Mingzhi New Solution: MiCC integrated core making line with multiple machines

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Foundry Corporate News Topic Coremaking

21. April 2025

The traditional layout of core-making production lines typically involves a single sand mixing system supplying multiple core shooters, with a steel structure sand supply platform installed above each core making machine. In this conventional layout, the core shooters are positioned first, followed by the construction of the steel sand supply platform, and finally, the installation of the sand mixer and storage hopper. While this approach has been standard practice for many years, it is not without its challenges.

Pressemitteilung | Reading time: min | Bildquelle: Mingzhi Technology

Challenges in Traditional Core-Making Systems

One of the primary difficulties associated with traditional core-making production lines is the heavy installation workload and lengthy cycle time. Setting up the system requires considerable time and labor, leading to inefficiencies. Additionally, the high cost of steel structures contributes significantly to the overall project expense. These costs can drive up the total investment required for such production lines, making them less attractive for companies seeking cost-effective solutions. Furthermore, the process of coordinating and installing these steel structures introduces a complex and cumbersome construction management task. The interconnection workload between various equipment also increases the risk of delays. On top of this, traditional layouts are often space-inefficient, requiring large workshop areas with specific height requirements, which reduces flexibility in plant design. Another downside is the difficulty in maintenance. The space between the core shooters and the steel platform is typically cramped, making daily maintenance and cleaning challenging and inconvenient.

Introducing the MiCC Integrated Core Making Line Solution

In response to these challenges, Mingzhi Technology has developed the MiCC Integrated Core Unit, a revolutionary technology that reshapes the core-making process. The MiCC system adopts an "integrated" and "modular" design philosophy, consolidating five essential modules—raw material, sand mixing, core making, auxiliary, and electronic control—into a compact, fully integrated unit.

This streamlined design has been successfully launched both in domestic and international markets, providing a more efficient solution for core making.

Building on the success of the MiCC Integrated Core Unit, Mingzhi has further advanced the technology with the MiCC Integrated Core Making Line. This new system incorporates multiple core-making machines, expanding the application of the MiCC technology to an entire core-making line. The result is a highly efficient, scalable solution that can handle larger production volumes while maintaining the same high level of performance and reliability.

The Benefits of the MiCC Integrated Core Making Line

Space Efficiency

One of the standout features of the MiCC Integrated Core Making Line is its space-saving design. The highly integrated structure of the core-making machines and platform significantly reduces the footprint of the production line, freeing up valuable plant space. This not only leads to a more organized and visually appealing workshop but also increases operational flexibility.

Cost Reduction

The MiCC system’s integrated approach eliminates the need for constructing costly steel structures, thereby reducing the overall cost of the project. Additionally, the streamlined design minimizes the complexity of construction management and reduces the associated safety risks, offering a more economical and safer alternative to traditional systems.

Fast Deployment

The MiCC system undergoes comprehensive testing before delivery, which allows for a quick and easy assembly process on-site. This pre-emptive testing drastically shortens the installation and adjustment period, enabling faster project completion and a quicker time to market.

Convenient Maintenance

Maintenance is made simpler with the MiCC Integrated Core Making Line. The spacious top platform above the core shooters provides ample room for daily maintenance and cleaning. This improved access ensures that maintenance can be performed efficiently and safely, reducing downtime and improving the overall lifespan of the equipment.

The MiCC Integrated Core Making Line has already been successfully implemented in numerous client projects, delivering significant time and cost savings. Companies that have adopted this solution have witnessed marked improvements in production efficiency, cost management, and overall operational performance.

For more information about Mingzhi Technology’s MiCC multi-core shooter solution and its comprehensive range of core-making equipment see the embedded MiCC video and visit www.mingzhi-tech.eu or contact us at: info.leipzig(at)mingzhi-tech.eu.