Technical product FAQ

It was specifically developed for recycling steel/aluminium chips from the machining of internal combustion engines. It is also suitable for the mechanical engineering and metallurgical industries, multi-material machining workshops and metal waste recycling centres.

A vibratory feeder distributes the flow onto a first drum, which acts as an agitator drum and extracts a first portion of the ferrous material. The residual flow then passes over a second drum, which captures the remaining ferrous contaminants, even weakly magnetic ones.

It comprises a high-strength welded steel frame, a double drum fitted with industrial magnets, a vibratory feeder and two separate discharge chutes. External adjustments allow the magnetic force to be adapted.

The feed throughput must be adjusted for optimum exposure to the magnetic field, and the deflection angles calibrated according to the ferrous contaminant content. Adjustments are external and are made without stopping production.

Yes, a single drum separator, the STM, is also available in the range. The double drum STMV2 is designed to achieve higher purity of the recovered product.

It is designed to recover non-ferrous metals present in various material flows, in recycling and waste treatment. For example, it processes industrial waste and municipal solid waste, automotive shredder residue, WEEE and shredded materials.

A rotor fitted with permanent magnets rotates at variable speed inside a non-magnetic drum and creates an intense magnetic field. Conductive metals such as aluminium, copper or brass are subjected to eddy currents, then ejected from the flow and recovered separately.

It is generally installed after a ferrous metal separation solution, such as an overband magnet or a magnetic drum. The main ferrous items must be removed upstream for efficient separation.

The rotor speed and splitter position are adjustable according to the nature of the flow processed. The material must also be distributed evenly on the conveyor and an excessively thick layer avoided, as the particle size, density and conductivity of the particles influence the result.

It efficiently separates even small non-ferrous metals, is suitable for continuous high-throughput processing and consumes little energy thanks to energy recovery. It is designed for demanding industrial environments and integrates easily into automated lines.

It separates ferromagnetic materials from a material flow and is generally installed above a conveyor. It is used in recycling, mining, food processing and the production of construction materials.

No, it requires no power supply and operates without any energy consumption. An electromagnet version (RD) is available for applications that require it.

It is available in several series (20, 25, 30, 35), covering belt widths from 650 mm to 1 800 mm, with weights ranging from 220 kg to 2 369 kg.

It has no integrated self-cleaning system: regular cleaning is necessary to prevent saturation, as accumulated parts reduce its efficiency. Apart from this cleaning, it requires no maintenance, and personnel must be trained in safety procedures.

It can be mounted cross-belt or in-line at the conveyor discharge, at the point where the product flow is spread out as much as possible. The height should be adjusted according to the product throughput so that the magnetic field is properly in contact with the ferromagnetic objects.

Installed above a conveyor, it generates a strong magnetic field that attracts and retains ferromagnetic contaminants. De-energising the electromagnet then releases the recovered particles.

It has a magnetic circuit in high-permeability steel and an anodised aluminium coil embedded in epoxy resin for greater durability. The suspension is secured by 4 robust fixing lugs.

It is available with a 110 V or 220 V DC power supply. A permanent magnet version (APRF) is also available.

To clean it, de-energise the magnet and manually remove the accumulated metal particles. A temperature probe prevents any overheating, and the condition of the suspension chains and supports must be checked regularly.

It is used in mining and quarrying, recycling and waste treatment, cement plants and foundries, food processing and the chemical industry. Combining it with a metal detector improves selectivity and limits energy consumption.

When the operator presses the button, the battery sends an electrical pulse to the internal coils, which magnetise the permanent magnets. The load is then held without any power consumption until demagnetisation, which the safety system only accepts if the sensor indicates that the load has been set down.

The battery allows several hundred handling operations before recharging from a 220 Vac socket, and provides autonomy for 1,000 cycles. The load remains held even when the battery is empty.

Yes, the HBEP has 4 power levels. The operator can select a level to pick up only the top plate of the stack, and the system then automatically switches to 100% power once the load has been lifted.

A proximity detector prevents unintentional demagnetisation in mid-air, and a screen and indicator lights show the status of the unit. Check that the green indicator light is on before any lift.

