In the adhesive mixing process of the copper-clad laminate industry, ensuring the correct raw material ratios and achieving thorough mixing are among the key factors that significantly influence the quality of laminates. Our company has developed an advanced adhesive mixing system specifically designed for the copper-clad laminate industry, offering benefits such as cutting-edge technology, precise metering, reliable operation, and easy-to-use functionality. This innovative system has been successfully implemented at numerous PCB manufacturing companies.
Our company can collaborate with clients to develop customized system solutions and equipment configurations tailored to their specific process requirements, offering a turnkey project for mixing and dispensing workshops—including everything from equipment fabrication and on-site installation to system debugging. Additionally, we can transform manual mixing and dispensing processes into fully automated systems based on client needs, further optimizing the customer’s entire adhesive production workflow.

Solid waste refers to solid and semi-solid materials discarded during human activities—both in production and daily life. This includes solid particles separated from wastewater and exhaust gases. In essence, any material that has been used in the course of human activities but is no longer deemed valuable by its owner and is therefore disposed of is classified as solid waste. In various production processes, solid waste often consists of residues—commonly known as "waste slag"—while waste generated from household activities is typically referred to as "garbage." It's important to note that the term "solid waste" is defined specifically from the perspective of the original owner. After all, during production or consumption, owners usually extract only certain useful components from raw materials, goods, or consumer products. As a result, even the solid waste that’s discarded still contains valuable substances that could be repurposed in other industries.

Intelligent Manufacturing (IM) is a human-machine integrated intelligent system composed of smart machines and human experts, capable of performing sophisticated, intelligence-driven activities throughout the manufacturing process—such as analysis, reasoning, judgment, ideation, and decision-making. By enabling collaboration between humans and intelligent machines, IM extends, augments, and partially replaces the cognitive labor traditionally performed by human experts in manufacturing. At its core, it pushes the boundaries of manufacturing automation, evolving the concept toward greater flexibility, enhanced intelligence, and deep levels of integration.