High-Precision CNC Shearing Machine for Amorphous Alloy Cores - China Suppliers Factory Equipment
Product Specification
| Code | SH-200 |
| Shearing width | 140-230mm |
| Feeding speed | 60m/min |
| Shearing length | 300-3000mm |
| Shearing length precision | ±0.5mm |
| Shearing angle | 90° |
| Shearing angle precision | ±0.025 |
| Shearing thickness | Each layer 0.023mm, Max 15 layers |
| Stacking thickness | 180mm |
| Stacking position error | ±0.5mm |
| Length of the loading platform | 2000mm |
| Coil outer diameter | φ1100mm |
| Coil inner diameter | φ400mm |
Advantages
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🎯Exceptional Precision
Ensures minimal shearing error, effectively preserving the unique magnetic properties of amorphous alloys—critical for high-performance transformer/motor cores.
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⚙️High Automation & Efficiency
Equipped with CNC control and automatic functions, it reduces manual intervention, significantly accelerating processing speed and overall production efficiency.
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🔄Strong Adaptability
Handles diverse amorphous alloy core specifications, meeting customized processing needs for different power/electrical equipment components.
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🛡️Reliable Stability
Built with durable parts, it supports long-term consistent operation, lowering maintenance frequency and ensuring stable output quality.
Details Display
Application
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1 Low-Loss Transformer Manufacturing
Precisely shears amorphous alloy cores (with minimal error) to make transformer cores, reducing magnetic loss—ideal for energy-saving power transformers in grid construction.
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2 High-Efficiency Motor Production
Processes customized amorphous alloy core specs, supporting the fabrication of high-efficiency motors for new energy vehicles, industrial drives, and household appliances.
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3 Reactor & Inductor Fabrication
Adapts to diverse core sizes, providing accurately sheared amorphous alloy cores for low-loss reactors (used in power distribution) and inductors (for electronic equipment).
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4 Special Electrical Equipment Making
Supplies stable-quality amorphous alloy cores for special devices like UPS power supplies and energy storage systems, ensuring their reliable operation in power-sensitive scenarios.
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Frequently Asked Questions
Q
What is the shearing length range of the SH-200 Amorphous Alloy Core Cutting Line?
The SH-200 supports a shearing length range of 300mm to 3000mm, with a precision of ±0.5mm, making it suitable for a wide variety of amorphous alloy core sizes used in transformers, motors, and other electrical equipment.
Q
How many layers of amorphous alloy material can the SH-200 shear at one time?
The SH-200 can shear up to a maximum of 15 layers simultaneously, with each layer thickness at 0.023mm. This multi-layer capability significantly improves production throughput and efficiency.
Q
Is the SH-200 cutting line suitable for high-efficiency motor core production?
Yes. The SH-200 is designed to handle diverse amorphous alloy core specifications with strong adaptability. It is well-suited for producing motor cores used in new energy vehicles, industrial drives, and household appliances that require high-efficiency performance.
Q
What control system does the SH-200 use, and how does it improve efficiency?
The SH-200 is equipped with a CNC (Computer Numerical Control) system along with automatic functions. This significantly reduces the need for manual intervention, accelerates processing speed, and ensures consistent output quality throughout long production runs.
Q
What coil dimensions are compatible with the SH-200 cutting line?
The SH-200 is compatible with coils having an outer diameter of φ1100mm and an inner diameter of φ400mm. The loading platform length is 2000mm, providing ample space for handling standard-sized amorphous alloy coil rolls.
Q
Can the SH-200 be used for UPS power supplies and energy storage system components?
Absolutely. The SH-200 delivers stable-quality amorphous alloy cores suitable for special electrical equipment, including UPS power supplies and energy storage systems. Its reliable and consistent output ensures these power-sensitive devices operate dependably under demanding conditions.