It is used by steel fabricators, oxy-fuel or laser cutters, boilermakers, steel stockholders and steelmakers to move steel plates, shaped parts or round bars one at a time. The magnetic surfaces should be cleaned regularly to maintain its efficiency.

The HBEPP is an electro-permanent magnetic lifting beam for the safe handling of individual steel plates with a minimum thickness of 5 mm. It is used in metallurgy and the steel industry, steel construction and structural steelwork, and metal cutting and processing.

No, its integrated rechargeable battery allows it to operate without an external power cable. This provides optimum mobility and flexibility.

With a fully charged battery, the HBEPP allows up to 300 lifting cycles. Its charging time is 6 to 7 hours.

The electronic control unit offers PICK-UP, FULLMAG, SAFE and DEMAG modes as well as 4 power levels. The safety factor is 3:1 with an air gap of 0.4 mm, and a proximity sensor prevents any accidental demagnetisation.

Ensure clean contact between the magnet and the plate, select the power level according to the thickness and check the battery charge regularly. Store the unit in a dry, controlled environment to prevent corrosion.

It is designed to extract weakly magnetic particles from ores, ceramics, powders and other industrial materials. It is used in the chemical, pharmaceutical and mining industries, as well as in cement plants and foundries.

The product is fed onto the rotating shell by a vibratory feeder, and the high-intensity drum retains the ferromagnetic particles. Metal impurities are discharged separately; an upper drum is available as an option.

Throughput varies by model, up to 6 t/h. The magnetic circuit uses high-intensity neodymium permanent magnets of up to 6,500 Gauss.

It features variable-speed geared motors with belt drive and a collection chute with adjustable flaps. The drum height and the vibratory feeder speed can also be adjusted to the material flow.

The lining must be checked regularly to limit wear. The lining is an anti-abrasion type, for greater durability.

It removes ferromagnetic particles from dry bulk product flows in food processing (flour, sugar, cereals, spices), the chemical and pharmaceutical industries. It is suited to materials with a particle size below 5 mm and protects equipment against metal contamination.

The product passes in free fall through grate magnets made of neodymium tubes arranged on two levels, which retain ferromagnetic particles. A pneumatically actuated cleaning device discharges the contaminants into a collection bin without dismantling.

It is equipped with two rows of neodymium bars, available in N40 or N55 versions, with a 304L stainless steel construction (316L option). It includes pneumatic semi-automatic cleaning and a collection bin for impurities.

It can be supplied in an ATEX version, with high-temperature magnets, a material certificate or specific configurations according to the customer’s installation.

Preventive maintenance is recommended: checking the pneumatic system, emptying the collection bin and inspecting the magnetic tubes. A free-fall line with controlled throughput is also required to avoid overload.

It is used to handle tubes of various diameters in the steel industry and the metallurgical industry. It combines mechanical retention and electromagnetic lifting.

Electromagnets ensure adhesion to the tubes, while rotating safety arms enclose the load to prevent any falling. A mobile frame with load cells ensures precise positioning, even with asymmetrical loads.

Its electromagnets can lift up to 32 tonnes. It is suitable for layers of tubes of different diameters without changing equipment.

It is suspended from the hook of an overhead crane. It has an integrated Wi-Fi control module for remote management.

Yes, removable guards and side supports allow quick and safe maintenance. Regular checks of the mechanical and electrical components are recommended.

The OV automatically extracts ferrous items from a material flow. It is used in recycling, mining, construction and cement, food processing and the wood industry.

An electrically powered electromagnet generates the magnetic field that attracts ferrous items. An integrated belt automatically and continuously discharges them to a collection area.

The OV is available for cross-belt or in-line mounting. In-line installation is recommended for flows with strong material trajectory, and cross-belt installation for standard conveyors.

It offers a drive guaranteed for 2 years, 24/7 uninterrupted operation and a hollow-shaft geared motor with torque arm. Its double-drilled mounting lugs simplify installation.

Periodically remove metal build-up to maintain consistent extraction. Regularly inspect the belt, motor and rollers.

They lift and move heavy metal loads such as scrap, steel sheets or finished equipment, quickly and safely. They are used in metallurgy, recycling, logistics, shipbuilding and industrial maintenance.

