Articles & News
from PRIMAFOND world
Maximizing quality and profitability: how foundries can adopt a lean approach and quality management to reduce production waste.
The use of recycled sand in foundry operations is becoming increasingly widespread, as it helps to reduce waste and promote more sustainable and efficient production practices.
The foundry industry has undergone a revolutionary transformation thanks to the use of robots and automation. These tools are revolutionizing the production of metals, allowing for increased productivity, reduced errors, and improved workplace safety.
Foundries and core shops: how to address the challenges of workplace safety in high-risk environments
Workplace safety is a critical aspect for any industry, but particularly important for the foundry sector.
The maintenance of foundry plants and machines is a crucial aspect for the proper functioning of the production process. Discover the importance of relying on experienced suppliers to ensure efficiency and safety in the workplace.
Discover how the introduction of Primafond core shooting machines has improved product quality, reduced costs, and sped up production organization in a foundry cores manufacturing company.
With hydraulic wedges of varying power and safe, ergonomic equipment, the system has allowed for a reduction in operators’ physical risk and effort, and an increase in the efficiency of the knock-out process.
Discover how the company improved production efficiency through network connection and the implementation of new shell moulding machines, integrating the opportunities offered by Industry 4.0
The technology of cores is adapting to increasingly stringent environmental challenges through the adoption of new low-emission materials and binders used in the inorganic process. The goal is to produce high-quality components without compromising environmental sustainability.
Enter the world of hydraulic wedges, technical tools used for breaking casting risers or separating parts of a casting. Discover their progress from the double-pump control unit to the single-pump unit.