AIMIX Group - Construction Machines

 Construction sites in Latin America are becoming more complex, with projects spanning dense urban areas, steep rural landscapes, and remote industrial zones. As infrastructure demand grows across the region, construction companies are under increasing pressure to meet tight deadlines without compromising safety or quality. In this context, next-generation self-loading concrete mixers are emerging as essential tools—not just for their mobility and efficiency, but also for how they enhance job site safety and reduce human error. By combining automation, smart diagnostics, and integration with other equipment like concrete pumps , these advanced machines are revolutionizing how concrete is mixed, transported, and poured across Latin America’s diverse construction environments. Safety First: Reducing Human Error Through Automation One of the most notable benefits of next-gen self-loading concrete mixers( auto hormigonera ) is their ability to reduce reliance on manual processes. T...

 In construction, accurate concrete mixing isn’t just a technical requirement—it’s the foundation of structural safety and long-term performance. But for years, concrete calibration has been a job for experts. Now, that’s changing. With the introduction of the first user-friendly calibration guidance system for self-loading concrete mixers , even beginners can produce consistently high-quality concrete with minimal training. This innovation is not only boosting efficiency but also helping contractors reduce costs and improve jobsite performance. Why Calibration Matters in Concrete Mixing Proper calibration ensures the correct ratio of cement, sand, gravel, and water in every batch. If the balance is off—even slightly—it can compromise the strength, workability, and durability of the concrete. Traditionally, calibration required experienced technicians to manually adjust weighing systems and interpret technical data. Inconsistent calibration can lead to: Material waste due to ...

In the construction industry, speed and efficiency are critical—especially when it comes to small-scale or emergency repair work. Whether it's fixing a damaged road section, repairing a cracked foundation, or patching a concrete surface in a remote location, contractors need equipment that’s fast, mobile, and reliable. One machine that consistently proves itself in these scenarios is the self-loading concrete mixer . Compact, self-sufficient, and incredibly versatile, it’s quickly becoming the go-to solution for quick repairs across the globe. The Challenges of Fast Concrete Repairs Construction repairs—especially those involving concrete—are often performed under tight deadlines. Time-sensitive roadwork, utility trench restorations, or emergency building maintenance all require quick response and minimal setup. Traditional concrete batching methods usually involve a multi-step process: ordering ready-mix concrete, waiting for delivery, unloading, and placing. This not only slows...

As infrastructure projects continue to expand into remote and dynamic environments, the need for flexible and efficient equipment has become more urgent than ever. One standout solution in road and bridge construction is the mobile asphalt plant . Designed for mobility and versatility, this plant model is increasingly being adopted for projects requiring quick setup, high adaptability, and consistent asphalt quality. But one critical question remains: Can mobile asphalt plants truly handle different grades of raw materials effectively? This article explores how mobile asphalt plants are engineered to manage diverse material qualities and what makes them suitable for varying jobsite conditions. The Nature of Raw Material Variability in Road Construction In the asphalt production process, raw materials such as aggregates, bitumen, and fillers play a vital role in determining the quality of the final mix. However, these inputs often vary in terms of size, moisture content, purity, a...

When investing in an asphalt plant for road and bridge construction, many companies focus on the initial purchase price. However, hidden costs—such as transportation, operational downtime, and equipment depreciation—can have a significant impact on the total cost of ownership. These often-overlooked factors can affect profitability, project timelines, and long-term performance, especially when planning for the use of specialized equipment like a mini asphalt plant or a full-scale asphalt batch plant . In this blog post, we take a deeper look at how these hidden costs influence your overall investment and operational efficiency. Understanding these elements is essential for contractors, project managers, and business owners aiming to make financially sound decisions in the competitive road construction industry. Why Hidden Costs Matter in Asphalt Plant Investments While the asphalt plant price( planta de asfalto precio ) is a major consideration during procurement, focusing solely ...

 In Latin America, construction projects often face delays due to inconsistent concrete supply, remote site access, or logistical bottlenecks. As infrastructure development accelerates in countries like Brazil, Colombia, and Peru, contractors are actively seeking ways to become more independent and efficient—particularly in how they source and produce concrete. One key approach to solving this challenge is achieving on-site self-sufficiency in concrete production. This article explores how construction sites across Latin America can take control of their concrete supply, reduce reliance on external batching plants, and improve project timelines—while highlighting the growing importance of the self-loading concrete mixer ( hormigonera autocargante ) in enabling this transformation. The Importance of Concrete Self-Sufficiency in Remote and Fast-Paced Projects Concrete is the foundation of nearly every construction project, from residential buildings to highways and public infrast...