It generates a powerful magnetic field when electric current flows through its coils, which attracts and holds ferrous loads. The power supply is managed by electrical cabinets with backup batteries, for continuous operation even in the event of a power failure.

The coils are made of aluminium or copper for optimum conductivity. Some models operate at high temperatures, up to 650 °C.

Electromagnets are available in different sizes and shapes to handle billets, bars, scrap, bundles, bales, tubes, sheets or coils. In certain applications, the magnetic field strength is adjustable.

Choose a model whose capacity matches your loads and observe the maximum capacity. Before each use, check for cracks, deformations or wear and make sure the cables are in good condition, and keep the device away from equipment sensitive to magnetic fields.

A frame with transmitter and receiver coils creates a uniform electromagnetic field. A metal passing through disturbs this field; a signal is generated and analysed, and the system triggers an alarm or a rejection.

Yes, it can distinguish ferrous metals, non-ferrous metals and stainless steel by their electromagnetic signatures. Its high sensitivity enables it to detect particles often smaller than 1 mm.

It is used in food processing, pharmaceuticals, recycling, mining and the plastics industry. It meets food safety standards.

It is equipped with a touch screen for easy control and configuration. It can also log detection data for traceability and analysis.

Carry out daily sensitivity tests, make sure products pass through the centre of the frame and adjust the throughput speed. The frame must be cleaned regularly and the electronic components checked.

It consists of a very powerful neodymium magnet, usually encapsulated in a stainless steel tube with an outside diameter of 25 mm. It generates an intense field that attracts and holds ferromagnetic particles, while non-magnetic materials continue on their way.

They are used in food processing, pharmaceuticals, chemicals, recycling, plastics processing (cleaning of granules) and water and pulp treatment. They remove metal contaminants from bulk or liquid products.

The particles stay on the bar until manual cleaning, which generally consists of removing the bar from its housing and wiping off the collected particles. A cleaning schedule should be set up according to the amount of contaminants.

No, it requires no power supply to operate. It can be easily integrated into existing systems.

They should be placed in zones of turbulent flow, handled with care because of their high magnetic force, and kept away from excessive temperatures that could affect the magnetic properties. For greater efficiency, several bars can be installed in series.

It performs magnetic separation of ferrous metals (iron, steel, magnetic stainless steel) from bulk material flows. It is used in recycling, waste processing and industrial production plants.

The product is fed by a belt conveyor or a hopper and comes into contact with the surface of the rotating drum. Ferromagnetic materials are attracted and discharged at the rear of the drum, while non-ferrous materials fall by gravity.

It comprises a high-strength steel drum, neodymium or ferrite magnets depending on the model, and a self-cleaning system. It operates continuously, without direct contact, and can be fitted with an optional stainless steel shell.

It is installed on a conveyor, a vibratory chute or with gravity feed, preferably at the discharge of conveyors or under a hopper. The diameter, width and length of the drum, in mm, are defined according to requirements, throughput and the required magnetic strength.

Ferrite is suited to large particles and neodymium to fine metal particles. Maintenance is minimal: periodically check the condition of the separator and regulate the throughput to avoid saturating the drum.

The liquid or pasty product enters the magnetic housing and flows through a set of high-intensity magnetic bars, which capture the ferrous particles. The purified product exits free of metal impurities.

In the manual version, contaminants are removed by simply sliding them off the magnetic tubes. In the semi-automatic version, withdrawing the magnetic cores allows the captured particles to be discharged automatically.

The bars are made of neodymium, up to 12 000 Gauss, for maximum strength, or samarium-cobalt, resistant up to 300 °C, for high temperatures.

Yes, its stainless steel construction complies with food and pharmaceutical industry standards, and it is compatible with CIP/SIP cleaning. For example, it removes ferrous contaminants from jams, purées, sauces, liquid chocolate and dairy products.

It has removable flanges for easy integration into pipelines and withstands high pressures. A double-wall version is available as an option for products sensitive to temperature variations.

It automatically removes ferrous contaminants from belt conveyors. It is used in mining and quarrying, cement plants, recycling and the food processing industry.

Fitted with neodymium magnets over 360°, it generates a magnetic field that passes through the belt. Ferromagnetic particles are held against the belt and then drop automatically into the collection chute, away from the main discharge zone.

