, significantly reducing magnetic loss.

2 Special Transformers

Ideal for railway traction, industrial electrolysis, and dry-type transformers requiring diverse curve designs and performance.

3 High-Frequency Units

Supports miniaturization in new energy vehicles and photovoltaic inverters by cutting thin-gauge silicon steel or amorphous alloy.

4 Renewable Energy

Optimizes energy transmission efficiency for wind power converters and solar grid-connected inverters through accurately cut parts.

Frequently Asked Questions

What is the maximum feeding width of the SHKL-400?
The SHKL-400 supports a maximum feeding width of 400mm, suitable for a wide range of silicon steel sheet sizes used in transformer core manufacturing.
What cutting accuracy can this machine achieve?
It achieves a cutting accuracy of ±0.3mm with a burr of ≤0.03mm. The high-precision servo systems can even reach ±0.02mm precision for specific requirements.
Is it compatible with design software?
Yes, the SHKL-400 is fully compatible with CAD/CAM systems, allowing for direct design file imports and streamlined workflows.
What materials can be processed?
It handles various grades of silicon steel, amorphous alloy sheets, and thin-gauge materials used in high-frequency applications.
How does it improve production efficiency?
By automating feeding, programming, and waste collection, it reduces manual labor and boosts efficiency by over 30% compared to traditional cutters.
What safety features are included?
The machine features an intuitive HMI for monitoring, built-in safety interlocks, and emergency stop functions for a safe working environment.

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