Lifting magnets - Import export

FX-VV is the lifting magnet for profiles and hot components. The long, narrow design is conceived to pick up beams and profiles, also on the inner web of the beam, and reach their maximum holding force even with comparatively thin material thickness, so that even thin sheets can be lifted safely. Thanks to the 90° double prism, angle profiles can now be can now be picked up on the inside and outside, or components can be turned. Steel fabricators rely on FX-VV.

FX-KT small trusses lift workpieces that cannot be picked up with a magnet in the center, such as rings, punching tools and flanges. Two FX magnets, adjustably mounted on a truss made of high-strength aluminum, provide a secure hold. With a few simple steps, the magnets can be removed from the truss and used individually.

FX lifting magnets in universal design convince by their wide field of application. The FX achieves good results with large air gaps as well as with thin flat and round materials with a compact design and low dead weight. The device is characterized by great robustness and a very good price/performance ratio. First choice for all users who want to move massive sheets and blocks.

FX-R is the series for round material handling. The deep shallow-angled prism ensures safe positioning on the load and guides the magnetic field deep into the material. The magnet system can be switched well in the entire diameter bandwidth and does not recoil, shearing of the load due to twisting is prevented by the overlapping prism. Flat material, even with low material thickness, is no problem for the FX-R. With hot workpieces, the deep prism protects the magnet core from overheating. The lifting magnet for shafts and bars.

The electropermanent load lifting magnets from the EMPH series are suitable for the lifting and transportation of individual slabs and unprocessed blocks. These magnets are used to handle loads with a large air gap or with scaled surface. Only a 400V rated current must be provided to use these devices and they are then immediately ready for use. Through short electrical impulses within seconds, the EPMH from ASSFALG are automatically switched on or manually with the push of a button. No electricity flows during load transport and nevertheless, the workpiece is as securely clamped as with a permanent load lifting magnet. Through the impulse current control, the EPMH load lifting magnets do not use much energy. The effectiveness and efficiency can be seen on the one hand in the reduction of operating costs and on the other hand in a saving of time.

The SB950-SF is equipped with the highest safety technology. The electropermanent battery lifting magnet SB950-SF is the top product from ASSFALG in the 950kg load range for flat material. 400kg can be lifted for round material. The SB950-SF has an installed sensor. It measures the magnetic force, compares it with the workpiece weight and shows on the display if the workpiece can be transported. Parameters such as surface property, material thickness and material are considered here. They combine the advantages of permanent load lifting magnets with those from electro load lifting magnets. Through electrical impulses within seconds, the electropermanent battery lifting magnet SB950-SF from ASSFALG can be automatically or manually switched with the push of a button. Even though no electricity is present during the load transportation, the workpiece is clamped as securely as it would be with permanent load lifting magnets.

The electropermanent battery lifting magnet SBs are top products from ASSFALG in the 200kg | 500kg | 950kg load range for flat material. Round material can be lifted with up to 50kg | 200kg | 400kg. They combine the advantages of permanent load lifting magnets with those from electro load lifting magnets. Through electrical impulses within seconds, the electropermanent battery lifting magnets SB200 | SB500 | SB950 from ASSFALG can be automatically or manually switched with the push of a button. Even though no electricity is present during the load transportation, the workpiece is clamped as securely as it would be with permanent load lifting magnets. Approximately 1,000 ON/OFF switch cycles are possible until the integrated batteries must be recharged through a simple power connection. The electropermanent battery lifting magnets SB200 | SB500 | SB950 can be used in single mode as well as on magnet traverses and is an interesting alternative for 3-shift operation.

The manual magnet transporter magnetizes and demagnetizes with the push of a button. Nevertheless, it holds like a permanent magnet. Oily, sharp workpieces or hot burn cutting parts can be quickly moved with this. The HL 60-CEL has an ergonomic extended handle bar to pick up components on the ground. It is switched through a remote control in the handle. All technical data can be found in the .pdf file.

The EPMB electropermanent battery lifting magnets are considered the best load lifting magnet development in the past decades at ASSFALG. They combine the advantages of permanent load lifting magnets with those from electro load lifting magnets. Through electrical impulses within seconds, the EPMB from ASSFALG is automatically switched on or manually with the push of a button. No electricity flows during load transport and nevertheless, the workpiece is as securely clamped as with a permanent load lifting magnet. The electropermanent battery lifting magnet EPMB can be used in single mode as well as on magnet traverses and is an interesting alternative for 3-shift operation. With the tip function (inching), even stacked sheets can be separated starting with a thickness of 6 mm. All technical data can be found in the .pdf file.