It comprises a magnetic circuit with ferrite or neodymium magnets, a high-permeability steel yoke and a 304L stainless steel tubular shell providing robustness and hygiene.

Install it at the discharge end with a minimum drop height of 300 mm and provide a collection chute or bin under the discharge zone. The recommended belt speed is 1 to 3 m/s.

Regularly inspect the magnetic bars and the cleaning mechanism for any signs of saturation or wear.

It removes ferrous contaminants from bulk products: sugar, salt, flour, coffee, milk powder, spices, cereals, animal feed, wood chips and sawdust, gravel, sand and plastic granules.

The contaminated product enters the separator and a baffle distributes the flow evenly over the magnetic plates. Ferrous contaminants are retained on the plates and the purified product continues towards the outlet.

Simply open the quick-release fastening system to remove the captured particles. It is recommended to clean the plates regularly and to monitor particle build-up to avoid saturation and loss of efficiency.

It uses ferrite or neodymium magnets up to 6000 Gauss, with an inlet diameter of up to 500 mm. It withstands an operating temperature of up to 150°C and a working pressure of up to 0.8 bar, with a 304L stainless steel housing compliant with food-grade standards.

Ferrite is recommended for larger contaminants, neodymium for fine metal particles. The separator must also be installed in free fall for optimal sorting without blockage.

The frame consists of transmitter and receiver coils that create a uniform electromagnetic field. A metal object passing through disturbs this field, generating a signal proportional to the size and type of metal, which then triggers an alarm or a reject system.

It is used in the mining, recycling and wood sectors. For example, it detects metals in ores, identifies metals in waste streams and locates nails in wood before processing.

Daily sensitivity tests are recommended to ensure detection accuracy, with the sensitivity adjusted if necessary. The product throughput speed should also be set without compromising productivity.

The frame should be cleaned regularly and the integrity of the electronic components checked. External electromagnetic interference should also be limited by isolating the detector from other electrical equipment.

Yes, it adapts easily to existing production lines and to various types of conveyors. It operates continuously with automated alerts, and its sensitivity depends on the associated electronics.

It provides reliable detection with a gap of up to 1000 mm between the transmitter and receiver coils. This makes it suitable for heavy-duty and wide industrial conveyors.

Yes, it is compatible with certain types of steel-reinforced belts, unlike standard detectors. It incorporates automatic belt-effect compensation for stable detection even with materials with a high metal content.

It offers IP 65 sealing, with resin-encapsulated coils to withstand the dusty and humid environments of mines and quarries. A shock-absorbing pivoting system protects the upper coil in the event of accidental impact.

It is used in mining (protection of shredders), quarrying and aggregates (detection of concrete rebar, scrap iron and metal waste before crushing) and cement and lime plants (scrap iron in limestone, clay and silica sand).

It is tube-mounted, with easy height adjustment, upstream of critical equipment with sufficient distance to stop the conveyor. Coil alignment should be checked monthly and the surfaces cleaned; the coils are interchangeable.

The PELICAN automatically recovers aluminium (cans, profiles, foils), copper and brass from dry bulk waste streams. These metals are separated from inert fractions such as plastic, glass, wood and paper.

It is fitted as standard with a thermal camera that continuously monitors the pole rotor area. If the temperature rises abnormally or the start of a fire is detected, the installation shuts down automatically.

It is available in four product passage widths, from 650 to 1,200 mm. It has a pole rotor running at 5,000 rpm, 400 mm high side walls, a PVC conveyor belt and a self-supporting frame. It is supplied with CE marking in accordance with the Machinery Directive.

It can be supplemented with an AED-RX power supply and control cabinet, a vibratory feeder with frame, a touchscreen supervision panel, a polyurethane (PU) belt and a custom RAL colour. It is available in a concentric or eccentric version for improved ejection.

Feed it in a thin, uniform layer across the full belt width. Place it after an overband magnet or a magnetic drum so that ferrous metals are removed first, and do not exceed the rated throughput. Periodic preventive maintenance is recommended. The self-supporting frame allows the belt to be replaced quickly without structural disassembly.

