Simple and economical solution
For flour, grain, sugar, granules, powders and other bulk materials in operations with the possibility of regular cleaning.
Select a separator
When choosing a magnetic separator:
Type and size of material to be processed
What is the transport capacity per hour?
Separator location in the production process, pipeline quality
Operating conditions (temperature, humidity, dustiness)
Please describe your needs as precisely as possible. We will send you a confirmation of your request and redirect you to a suitable specialist. He or she can contact you for further details at the contacts listed.
MAGSY magnetic separators capture ferromagnetic particles in dry and liquid materials. They protect production technologies from damage, increase the purity of the resulting product and help reduce downtime, service costs and the risk of complaints.
We produce solutions with manual and automatic cleaning for pipes, hoppers, conveyors and separate technological units. The appropriate type always depends on the material, required capacity, size of impurities and conditions of the specific operation.
The material being processed passes through an effective magnetic field. Ferromagnetic impurities, such as iron filings, shavings, wires or abrasion from production equipment, are attracted to the magnetic core and separated from the product. After cleaning the separator, the captured metals are safely removed outside the production flow.
For flour, grain, sugar, granules, powders and other bulk materials in operations with the possibility of regular cleaning.
Select a separatorHigher capacity, automatic removal of trapped metals and minimum manual intervention without unnecessary downtime.
Select an automatic solutionFor water, oils and emulsions. We adapt the design to the flow rate, pressure, temperature and pipe connection.
Select a separator for liquidsAutomatic cleaning for demanding operations with regular removal of metal impurities from the liquid medium.
Choosing a flow solutionThe right choice is not based solely on the strength of the magnet. It is important to assess the entire production process and determine where the separation will be most effective and safe for the operator.
| Parameter | What we need to know | Influence on design |
|---|---|---|
| Material | Flowability, grain size, viscosity, humidity and temperature | Type of construction and magnetic system |
| Capacity | Flow rate or amount of material per hour | Dimensions, cross-section and number of magnetic elements |
| Contamination | Size, amount and type of metal particles | Choice of ferrite or neodymium magnets |
| Cleaning | Frequency of downtimes and operating options | Manual, semi-automatic or automatic design |
| Installation | Pipe, conveyor, hopper and available space | Connections, dimensions and custom designs |
Ferrite magnets are a durable and cost-effective solution for capturing common ferromagnetic particles. Neodymium magnets They provide a significantly stronger magnetic field and are used where fine metal impurities also need to be captured. The choice of magnetic material is also influenced by temperature, cleaning method and separator design.
Flour, sugar, grain, spices and raw materials before further processing.
Granulates, powder mixtures and liquid media in production lines.
Separation of ferrous metals and selected non-ferrous metals using eddy current separator.
Metal particles in coolants, emulsions and material flows.
Company Magsy s.r.o. has been dedicated to the development, production and service of magnetic separators for 25 years. We have produced more than 50,000 separators and supply standard equipment as well as designs adapted to a specific production line.
When designing, we assess the material, capacity, operating conditions, the required level of separation and the cleaning method. View implemented references, information about MAGSY or contact our specialist.
A magnetic separator removes ferromagnetic impurities from the material using a magnetic field. Metal particles are captured on the magnetic core or shell of the separator and the cleaned material continues through the production process.
For bulk materials, magnetic grids, rods, plates, drums or separators above the conveyor are mainly chosen. The grain size and flowability of the material, the required performance, the method of transport and the amount of metal impurities are decisive.
For liquids, oils and emulsions, flow-through magnetic separators or separation vessels are used. The device is designed according to the flow rate, pressure, temperature, viscosity and method of connection to the pipeline.
Manual cleaning is suitable for smaller operations or lower amounts of captured metals. Automatic cleaning is used in continuous production, with higher contamination and where it is important to limit downtime and operator work.
Ferrite magnets are durable and economical for capturing larger ferromagnetic particles. Neodymium magnets create a stronger magnetic field and are also used to capture fine metal impurities. The appropriate option depends on the material and operating conditions.
The cleaning interval depends on the amount of impurities and the material flow. It is advisable to clean the separator before the layer of trapped metal begins to reduce the effectiveness of the magnetic field. The specific interval is determined based on experience from the given operation.
Yes. The design, dimensions, material, connection method and cleaning can be adapted to the production line, the type of material processed and the hygienic or temperature requirements of the operation.
For a correct design, it is necessary to know the type and properties of the material, hourly capacity, size of the pipe or conveyor, temperature, pressure, available space, amount of dirt and the required cleaning method.
Send us the parameters of the material and production line. We will recommend a suitable type and prepare a non-binding offer.