Aimix Group Co., Ltd articles

Urban expansion and infrastructure renewal across Latin America are generating unprecedented volumes of construction and demolition (C&D) waste. Traditionally, this material has been a burden—occupying valuable landfill space, creating environmental liabilities, and representing a lost economic opportunity. However, a paradigm shift is underway. The region is increasingly turning to mobile aggregate plants as a transformative solution for on-site processing, turning waste piles into

As global awareness of environmental sustainability accelerates, industries across the world are redefining how products are designed, manufactured, and operated. One vital sector facing immense pressure to innovate sustainably is heavy equipment manufacturing—especially container gantry cranes, which play a central role in port operations and global supply chains.

Traditionally, these industrial giants have been energy-intensive throughout their lifecycle—from steel production to a

The Latin American mining and construction industries have experienced significant growth over the past two decades, driven by urban expansion, infrastructure development, and increased demand for high-quality construction materials. Central to this growth is the evolution of fixed aggregate plants, which have transitioned from serving raw material extraction sites to supplying commercial-grade mixes for a variety of construction projects. Contractors, engineers, and project managers now rely

Rubber Tyred Gantry (RTG) cranes are essential in modern ports, container yards, and industrial facilities for handling heavy loads with speed and precision. These cranes are characterized by their mobility on rubber tires, allowing them to navigate container stacks or storage areas without the need for fixed rails. While their flexibility and high lifting capacity make them indispensable, the complexity and weight of the machinery pose significant safety risks if not operated properly. To mi

The design of a steel structure factory is a complex process that requires careful consideration of material flow, workflow efficiency, structural integrity, and safety. Among the most critical elements in such a facility is the placement of overhead cranes, especially double girder overhead cranes, which are widely used for lifting heavy materials, steel beams, and machinery components. Proper planning of crane placement not only ensures operational efficiency but also maximizes factory spac

The demand for high-quality sand in Latin America is surging, driven by massive infrastructure projects, urban development, and a growing construction sector. However, the extraction of natural sand from riverbeds and coastlines is increasingly restricted due to severe environmental concerns, including erosion, ecosystem damage, and water table depletion. This regulatory shift has created a significant and urgent market opportunity for manufactured sand (M-Sand)—engineered aggregate produce

In modern industrial workshops, overhead cranes have become indispensable for the efficient and safe handling of heavy materials. These cranes, whether single girder or double girder types, rely on sophisticated control systems to achieve precise and reliable operation. Among the most advanced and widely adopted technologies in recent years is the Programmable Logic Controller (PLC)-based control mechanism. This article explores the working principle, components, advantages, applications, and

The trolley mechanism is one of the most crucial components of an overhead crane system. It is responsible for moving the hoist along the crane’s bridge girder, enabling precise positioning of loads for lifting, transferring, and placement operations. Understanding how the trolley mechanism works, its components, and its operation is essential for crane operators, maintenance personnel, and engineers who design or optimize lifting systems. This article explores the movement of the trolley a

Rubber Tyred Gantry (RTG) cranes are indispensable in modern container terminals, ports, and logistics hubs. They are responsible for moving heavy containers, optimizing yard space, and improving operational efficiency. While RTG cranes are highly effective, their operating costs can be substantial due to fuel consumption, maintenance, downtime, and labor requirements. However, the integration of digital monitoring systems has emerged as a transformative solution to reduce these costs, increa

In Engineering, Procurement, and Construction (EPC) projects, overhead cranes are more than just tools for lifting and transporting materials—they are strategic assets that can significantly influence project timelines, safety standards, operational efficiency, and ultimately, project budgets. The design of overhead cranes plays a pivotal role in determining both initial capital expenditure and long-term operational costs. Understanding how various design choices affect EPC project budgets