The OVAP is a magnetic separator installed above a conveyor to extract ferrous items from a material flow. It is used in recycling, mining, food processing and waste treatment.

Permanent magnets generate a magnetic field that attracts ferrous items from the flow. A conveyor belt discharges them into a separate receptacle, continuously and without electrical power consumption for separation.

It uses ferrite or neodymium permanent magnets. This self-contained system remains reliable in harsh industrial conditions.

The height above the conveyor generally ranges from 200 to 400 mm, depending on the model’s strength and the product layer. The recommended conveyor speed is 0.5 to 3 m/s for maximum efficiency.

No, its integrated self-cleaning system keeps maintenance to a minimum. Periodic inspection is still recommended to maintain long-term performance.

The OVAPEM is a permanent magnet overband magnet for mobile plant that removes ferrous metals from wood, plastics and C&I waste flows to protect shredders and fine shredders. It is also used in ore processing and in temporary applications such as demolition sites.

It is installed crosswise above the conveyor. The permanent magnet block captures ferrous metals through the material layer, and the belt, driven by an electric or hydraulic motor, discharges them outside the magnetic field without interrupting the flow.

It weighs between 850 and 1400 kg depending on size and is installed on conveyors 800 to 1400 mm wide. The attraction distance is 500 mm.

The hydraulic drive is preferred for mobile plant without a reliable electrical supply. The electric version suits semi-mobile or fixed installations with a 400V supply.

Set the suspension height between 200 and 500 mm according to the depth of the ferrous metals in the flow. Check the belt, drums and motor every month, and clean the belt and drums every week.

It is fitted to a robot or handling gantry for palletising and depalletising ferromagnetic objects. It is used in logistics, automotive, packaging, food processing and household appliances.

It is fitted with switchable permanent magnets and mounted on the end of the robot or gantry arm. The magnetic field is activated as the plate approaches the object, which is held and moved, then released by deactivating the field.

It handles a wide variety of ferromagnetic objects of different shapes and sizes, such as metal boxes or cans. The magnetic force is adjusted to the weight and type of the objects.

The switchable permanent magnets only consume energy when changing state.

Clean the plate surface regularly to prevent the build-up of metal debris. The robot programming must take into account the field activation and deactivation times, and the plate can be integrated into existing or new robotic systems.

It powers and controls eddy current separators, in particular for recovering aluminium, copper, brass and other non-ferrous metals. It is also suitable for sorting plants processing bottom ash (IBA), slag, ores and quarry residues.

The module converts the mechanical energy from braking into electricity fed back into the grid, which eliminates thermal losses. The braking resistor is therefore no longer needed, which eliminates the risk of overheating.

It includes a dual variable frequency drive to control the magnetic rotor and the conveyor belt, optional HMI supervision and Ethernet TCP-IP communication for diagnostics without opening the cabinet. It complies with the EN 13849 safety standard.

Yes, it is designed as an upgrade solution for existing magnetic installations: removal of braking resistors, reduced consumption and simplified preventive maintenance. Our engineers can assist you with sizing and on-site integration.

It must be installed in a dry, ventilated and accessible room. Preventive maintenance includes an HMI visual check, cleaning of the ventilation grilles, emergency stop testing, retightening of connections and filter cleaning.

It is used in food processing (cereals, sugar, flour), plastics processing (granules), chemicals (powders and granules), pharmaceuticals and ceramics. It removes ferrous particles from bulk products.

The materials pass through a grate of magnetic bars that retain the ferromagnetic particles. Periodically, a mechanism discharges these particles into a collection bin or a chute, then reinserts the bars into the flow.

Yes, of the 3 rows of bars, only one row is cleaned at a time to ensure continuous filtration. Self-cleaning eliminates downtime and manual intervention.

It effectively removes ferromagnetic particles, even very small ones (larger than 60 µm). It is available in different sizes and configurations to suit industrial processes.

Adjust the cleaning cycle frequency according to the quantity of contaminants and set the throughput to avoid overloading. Regular inspection of the bars and the cleaning mechanism is recommended, as well as monitoring of the operating temperature.

