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Magnetic filter / coolant
This coolant magnetic filter is developed by ERIEZ. It is responsible for the life extension of cutting...
Magnetic filter / coolant
This coolant magnetic filter is developed by ERIEZ. It is responsible for the life extension of cutting tools, grinding wheels, pumps as well as coolant fluids. The magnetic filter comes with a radial design with allows the extraction of ferrous elements coming from the coolant. In addition, it meets the coolant tolerances and improves surface finish of grinding and metal working process.
Chip treatment/oil filter unit - F60
Areas of application
Removing sedimenting solids from liquids of low viscosity such as water and emulsions. Installation as independent cleaning unit on fine machining machine tools.
Function
Due...
Removing sedimenting solids from liquids of low viscosity such as water and emulsions. Installation as independent cleaning unit on fine machining machine tools.
Function
Due...
Chip treatment/oil filter unit - F60
Areas of application
Removing sedimenting solids from liquids of low viscosity such as water and emulsions. Installation as independent cleaning unit on fine machining machine tools.
Function
Due to tangential streaming-in of the liquid, a primary swirl develops. The heavier particles in the liquid, due to centrifugal force, are pressed to the wall of the cyclone housing. Due to the tapering of the conical cyclone housing, a secondary swirl develops in the lower area which leads the cleaned coolant lubricant back in opposite direction. The dirt particles, together with a small amount of liquid (approx. 1.5 l/min), are removed through the underflow nozzle. The admission pressure must be approx. 2 bar.
Removing sedimenting solids from liquids of low viscosity such as water and emulsions. Installation as independent cleaning unit on fine machining machine tools.
Function
Due to tangential streaming-in of the liquid, a primary swirl develops. The heavier particles in the liquid, due to centrifugal force, are pressed to the wall of the cyclone housing. Due to the tapering of the conical cyclone housing, a secondary swirl develops in the lower area which leads the cleaned coolant lubricant back in opposite direction. The dirt particles, together with a small amount of liquid (approx. 1.5 l/min), are removed through the underflow nozzle. The admission pressure must be approx. 2 bar.
Coolant filter / for machine tools - TURBO
Areas of application
The turbo filter serves to clean the cooling lubricants of machining processes (e.g. milling, turning, drilling). The modular system allows the filter to be used both decentrally in standalone machines as well...
The turbo filter serves to clean the cooling lubricants of machining processes (e.g. milling, turning, drilling). The modular system allows the filter to be used both decentrally in standalone machines as well...
Coolant filter / for machine tools - TURBO
Areas of application
The turbo filter serves to clean the cooling lubricants of machining processes (e.g. milling, turning, drilling). The modular system allows the filter to be used both decentrally in standalone machines as well as be installed in central plants. The filter works in accordance with the reverse flow principle and does not require any filter media. The sludge conveyor with integrated scraper conveyor, which serves as a sediment reservoir, discharge conveyor and fluid buffer, is especially suited for handling the concentrated reverse flow liquid. If required, a bath purification in the bypass flow expands (e.g. belt filter or centrifuge) the plant, in order to prevent a concentration of unsedimented fine particles.
Properties
Modular system
Can be used with a wide range of plants
Good expandability
Simple, service-friendly design
No filter aids are necessary
The turbo filter serves to clean the cooling lubricants of machining processes (e.g. milling, turning, drilling). The modular system allows the filter to be used both decentrally in standalone machines as well as be installed in central plants. The filter works in accordance with the reverse flow principle and does not require any filter media. The sludge conveyor with integrated scraper conveyor, which serves as a sediment reservoir, discharge conveyor and fluid buffer, is especially suited for handling the concentrated reverse flow liquid. If required, a bath purification in the bypass flow expands (e.g. belt filter or centrifuge) the plant, in order to prevent a concentration of unsedimented fine particles.
Properties
Modular system
Can be used with a wide range of plants
Good expandability
Simple, service-friendly design
No filter aids are necessary
Vacuum filter / coolant / for machine tools - VRF
Areas of application
Cleaning of coolant lubricants, emulsions and cutting oils without filter residues. Installation on machine tools for individual machines, machine groups and central...
Cleaning of coolant lubricants, emulsions and cutting oils without filter residues. Installation on machine tools for individual machines, machine groups and central...
Vacuum filter / coolant / for machine tools - VRF
Areas of application
Cleaning of coolant lubricants, emulsions and cutting oils without filter residues. Installation on machine tools for individual machines, machine groups and central plants.
