The automotive industry demands speed, accuracy, and durability. From small brackets to large body panels, coil handling systems play a vital role in supporting high-volume stamping lines.

HE-Machine coil handling systems are engineered to handle heavy-duty coils with precise feeding accuracy, ensuring consistent performance for both small and large automotive parts. With advanced uncoiling, leveling, and feeding technology, we help automotive manufacturers reduce waste, increase throughput, and maintain high safety standards.

Electronics and appliance components require delicate handling and high-precision feeding. Lightweight yet complex stamping demands flexible and efficient coil handling equipment.

We design coil handling machines to manage thin materials such as stainless steel, copper, and aluminum, ensuring high precision for intricate stamping. Our compact lines fit seamlessly into electronics and appliance production facilities, offering space-saving designs without compromising performance.

Household goods and hardware tools require cost-effective yet durable coil handling solutions. Whether for simple stampings or robust tool components, reliable coil feeding ensures consistent quality and efficiency.

HE-Machine coil handling systems are built to support both small-scale and large-scale production, offering versatility across different tool and household manufacturing processes. With customizable configurations, we help manufacturers improve efficiency and maintain stable operations.

Metal stamping is widely used across industries beyond automotive, electronics, and household products. From construction to aerospace, coil handling equipment plays a critical role in supporting precision and reliability.

For diverse sheet metal applications, HE-Machine delivers flexible and adaptable coil handling systems. Our equipment accommodates a wide range of materials—including carbon steel, galvanized steel, stainless steel, aluminum, copper, and brass—ensuring smooth feeding and consistent quality in every production environment.