The Assfalg Battery Electro-Permanent Lifting Magnetic Beam EPMBL has a compact design. Due to the integrated rechargeable battery box, a power connection is no longer required. The EPM Battery Magnetic Lifting Beam is operated by remote control. The load lifting beam with a max. load of 1,500 kg is equipped with magnetic modules and can thus safely move sheet metal formats from a minimum length of 500 mm to a maximum length of 4,000 mm.

The electropermanent load lifting magnet traverses TBK4 and TBK6 with automatic telescopic arm allow the lifting and transportation of sheets in different sizes from 3m to 16m. The patented solid steel modules are more heat-resistant than comparable modules made with a plastic casting mass. Only a 400V rated current must be provided to use these devices and they are then immediately ready for use. Through short electrical impulses within seconds, the magnet traverses from ASSFALG are automatically switched on or manually with the push of a button. No electricity flows during load transport and nevertheless, the workpiece is as securely clamped as with a permanent load lifting magnet. With the tip function (inching), even stacked sheets can be separated starting with a thickness of 5 mm. Magnet modules that are not needed can be switched off with the multi-channel control. This means a large magnet traverse system can be securely used for the transportation of smaller sheets.

The EPM M electropermanent load lifting magnets are used where there is a frequent change of workpieces due to the very short switching times. Only a 230V rated current, depending on magnet with 230V or 400V, must be provided to use these devices and they are then immediately ready for use. Through electrical impulses within seconds, the EPMM from ASSFALG is automatically switched on or manually with the push of a button. No electricity flows during load transport and nevertheless, the workpiece is as securely clamped as with a permanent load lifting magnet. The electropermanent battery lifting magnet EPMM can be used in single mode as well as on magnet traverses and is an interesting alternative for 3-shift operation. With the tip function (inching), even stacked sheets can be separated starting with a thickness of 4 mm.

FXE-M electro-permanent load lifting magnet modules can be combined with MCF control units to form modular load lifting systems. For example, a single FXE-M module with an MCF 1-channel control unit can be used on the crane of a flame-cutting machine, or 4 FXE-M modules, controlled together or individually by an MCF 4-channel control unit, can operate in a fully automatic sectional steel plant. In use on cranes, manipulators, conveyors and robots, FXE-M modules have proven themselves thousands of times over. FXE-M modules are manufactured using monoblock technology and are extremely stable. As with the other products in the FXE series, a choice can be made between different pole types in order to use the appropriate magnet module depending on the load, dimensions and surface.

FXE-MH electro-permanent lifting magnets are especially suitable for transporting slabs and blocks. The electro-permanent modules type MH are designed to safely lift large loads with a large air gap. Electro-Permanent Lifting Magnets FXE Electro-Permanent Lifting Magnets from Flaig Magnetsysteme have been setting standards for over 20 years Electro-Permanent Lifting Magnets are the best choice if: the load to be moved is too large for permanent magnets the lifting magnet must be operated and controlled ergonomically the geometry of the load does not fit permanent magnets the lifting magnet must be remote controlled and possibly load adjustable the load capacity is too large in relation to the material thickness for permanent magnets

FXE-R electro-permanent lifting magnets that can lift round material or, both round and flat material, we manufacture from our FXE basic models with pole shoes that can lift the customized diameter band widths, individually or in layers. Electro-Permanent Lifting Magnets FXE Electro-Permanent Lifting Magnets from Flaig Magnetsysteme have been setting standards for over 20 years Electro-Permanent Lifting Magnets are the best choice if: the load to be moved is too large for permanent magnets the lifting magnet must be operated and controlled ergonomically the geometry of the load does not fit permanent magnets the lifting magnet must be remote controlled and possibly load adjustable the load capacity is too large in relation to the material thickness for permanent magnets

FXE electro-permanent lifting magnets are equipped with on-board control technology for direct connection to mains voltage - the fast, user-friendly plug & play solution for loads from light to super heavy. Different pole types are available, depending on the material thickness and surface to be moved.

Equipped with pole type 50+ in long narrow design and a maximum load capacity of 400/600/1000 kg, which is achieved with material thicknesses from 15mm, these easy-to-guide and operate devices are recommended for lifting battens, rails, pipes, beams and bars. Also using pole extensions, which make it easier to position the magnets on long narrow bars.

