How it works?

Designed for the food and plastics industries, this automatic filter removes fine ferrous particles from the product flow. Its continuous cleaning system, driven by pneumatic pistons, moves stainless steel sleeves that drag ferrous material towards lateral outlets without stopping production.

Manufactured in two sizes, the FC-200 incorporates three magnetic bars, while the FC-400 includes seven, allowing selection depending on pipe diameter.

Thanks to its programmable pneumatic valve, cleaning cycles run automatically, eliminating operator intervention. It is manufactured in AISI 316 stainless steel, ensuring high corrosion resistance and minimal flow resistance.

It is the ideal solution to maintain purity in hopper-fed processes with maximum operational efficiency.

These filters can be supplied with pre-drilled square flanges, or with square-to-round transitions already integrated depending on requirements.

This robust permanent magnet system is designed for automatic extraction of large volumes of ferrous particles in conveyor belts.

Equipped with a motorized extraction belt, the unit continuously removes captured material, ensuring constant cleaning without stopping production.

Its high-strength design makes it ideal for the most demanding conditions in mining, recycling, and aggregate processing plants. It is the definitive solution to protect machinery and ensure maximum purity of processed material with minimal maintenance.

This filtration system is the standard solution for ferrous particle separation in powdery or granular product flows.
Its drawer design allows perfect integration into hoppers, pipelines, and channels, offering minimal resistance to material flow.

Thanks to its semi-self-cleaning configuration, maintenance is extremely simple: the magnetic grid is removed from the drawer for quick and safe cleaning. Manufactured with high-quality materials for the food, plastics, and ceramics industries, these filters require no external energy and ensure continuous protection of mills and crushers.

These plates are designed for critical ferrous particle extraction, operating efficiently in vertical drops, inclined channels, or conveyor belts. Their large ferrite core generates a deep and powerful magnetic field capable of capturing contaminants in high-volume material flows.

Manufactured with an AISI 316 stainless steel contact surface, they ensure full hygiene and wear resistance in industries such as food processing or milling. They are autonomous systems that consume no energy and require minimal maintenance, limited to routine cleaning to ensure continuous machinery protection.

Designed to replace the head pulley of conveyor belts, this automatic system continuously removes ferrous contaminants from the material flow without interruption. It requires no electrical power or maintenance, guiding captured particles towards the lower section for safe collection.

Available in ferrite or high-intensity neodymium versions, it is custom manufactured to integrate into any rigid structure, ensuring precise and constant separation. An efficient and cost-effective solution to protect machinery and ensure material purity in recycling, mining, or aggregate processing.

Designed for mass handling of cans and containers with metal lids, this system optimizes transport and stacking in automated production lines.

It can be manufactured with neodymium or ferrite magnets depending on the application and product to be handled. The design is fully customized based on dimensions, weight, and load requirements. Thanks to magnetic attraction, it minimizes the risk of product drops in case of power failures or line stops, streamlining logistics with maximum operational efficiency.

The perfect solution for industries requiring high-speed and extreme reliability in goods handling.

This advanced separation system is designed for the removal of ferrous particles in product flows with a tendency to agglomerate.

Thanks to the continuous rotation of its magnetic bars, the equipment not only captures contaminants but also acts as a flow assistant, preventing blockages and ensuring a constant discharge towards the outlet. It is the ideal solution for processes that require high hygiene standards and zero manual maintenance, optimizing final product purity without stopping the production line.

Our magnetic filters are specifically designed for the purification of liquid and gaseous flows in industries such as food processing, pharmaceuticals, and hydrocarbons.

Their AISI 316 stainless steel structure allows the capture of very fine ferrous particles even under high pressure conditions or temperatures up to 150°C, with a design that enables quick removal of magnetic bars, simplifying maintenance and cleaning operations.

They can be manufactured with a heated chamber to maintain fluid temperature and prevent solidification when required.

Configurable in various diameters and magnetic grades, they are precisely adapted to any pipeline, including smooth tubes, flanges, fittings, or triclamp connections, making them the most robust solution for impurity-free processes.

Permanent rare-earth magnetic system designed to provide critical protection in pressure lines, gravity-fed systems, and suction pipelines.

With a compact design, it is the perfect solution when space constraints prevent the use of conventional magnetic housings. It is entirely manufactured in stainless steel, fully welded to ensure hermetic sealing, and includes an internal torpedo that efficiently captures ferrous contaminants from raw or milled materials in flexible ducts.

This integrated system is the ultimate solution for gravity-fed applications with high levels of dust or humidity. Its internal structure ensures that 100% of the material impacts directly the magnetic field, achieving superior purity through two fully separated outlets for product and contaminants.

Manufactured in AISI 316 stainless steel, it can be configured with ferrite or neodymium magnets depending on technical requirements. Its robust design ensures automatic and continuous operation under the most severe industrial conditions without risk of cross-contamination.