It protects production lines against ferromagnetic contaminants present in dry bulk product flows, particularly in food processing, pharmaceuticals, chemicals and plastics. It is suitable for particle sizes below 5 mm and integrates into hoppers, silos, dosing systems and packaging lines.

The product falls freely through a grate of neodymium magnetic bars that retain ferromagnetic contaminants. During a production stoppage, the operator unlocks the front panel and slides the bars out: the particles fall by gravity into the integrated collection tray, without dismantling.

It has 1 or 2 rows of N55 neodymium bars (Br = 9 000 Gauss) and a food-grade 304L stainless steel construction. The 2-row version exposes the flow twice to the magnetic field for more heavily contaminated products.

The options are an ATEX 22 Ex II 3D version for explosive dust zones, high-temperature bars (150 °C), a 316L stainless steel housing and a CCPU material certificate for traceability.

The manual-cleaning SGCM is ideal for lines with regular stoppages and moderate contamination. For continuous 24/7 operation or heavy ferrous contamination, the pneumatically operated SGCP is the preferred choice.

It protects production lines and optimises material purity in quarries, cement plants and recycling industries. It automatically extracts ferromagnetic items from 1 to 500 mm, 24/7 and with no power consumption.

The flow arrives by conveyor on the rotating drum and the permanent magnets attract the ferromagnetic items, which are carried along the magnetic arc. Beyond the magnetic influence zone, they drop off into a separate chute, while the non-magnetic materials follow their trajectory.

Type A (Agitator) creates a tumbling effect using alternating magnetic fields to release trapped particles. Type CC (Crossed Fields) crosses the magnetic fluxes to handle heavy pieces with uniform cleaning. The magnets are ferrite, or neodymium for fine and weakly magnetic particles.

The options are a Métaline (2 mm) or rubber (6 mm) anti-abrasion lining, ATEX 22 Ex II 3D certification, a high-temperature version (above 120°C) and 3 mm stainless steel side guides.

The drop height must be limited to 500 mm and the feed point placed no more than 100-150 mm from the surface. Maintenance consists of checking the surface condition of the drum, cleaning off magnetic build-up and inspecting the anti-abrasion linings.

It is used to lift steel sheets, steel bars, prefabricated metal elements or other metal loads. It is used in the steel industry, construction, material handling and machine manufacturing.

It adjusts the length of its arms to the dimensions of the load and uses electromagnets to grip it. The arms are extended or retracted manually, by cylinder or by motor depending on the model.

Place it above the load’s centre of gravity and adjust the arms to the load’s dimensions while maintaining balance. Use a smooth, controlled speed.

It is compatible with different types of cranes and overhead cranes. Its electronic control precisely activates and deactivates the electromagnets.

Regularly inspect the electromagnets, arm mechanisms and electrical connections. Its design aims to minimise interventions and maintenance costs.

It is used to load and unload pipes in the steel industry, ports, storage facilities and oil and gas pipeline construction sites. It can be fitted to forklift trucks.

A vacuum pump driven by a hydraulic motor, connected to the forklift truck circuit, creates the vacuum. A control panel in the cab is used to monitor the vacuum level, grip and release the pipes, and select the suction pads.

It lifts pipes 16 to 60 inches in diameter, 6.5 to 18 metres long and weighing up to 18 tonnes. Its suction pads adhere even to oxidized surfaces or surfaces covered with mill scale.

The underside of the crossbeam is designed for quick attachment to a handling truck. Hydraulic and electrical quick couplings allow control from the cab.

Regularly check the condition of the suction pad seals to prevent air leaks and periodically check the vacuum pump oil level.

It is used to load or unload pipes in ship holds, for professionals in ports and the steel industry. Its dual safety system combines vacuum and mechanical retention.

Pumps and a vacuum reservoir create the vacuum required for lifting. Rotating mechanical arms at the ends prevent any slipping, and a PLC control distributes the loads, even asymmetric ones.

It handles pipes up to 18 tonnes, 16 to 60 inches in diameter and 6.5 to 18 metres in length. Its modular suction pads adapt to several pipe sizes.

Quick couplings allow easy connection to the hydraulic system and control panel.

Periodically check the mechanical, electrical and hydraulic components, and use suction pads suited to the pipe diameter. Personnel training is recommended for safe use.