FXE-TP electro-permanent lifting magnets are ideally suited for beams and profiles due to their special design. The pick-up of beams at the profile web is possible without any problems due to the specially shaped pole surface. FXE-TP lifting magnets are also available as a truss solution, specially tailored to your application.

FX-VV HOT for hot parts. A special permanent magnet system allows working temperatures of up to 300°C for a maximum of 5 minutes and of 250°C permanently. Ideal for moving heated tools and dies, or heat-treated workpieces. The FX-VV HOT holds what others drop. We offer a wide range of Permanent Lifting Magnets.

FX-P is the lifting magnet series for professional lifting and moving of thinner sheets, tubes and bars. The special Magnet-Coniguration in conjunction with the prismatic pole of the FX-P ensures maximum lux density even on thin material thickness. The FX-P can be positioned well on round tube and gently pressed.

FX-C lifting magnets have a round, multipole clamping surface, designed for lifting rings, sleeves, bearing housings, flange plates and similar workpieces.The load specification is valid for full-surface mounting on workpieces which cover D inside to D outside (see table Dimensions), for workpieces with a smaller mounting surface an approximate maximum workpiece weight of 3.5 kg per cm² clamping surface can be calculated. For serial workpieces, a documented test should confirm the safety factor 3.

We also manufacture permanent magnet lifting trusses according to your individual requirements. As a load-bearing load beam or light spreading beam with two or more magnets, the possibilities are manifold. FXE-T truss solutions with onBoard control technology are operated directly on mains voltage and can therefore be used very quickly on different cranes without individual control installation. Flaig Magnetsysteme offers trusses for all sheet metal formats, beams and profiles and also for clearing cutting tables in just one stroke.

FXE TTO lifting magnet trusses are used to remove large areas from laser or flame cutting tables. Parts from 100x100mm are removed from the table in their entire layer. Depending on the material thickness, whole sheets can also be placed with the FXE-TTO. The design of the system depends on the sheet format to be moved (uncut, LxWxH) and the dimension of the smallest blank.

FX-WP lifting magnets are waterproof to 1.5m diving depth. The multi-sealed, super-strong permanent magnet system sits in a fully nickel-plated magnet body. It is a diver. FX lifting magnets in universal design convince by their wide field of application. The FX achieves good results with large air gaps as well as with thin flat and round materials with a compact design and low dead weight. The device is characterized by great robustness and a very good price/performance ratio.

FXE-T2500/50 and 4000/80 electro-permanent lifting magnet trusses in compact design with onBoard control technology are designed for frequent handling of larger formats. Like FXE lifting magnets, they can be operated directly from mains voltage and are therefore very quickly installed and ready for use. They can be controlled directly on the unit or optionally via remote control. The FXE-T6400/80 electro-permanent lifting magnet truss is a fully equipped standard unit with all options. The truss with 6400 kg max. lifting capacity is equipped with sliding magnetic modules and can thus safely move sheet metal formats from min. 1200mm length to max. 6000mm length.

For lifting of ground parts, bulk material and for occasional sorting out of magnetizable parts. ERM are equipped with mounted switch and integrated rectifier, for direct connection to 230 V mains voltage. The field depth is approx. 80-120 mm. Not permitted for transporting solid workpieces in unprotected areas.

For lifting of ground parts, bulk material and for occasional sorting out of magnetizable parts. ERM are equipped with mounted switch and integrated rectifier, for direct connection to 230 V mains voltage. The field depth is approx. 80-120 mm. Not permitted for transporting solid workpieces in unprotected areas.

FXE-TT telescopic trusses are equipped with electro-hydraulic telescopic arms and are suitable for handling sheets of 3-16m length. The system consists of fixed and movable crossbars, each equipped with two magnetic modules. The length of the truss can be adjusted individually via radio remote control. The magnetic system can be operated on the truss itself or on the radio remote control included in the delivery.

The HGF Handgausmeter is an easy to use precision instrument. The superfine 1mm probe magnetic flux densities can be measured extremely close to the magnetic pole and in very narrow air gaps. The HGF can be switched between AC and DC magnetic fields as well as between units Gaus and Tesla. At the edge of the display the pending polarity N/S is in the mode "DC magnetic fields" constantly displayed, the "peak indicator" facilitates the search for magnetic surfaces for example, in tracking down unwanted residual magnetism. The package includes in addition to the meter, the 1mm transversal probe and the batteries and a protective case and a protective cap for the probe. Thus, HGF is also suitable for use in the service industry. Our technicians use it for testing of heavy lifting magnets and clamping systems.