Magnetic clamps - Import export

FXL-CT table-top units are built for a maximum of 2 channels without preselection. They can be used to control magnetic chucks up to a total area of approx. 1.2m2. can be controlled. FXL-CT is designed as a table-top unit or to be attached to the machine wall by means of the magnetic feet on the back. The operation is carried out directly on the device.

Funnel stand with two funnel holders and two reducing inserts. Space-saving design with two practical storage areas. Sturdy and stable funnel stand, resistant to chemicals, shatter-proof and with continuously variable height adjustment. The funnel stand is suitable for all funnels from 40 to 180 mm in diameter. The funnel holders can be used with reducing inserts for small funnels. The funnel stand also makes an excellent filtering stand. Thanks to an innovative magnet concept no clamping screws are necessary. The height of the funnel holder can be adjusted easily and flexibly with one hand. The laboratory stand can be flexibly adapted with corresponding accessories, for example with adjustment funnel holders or a holder for Imhoff funnels. The funnel stand can also be converted into a pipette stand.

The stand for sedimentation funnels is used to keep, hold or store Imhoff funnels safely and reliably during sedimentation. Two funnel holders ensure that Imhoff funnels will be held safely and securely and can be placed in an absolutely vertical position. Stand with two holders for sedimentation funnels, suitable for funnels 90 mm or more in diameter. Thanks to an innovative magnet concept no clamping screws are necessary. The height of the funnel holder can be adjusted easily and flexibly with one hand. With the corresponding accessory the holders for Imhoff funnels can also be replaced by holders for all-purpose funnels.

SWR magnetic clamping brackets are switchable, precise devices that meet the highest quality requirements. Each leg can be switched separately and the holding force can be infinitely adjusted for positioning. The prismatic ground underside enables work to be carried out on flat and round material. SWR is available in the following versions: SWR 150, angular adjustment locking at 30,45,90,120,150,180° or free via locking screw. SWR 180, angle adjustment 45°-225°.

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.

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.

The MCF control units are designed to operate electro-permanent magnet modules. It is available both as a single board for installation in the customer's existing control cabinets and as an IP 54 control cabinet solution. In addition to the FXE lifting magnet modules, other electro-permanent magnet components such as magnet clamping plates or magnet clamping blocks can also be controlled with the MCF, both as a single system (ALNICO) and as a double system (ALNICO/ND). The MCF can be controlled via a machine control, radio remote control, manual pushbutton or other potential-free contacts.

MBX magnetic clamping blocks have opposite clamping sides that are activated when actuated. They are designed to clamp workpieces on steel surfaces such as machine or assembly tables. Several MBX can also be connected together via the internal hexagon of the indexing shaft to clamp longer or larger workpieces.

FXL magnetic clamping blocks are available in many sizes and designs. They can be manufactured with one or more clamping surfaces and different pole sizes. As with the FXL magnetic clamping plates, they are controlled by an FXL-C control unit; optionally with only one channel or also with several channels in order to be able to control the individual clamping surfaces of a block separately.

FXL Magnetic Clamping TechnologyThe FXL square pole technology is the result of over 20 years of experience in magnetic clamping technology and combines solutions to the most common customer requirements in the highest quality design. Magnetic poles, fed by Alnico and NDFeB magnets, are anchored in a solid, super-stiff monobloc body by means of a tool steel insert with M8 internal thread. The back of the clamping plate remains flat and can be drilled in at all points - for example, for inserting a zero-point clamping system. For this purpose, the magnet system is coated with highperformance resin in a multi-stage process, which has a high mechanical strength and ensures absolute tightness and perfect electrical insulation. FXL magnetic clamping plates can be controlled with our FXL-C control units or with almost all control units from other leading manufacturers.

Permanent magnetic chucks type PMNEO are super strong, compact plates for heavy cutting. Parts from about 30x15x6mm can be stretched with max. achievable holding forces. Good holding forces can be achieved even on rough surfaces. Optional pole blocks can be built on the PMNEO. This allows turning up the workpiece so that all sides are freely accessible, can be drilled on the magnetic clamping plate and leaves more space for accumulating chips around the component. This allows long-running HSC milling-pieces never sink into the resulting chips. The chipboard is activated via a removable hex shifter. The PMNEO magnetic clamping plate, in 48mm height, is prepared to integrate reference elements directly into the magnetic chuck, so that no additional spectrum is required underneath the magnet.

