Magnetni separatorCORMAK
Separator mangetyczny
Magnetni separator
CORMAK
Separator mangetyczny
Stalna cena brez DDV
530 €
Leto izdelave
2026
Stanje
Novo
Lokacija
Siedlce 

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Podatki o stroju
- Opis stroja:
- Magnetni separator
- Proizvajalec:
- CORMAK
- Model:
- Separator mangetyczny
- Leto izdelave:
- 2026
- Stanje:
- novo
Cena in lokacija
Stalna cena brez DDV
530 €
- Lokacija:
- Brzeska 120, 08-110 Siedlce, Polska

Klic
Podrobnosti ponudbe
- ID ponudbe:
- A21040012
- Nazadnje posodobljeno:
- dne 22.01.2026
Opis
A magnetic separator is an industrial device used for the continuous cleaning of coolant and oil-based substances from ferromagnetic particles generated during machining processes. Due to its fully automatic, continuous operation, it efficiently removes metal chips and fine particles from the circulating medium, thereby reducing machine wear and minimizing downtime related to coolant replacement or filtration.
Magnetic Separator – Key Benefits in Coolant Purity Maintenance
Construction and Operating Principle
The separator is designed for mechanical, maintenance-free separation of metallic contaminants from process media. Its core working component is a stainless steel magnetic drum, which attracts ferromagnetic particles from the flowing coolant during rotation. The collected contaminants are then removed and transported outside the working area.
Kedpfx Afjycc Rpj Nell
A system of shafts is responsible for discharging the collected particles:
Magnetic shaft – captures and holds metal particles during separation,
Rubber-coated pressure shaft – stabilizes contaminant removal and supports their transfer to the waste container.
The separator’s construction also includes a tank that ensures controlled medium flow through the separation zone. Thanks to this design, the device can operate in continuous cycles and repetitively remove contaminants without operator intervention.
Precision and Efficiency in Production Environments
With a throughput of up to 25 l/min, the device offers effective operation in standard coolant systems found in production plants. Magnetic separation limits the presence of metal particles in the circuit, which in practice means:
Improved stability of cooling and lubrication parameters
Reduced risk of scratches and deterioration of surface quality during machining
Extended service life of coolant and system components
Greater predictability in continuous process operations
Applications of the Magnetic Separator
A magnetic separator is used wherever ferromagnetic chips and metal particles are generated in cooling-lubrication media. The device is particularly recommended for:
Production halls and CNC workshops
Machining lines
Grinding stations using water- or oil-based coolants
Coolant circulation systems requiring constant purification
Standard Equipment
Magnetic separator with stainless steel magnetic drum
Rubber-coated pressure shaft
Working tank
Electric drive
Optional Equipment
Waste container adapted to the production station
Extensions for connecting to existing coolant installations
Technical Specifications
PRESSURE SHAFT WIDTH (RUBBER-COATED): 140 mm
PRESSURE SHAFT DIAMETER (RUBBER-COATED): 65 mm
MAGNETIC SHAFT WIDTH: 140 mm
MAGNETIC SHAFT DIAMETER: 110 mm
INLET CONNECTION: 50 mm
OUTLET DIAMETER: 53 mm
MOTOR POWER: 0.25 kW
CAPACITY: up to 25 l/min
WEIGHT: 35 kg
Oglas je bil preveden samodejno, zaradi česar je morda prišlo do napak pri prevodu.
Magnetic Separator – Key Benefits in Coolant Purity Maintenance
Construction and Operating Principle
The separator is designed for mechanical, maintenance-free separation of metallic contaminants from process media. Its core working component is a stainless steel magnetic drum, which attracts ferromagnetic particles from the flowing coolant during rotation. The collected contaminants are then removed and transported outside the working area.
Kedpfx Afjycc Rpj Nell
A system of shafts is responsible for discharging the collected particles:
Magnetic shaft – captures and holds metal particles during separation,
Rubber-coated pressure shaft – stabilizes contaminant removal and supports their transfer to the waste container.
The separator’s construction also includes a tank that ensures controlled medium flow through the separation zone. Thanks to this design, the device can operate in continuous cycles and repetitively remove contaminants without operator intervention.
Precision and Efficiency in Production Environments
With a throughput of up to 25 l/min, the device offers effective operation in standard coolant systems found in production plants. Magnetic separation limits the presence of metal particles in the circuit, which in practice means:
Improved stability of cooling and lubrication parameters
Reduced risk of scratches and deterioration of surface quality during machining
Extended service life of coolant and system components
Greater predictability in continuous process operations
Applications of the Magnetic Separator
A magnetic separator is used wherever ferromagnetic chips and metal particles are generated in cooling-lubrication media. The device is particularly recommended for:
Production halls and CNC workshops
Machining lines
Grinding stations using water- or oil-based coolants
Coolant circulation systems requiring constant purification
Standard Equipment
Magnetic separator with stainless steel magnetic drum
Rubber-coated pressure shaft
Working tank
Electric drive
Optional Equipment
Waste container adapted to the production station
Extensions for connecting to existing coolant installations
Technical Specifications
PRESSURE SHAFT WIDTH (RUBBER-COATED): 140 mm
PRESSURE SHAFT DIAMETER (RUBBER-COATED): 65 mm
MAGNETIC SHAFT WIDTH: 140 mm
MAGNETIC SHAFT DIAMETER: 110 mm
INLET CONNECTION: 50 mm
OUTLET DIAMETER: 53 mm
MOTOR POWER: 0.25 kW
CAPACITY: up to 25 l/min
WEIGHT: 35 kg
Oglas je bil preveden samodejno, zaradi česar je morda prišlo do napak pri prevodu.
Ponudnik
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