High-Precision CNC Shearing Machine for Amorphous Alloy Cores - Top China Suppliers & Factory Solutions
Product Specification
| Code | SH-200 |
| Shearing Width | 140–230 mm |
| Feeding Speed | 60 m/min |
| Shearing Length | 300–3000 mm |
| Shearing Length Precision | ±0.5 mm |
| Shearing Angle | 90° |
| Shearing Angle Precision | ±0.025° |
| Shearing Thickness | Each layer 0.023 mm, Max 15 layers |
| Stacking Thickness | 180 mm |
| Stacking Position Error | ±0.5 mm |
| Length of Loading Platform | 2000 mm |
| Coil Outer Diameter | φ1100 mm |
| Coil Inner Diameter | φ400 mm |
Advantages
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1. Exceptional PrecisionEnsures minimal shearing error, effectively preserving the unique magnetic properties of amorphous alloys—critical for high-performance transformer/motor cores.
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2. High Automation & EfficiencyEquipped with CNC control and automatic functions, it reduces manual intervention, significantly accelerating processing speed and overall production efficiency.
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3. Strong AdaptabilityHandles diverse amorphous alloy core specifications, meeting customized processing needs for different power/electrical equipment components.
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4. Reliable StabilityBuilt 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.
Frequently Asked Questions
QWhat is the shearing length range of the SH-200 Amorphous Alloy Core Cutting Line?
The SH-200 supports a shearing length range of 300 mm to 3000 mm, with a precision of ±0.5 mm, making it suitable for a wide variety of transformer and motor core dimensions.
QHow many layers of amorphous alloy material can the SH-200 shear at one time?
The SH-200 can shear up to 15 layers simultaneously, with each layer having a thickness of 0.023 mm. This multi-layer capability significantly improves production efficiency.
QWhat type of 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 with full automatic functions. This minimizes manual intervention, reduces human error, and accelerates the overall processing speed, making it highly suitable for large-scale production environments.
QWhat industries or applications is the SH-200 Amorphous Alloy Core Cutting Line designed for?
The SH-200 is designed for a broad range of applications including low-loss transformer manufacturing, high-efficiency motor production for new energy vehicles and industrial drives, reactor and inductor fabrication, as well as special electrical equipment such as UPS power supplies and energy storage systems.
QWhat coil dimensions are compatible with the SH-200 cutting line?
The SH-200 is compatible with coils having an outer diameter of φ1100 mm and an inner diameter of φ400 mm. The loading platform length is 2000 mm, accommodating standard industrial coil sizes.
QHow does the SH-200 preserve the magnetic properties of amorphous alloy materials during cutting?
The SH-200 achieves a shearing angle precision of ±0.025° and a length precision of ±0.5 mm, ensuring clean, accurate cuts with minimal mechanical stress on the material. This precision cutting process effectively preserves the unique magnetic characteristics of amorphous alloys, which are critical for high-performance transformer and motor core applications.