• Amorphous metal sheets have a thinner thickness, resulting in lower eddy current losses.
• Amorphous core can be easily magnetized and demagnetized, significantly reducing hysteresis losses, thus greatly reducing core losses by approximately 65-75%.
• Energy-saving, reducing greenhouse gases and other pollutants.
• Excellent choice for reducing distribution losses and improving efficiency.
• Superior electrical performance under harmonic conditions, improving power quality and reducing harmonics.
• Lower temperature rise and slower insulation degradation, thereby extending the lifespan.
• With the increase in the use of power electronics devices, there is a significant presence of high-order harmonic distortion in power systems. Higher-frequency harmonics can increase transformer core losses, but amorphous alloys offer lower losses at high frequencies.
• Easy maintenance and coil replacement.

Amorphous core materials produced by our amorphous core production line can be used in resin insulation dry-type transformers, oil-immersed transformers, mine transformers, earthing transformers, high-voltage windings, and other specialized transformers.

Amorphous materials are thin, with a thickness of only 0.025mm, and are quite soft with high hardness, making them challenging to cut. Our company has developed an amorphous core cutting line with an intelligent control system, special feeding methods, and high-precision tools made from special materials to efficiently and automatically cut amorphous ribbons.

SMIF is a specialized manufacturer of complete sets of amorphous core production lines. Our core production lines are primarily used by amorphous core manufacturers, transformer core manufacturers, and power transformer manufacturers, among others.

Our amorphous core cutting equipment is available in two structural designs: horizontally placed and suspended type, depending on the material processing requirements.

Our amorphous core production lines come in standard models with various specifications based on the cutting length of the amorphous strips, such as 2 meters, 3 meters, 3.5 meters, 5 meters, 8 meters, and 10 meters, among others. We also offer customization services to meet specific buyer requirements. For more details, please contact our technical staff.

Our amorphous core cutting line can cut amorphous alloy strip materials required for toroidal and C-shaped laminated cores, with cutting widths ranging from 140mm to 220mm and cutting lengths from 300mm to 10,000mm.

For single-layer amorphous strips with a thickness of 0.025mm, our equipment can cut up to 15 layers (15 * 0.025mm).

SMIF has been developing and manufacturing the amorphous core production lines for nearly 15 years.

Due to the increasing recognition of amorphous alloy materials, which offer superior performance compared to traditional silicon steel and tin steel materials, our amorphous core production line is highly sought after. It provides excellent cost-effectiveness and is the top choice in the mainland Chinese transformer industry, with the highest market share. Our equipment has been purchased by countries such as India, United States, Vietnam, Argentina, Philippines, Bangladesh, and has received positive feedback from buyers.

We offer on-site and online training services for users of our amorphous core production lines, as well as lifetime product support.

Our equipment engineers provide remote assistance for equipment diagnosis, fault analysis, and troubleshooting. If you have further questions, please contact us.

We independently design and manufacture coil processing lines for transformers. Our company has a strong design capability and complete processing equipment, including vertical machining centers, CNC lathes, CNC cylindrical grinders, medium-sized general lathes, milling and drilling machines, ensuring reliable production and service.

We place a strong emphasis on intellectual property rights. To date, we have obtained 8 invention patents, 26 utility model patents, 29 software copyrights, and have developed 7 Chinese national standards.