Function
A vacuum pump which has been directly connected with the internal chamber of a filter drum sucks the medium into the interior of the drum. In doing so, the dirt particles on the surface of the filter drum are kept back by means of a superfine filter mesh. Due to the resistance of the accumulating filter cake, the vacuum rises. When an adjustable vacuum is reached, the drum rinsing occurs automatically. An installed scraper chain discharges the sludge. The plant can be controlled via an SPC system or directly from the processing machine.
Cleaning of coolant lubricants, emulsions and cutting oils without filter residues. Installation on machine tools for individual machines, machine groups and central plants.
Function
A vacuum pump which has been directly connected with the internal chamber of a filter drum sucks the medium into the interior of the drum. In doing so, the dirt particles on the surface of the filter drum are kept back by means of a superfine filter mesh. Due to the resistance of the accumulating filter cake, the vacuum rises. When an adjustable vacuum is reached, the drum rinsing occurs automatically. An installed scraper chain discharges the sludge. The plant can be controlled via an SPC system or directly from the processing machine.
Coolant filter - KF
Areas of application
The compact filter KF is a fleece filter for cleaning coolant lubricants of machining processes. It is used as an independent cleaning unit (e.g. in...
The compact filter KF is a fleece filter for cleaning coolant lubricants of machining processes. It is used as an independent cleaning unit (e.g. in...
Coolant filter - KF
Areas of application
The compact filter KF is a fleece filter for cleaning coolant lubricants of machining processes. It is used as an independent cleaning unit (e.g. in grinding machines) or in combination with chip conveyors (e.g. in machining centres). In addition to a local application (for a machine tool), a central application (for several machine tools) is also possible.
Properties
Compact design
Good cost/performance ratio
In comparison with flatbed filters with the same filter rate: requires less space, better degree of purity and lower fleece consumption
All-purpose filter for different machining procedures, materials and coolant lubricants
The compact filter KF is a fleece filter for cleaning coolant lubricants of machining processes. It is used as an independent cleaning unit (e.g. in grinding machines) or in combination with chip conveyors (e.g. in machining centres). In addition to a local application (for a machine tool), a central application (for several machine tools) is also possible.
Properties
Compact design
Good cost/performance ratio
In comparison with flatbed filters with the same filter rate: requires less space, better degree of purity and lower fleece consumption
All-purpose filter for different machining procedures, materials and coolant lubricants
Vacuum filter / coolant / for machine tools - VL
Areas of application
The vacuum filter VL is a high performance filter for cleaning the cooling lubricants (CL) of machining processes, in particular grinding processes. Depending on the requirement, several filter elements can...
The vacuum filter VL is a high performance filter for cleaning the cooling lubricants (CL) of machining processes, in particular grinding processes. Depending on the requirement, several filter elements can...
Vacuum filter / coolant / for machine tools - VL
Areas of application
The vacuum filter VL is a high performance filter for cleaning the cooling lubricants (CL) of machining processes, in particular grinding processes. Depending on the requirement, several filter elements can also be used here for individual machines (locally) or machine groups (centrally). Its particular operating efficiency is a result of high energy efficiency, low coolant lubricant loss and low disposal costs.
Properties
Production of pure concentrate with low residual moisture as standard without filter aids
Optimised filter capacity, filter quality and energy efficiency thanks to a flawless control system
Continuous filter process without reverse flushing intteruption
Forced degasification of coolant lubricants in the filter
Can be used for different machining processes, materials and coolant lubricants
Problem-free removal of light metal chips
The vacuum filter VL is a high performance filter for cleaning the cooling lubricants (CL) of machining processes, in particular grinding processes. Depending on the requirement, several filter elements can also be used here for individual machines (locally) or machine groups (centrally). Its particular operating efficiency is a result of high energy efficiency, low coolant lubricant loss and low disposal costs.
Properties
Production of pure concentrate with low residual moisture as standard without filter aids
Optimised filter capacity, filter quality and energy efficiency thanks to a flawless control system
Continuous filter process without reverse flushing intteruption
Forced degasification of coolant lubricants in the filter
Can be used for different machining processes, materials and coolant lubricants
Problem-free removal of light metal chips
Coolant recycling station
Vacuum filter which reduce the number of necessary coolant changes by more than 90%
The Nederman Perpetuum metalworking fluid filtration and coolant recovery is a cutting oil separation system designed to increase the life-time of the coolant by continuosly...
