Dec 17, 2025
Unlocking New Productivity for the Foundry Industry
As the foundry industry continues to evolve, companies face increasing challenges, particularly with labor shortages and high labor costs. Traditional manual grinding work is not only labor-intensive but also difficult to control in terms of quality, severely affecting production efficiency and worker health. To address this issue, grinding robots have emerged as powerful tools, improving productivity and reducing costs in the foundry industry.
Grinding Robots: Boosting Productivity
Compared to traditional manual grinding, grinding robots can work 24/7, with one robot achieving the efficiency of three to four manual grinders. Particularly for complex castings, robots perform grinding tasks with higher precision and consistency, greatly reducing the errors associated with human labor.
Solving Noise and Dust Issues
Grinding processes in foundries often generate loud noise and a significant amount of dust, which pose health risks to workers. NEVIEW’s grinding robots feature a fully sealed design that effectively controls the dust and noise generated during grinding, improving the work environment and also reducing equipment maintenance needs. In addition to consistent and precise grinding, the robots help create a cleaner environment.
Advantages of Robotic Arms
NEVIEW’s self-developed 8-axis 7-linkage robotic arm is more flexible and rigid than the typical 5-axis 4-linkage robots on the market. Whether it's grinding complex small details or handling large castings, NEVIEW's robots can easily manage the task, offering higher coverage and better grinding results.
By adopting grinding robots, foundries can save on labor costs while improving product quality and enhancing their competitive edge. Grinding robots are increasingly becoming a core component of production lines in the foundry industry.
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