Automated Machinery
Automated Machinery is a manufacturing enterprise based in Jieyang, China, with a focus on the production of riveting equipment, including fully automatic and semi-automatic riveters as well as corn machine systems. The company highlights automatic feeding devices that enable continuous riveting and contribute to increased work efficiency. A key emphasis of its operations is enabling rivet processing without direct operator contact, which the company describes as enhancing safety in the manufacturing process.
The product development approach centers on high-performance material clamping, robust riveting punches, and coatings that preserve rivet integrity while ensuring neat flange forming. The equipment is designed to accommodate different specifications by changing die heads and feeding devices, allowing the production line to handle rivets across a range of applications. These applications span multiple sectors, including helmets, metal furniture, automotive parts, footwear, bags, and various hardware products used in consumer goods and industrial equipment.
Automated Machinery positions itself around a business ethos that emphasizes credibility, equality, and mutual benefit in its interactions with customers and domestic manufacturers. The company highlights its long-standing commitment to talent development, quality assurance, and pioneering management practices as foundations for development and customer satisfaction. By focusing on a collaborative approach and continuous improvement, the company indicates an intention to align its capabilities with customer requirements and market demands while maintaining a focus on product reliability and operational efficiency.
While the information available emphasizes its core riveting machinery and associated tooling, specific market certifications, export experience, or detailed technical specifications are not provided in the available materials. The company’s profile reflects a commitment to offering versatile riveting solutions that can be adapted to various production lines and product categories through equipment modularity and configurable tooling.