The Nederman Perpetuum metalworking fluid filtration and coolant recovery is a cutting oil separation system designed to increase the life-time of the coolant by continuosly...
Coolant recycling station
Vacuum filter which reduce the number of necessary coolant changes by more than 90%
The Nederman Perpetuum metalworking fluid filtration and coolant recovery is a cutting oil separation system designed to increase the life-time of the coolant by continuosly removing tramp-oil, particles, and bacteria from coolants. The part flow filtration system has been field-proven to reduce the number of necessary coolant changes by more than 90%.
Low maintenance through central coolant cleaning
Extended life-time of the coolant and reduced operating costs
Improved working environment around the machine
Improved external environment as coolant can be used significantly longer
Not sold in the US
Technical description of Perpetuum part flow coolant filter
The Perpetuum oil separation systems are installed and connected through pipe-works to 2 to 20 machines. It works in a partial flow fashion, meaning that a limited flow of coolant is pumped continuosly from tanks at the machines to the system.
The Nederman Perpetuum metalworking fluid filtration and coolant recovery is a cutting oil separation system designed to increase the life-time of the coolant by continuosly removing tramp-oil, particles, and bacteria from coolants. The part flow filtration system has been field-proven to reduce the number of necessary coolant changes by more than 90%.
Low maintenance through central coolant cleaning
Extended life-time of the coolant and reduced operating costs
Improved working environment around the machine
Improved external environment as coolant can be used significantly longer
Not sold in the US
Technical description of Perpetuum part flow coolant filter
The Perpetuum oil separation systems are installed and connected through pipe-works to 2 to 20 machines. It works in a partial flow fashion, meaning that a limited flow of coolant is pumped continuosly from tanks at the machines to the system.
Tramp oil separator - HM series
For separating tramp oils from coolants
The Nederman Tramp Oil Separators have been designed to both effectively and economically remove harmful tramp oils resulting in both the extension of the fluid life and a reduction in the problems normally associated with tramp oil contamination. Fluids that enjoy the extension to their useful...
The Nederman Tramp Oil Separators have been designed to both effectively and economically remove harmful tramp oils resulting in both the extension of the fluid life and a reduction in the problems normally associated with tramp oil contamination. Fluids that enjoy the extension to their useful...
Tramp oil separator - HM series
For separating tramp oils from coolants
The Nederman Tramp Oil Separators have been designed to both effectively and economically remove harmful tramp oils resulting in both the extension of the fluid life and a reduction in the problems normally associated with tramp oil contamination. Fluids that enjoy the extension to their useful working life are oil-based, semi-synthetic and synthetic coolants along with alkaline wash waters simply by the efficient removal of free floating, dispersed and loosely emulsified tramp oils from machine tool sumps or central systems and industrial washing machines.
Prolongs useful life of machining and washing fluids
Greatly reduces hazardous waste
Operates in a wide temperature range
Tramp oil removal from oil-based, semi-synthetic and synthetic coolants along with alkaline wash waters. The Tramp Oil Separator is a three compartment unit. The primary compartment accepts the feed of contaminated fluid from a sump or wash tank via a floating suction device and a pump. Free floating tramp oils, bacterial slime and some suspended solids are separated in this compartment. The outflow from this compartment passes into the secondary compartment which removes the dispersed and loosely emulsified tramp oils by passing through a coalescing media bed.
The Nederman Tramp Oil Separators have been designed to both effectively and economically remove harmful tramp oils resulting in both the extension of the fluid life and a reduction in the problems normally associated with tramp oil contamination. Fluids that enjoy the extension to their useful working life are oil-based, semi-synthetic and synthetic coolants along with alkaline wash waters simply by the efficient removal of free floating, dispersed and loosely emulsified tramp oils from machine tool sumps or central systems and industrial washing machines.
Prolongs useful life of machining and washing fluids
Greatly reduces hazardous waste
Operates in a wide temperature range
Tramp oil removal from oil-based, semi-synthetic and synthetic coolants along with alkaline wash waters. The Tramp Oil Separator is a three compartment unit. The primary compartment accepts the feed of contaminated fluid from a sump or wash tank via a floating suction device and a pump. Free floating tramp oils, bacterial slime and some suspended solids are separated in this compartment. The outflow from this compartment passes into the secondary compartment which removes the dispersed and loosely emulsified tramp oils by passing through a coalescing media bed.