磁性分离器CORMAK
Separator mangetyczny
磁性分离器
CORMAK
Separator mangetyczny
固定价格 不包含增值稅
€530
製造年份
2026
狀況
全新
位置
Siedlce 

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机器数据
价格和位置
固定价格 不包含增值稅
€530
- 位置:
- Brzeska 120, 08-110 Siedlce, Polska

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优惠详情
- 產品ID:
- A21040012
- 最後更新:
- 於 22.01.2026
描述
Magnetic Separator – Industrial Solution for Continuous Coolant Cleaning
A magnetic separator is an industrial device designed for the continuous removal of ferromagnetic particles from coolant and oil-based fluids generated during machining processes. Thanks to automatic, continuous operation, it effectively removes chips and fine metal particles from the flowing medium, reducing machine wear and minimizing downtime related to coolant replacement or filtration.
Magnetic Separator – Key Benefits in Maintaining Coolant Cleanliness
Design and Operating Technology
The separator is designed to mechanically and maintenance-free separate metallic contaminants from the process medium. The core working component is a magnetic drum made of stainless steel which, while rotating, attracts ferromagnetic particles from the flowing coolant. The collected contaminants are then removed and transported outside the working zone.
The discharge of collected particles is handled by a shaft system consisting of:
Magnetic shaft – responsible for capturing and holding metal particles during the separation process
Rubber-coated pressure shaft – stabilizes the removal of contaminants and supports their transfer to the waste container
The separator’s construction also includes a tank that ensures controlled flow of the medium through the separation zone. This design allows the unit to operate continuously and repeatedly remove contaminants without operator intervention.
Precision and Efficiency in the Production Environment
A processing capacity of up to 25 l/min enables efficient operation in standard coolant systems commonly used in production halls. Magnetic separation reduces the presence of metal particles in circulation, resulting in:
improved stability of cooling and lubrication parameters,
reduced risk of surface scratching and deterioration of machining quality,
Klsdsycc Rpepfx Afujl
extended service life of the coolant and circulation system components,
greater process reliability in continuous production operations.
Applications of the Magnetic Separator
The magnetic separator is used wherever ferromagnetic metal particles and chips are generated in cooling and lubricating media. It is particularly recommended for:
production halls and CNC workshops,
machining production lines,
grinding stations using water- or oil-based coolants,
coolant circulation systems requiring continuous cleaning.
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 workstation
Connection extensions for integration with existing coolant systems
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
A magnetic separator is an industrial device designed for the continuous removal of ferromagnetic particles from coolant and oil-based fluids generated during machining processes. Thanks to automatic, continuous operation, it effectively removes chips and fine metal particles from the flowing medium, reducing machine wear and minimizing downtime related to coolant replacement or filtration.
Magnetic Separator – Key Benefits in Maintaining Coolant Cleanliness
Design and Operating Technology
The separator is designed to mechanically and maintenance-free separate metallic contaminants from the process medium. The core working component is a magnetic drum made of stainless steel which, while rotating, attracts ferromagnetic particles from the flowing coolant. The collected contaminants are then removed and transported outside the working zone.
The discharge of collected particles is handled by a shaft system consisting of:
Magnetic shaft – responsible for capturing and holding metal particles during the separation process
Rubber-coated pressure shaft – stabilizes the removal of contaminants and supports their transfer to the waste container
The separator’s construction also includes a tank that ensures controlled flow of the medium through the separation zone. This design allows the unit to operate continuously and repeatedly remove contaminants without operator intervention.
Precision and Efficiency in the Production Environment
A processing capacity of up to 25 l/min enables efficient operation in standard coolant systems commonly used in production halls. Magnetic separation reduces the presence of metal particles in circulation, resulting in:
improved stability of cooling and lubrication parameters,
reduced risk of surface scratching and deterioration of machining quality,
Klsdsycc Rpepfx Afujl
extended service life of the coolant and circulation system components,
greater process reliability in continuous production operations.
Applications of the Magnetic Separator
The magnetic separator is used wherever ferromagnetic metal particles and chips are generated in cooling and lubricating media. It is particularly recommended for:
production halls and CNC workshops,
machining production lines,
grinding stations using water- or oil-based coolants,
coolant circulation systems requiring continuous cleaning.
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 workstation
Connection extensions for integration with existing coolant systems
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
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