Magnetic clamping technology from AMF: safe, reliable and efficient. This innovative technology is based on the force of the magnetic field. This opens up new possibilities that make all surfaces fully accessible for the machining of a workpiece even at constant tension.

With its unique ergonomic features and ease of use, the device is ideal for mobile use. The scribe marking system type 317 is available with different handles for flexible adaptation and handling. Being a lightweight of 5.5 kg (without controller, pneumatic and chuck), the unit sets new standards. It offers a large marking area of 120 mm x 25 mm at its small dimensions. Via quick interchangeable, optional fixtures it is possible to adopt to virtually any vehicle geometries. The compact controller provides extensive opportunities for data input via PC, barcode scanner, PLC or the integrated keypad. By this keypad the easy creation and selection of the model-dependent imprinting orders is provided. Options • Vehicle-related fixtures with manual, pneumatic or magnetic clamp functionality

All series are available with or without handlebar grip and with or without additional holes to accommodate angles. The usage possibilities of the standard magnets can be extended individually through accessories such as longitudinal or frontal suppressing or clamping adapters. — Magnetic rubber (series A) or neodymium magnets (series P and PDA) — Temperature exposure up to 60 °C, series P and PDA on request up to 80 °C — Eccentric removable — Smooth surfaces, easy to clean

Clamp difficult or easily deformable workpieces In daily use you are optimally equipped with the TOPlus or SPANNTOP chucks. However, there are always components that are difficult to clamp due to the contour, or that will be deformed through radial clamping. So what is required is an axial chuck, which in addition can also be set-up very fast. Clamp axially on a neodymium magnet The answer: HAINBUCH magnet module. With the magnet module you can clamp components axially on a neodymium magnet. The HAINBUCH magnet module is set-up in only 30 seconds. Your basic clamping device is already mounted. You exchange the clamping head that is included in the scope of delivery. When clamping, the magnetic clamping device is pulled onto the flat contact area of your basic clamping device.

Clamp difficult or easily deformable workpieces In daily use you are optimally equipped with the TOPlus or SPANNTOP chucks. However, there are always components that are difficult to clamp due to the contour, or that will be deformed through radial clamping. So what is required is an axial chuck, which in addition can also be set-up very fast. Clamp axially on a neodymium magnet The answer: HAINBUCH magnet module. With the magnet module you can clamp components axially on a neodymium magnet. The HAINBUCH magnet module is set-up in only 30 seconds. Your basic clamping device is already mounted. You exchange the clamping head that is included in the scope of delivery. When clamping, the magnetic clamping device is pulled onto the flat contact area of your basic clamping device.

These highly accurate Magnet Sinetables are used for grinding work as well as for eroding. It allows for universal clamping of small, medium and large workpieces of any thickness, however, they are best suitable for thin and fine workpieces. The permanent Microsine magnetic clamping plate is preferably used if a flat and light construction is needed during grinding, eroding or milling. A complete, fine transverse pole distribution (steel/brass) guarantees a consistent holding force over the entire width up to the longitudinal sides. This clamping plate can be activated through a hexagonal switch lever. They are available in two versions: either single-pivotable via the longitudinal axis or double-pivotable via the longitudinal and transverse axis. Gauge blocks can be used to set the tilt angle precisely up to 45 °. The magnet Sinetable is suitable for accurate grinding of workpieces with nonparallel surfaces. Individual designs can be created on request.

The electronic reverse polarity controllers are used to turn the magnetic clamping plates on and off and to regulate the holding force in several stages through the affiliated manual operating device. With the D50 controllers, up to 100 poles with the pole size 50x50mm or 50 poles with the pole size 75x75mm can be switched. Furthermore, the D100 controller is needed. The single-channel devices D50 and D100 are used to control Magnaslot and Doublemag. The D50-2 controller is needed to operate the Triplemag magnet modules with additional holding surface. If multiple magnetic clamping plates are controlled individually, the D100-4 controller must be used. Up to 4 clamping plates can be switched separately here. Individual requests can be implemented upon customer request.

The EPFlux magnetic clamping plate has no remanence (residual magnetism) upon deactivation. Highly alloyed and hardened workpieces can be easily loosened from the magnetic clamping plate. Highest grinding precision is achieved, because the plate is not heated up. Not heated up means that there are no expansion and deformation to the workpieces to be processed. The electropermanent magnetic clamping plate is the ideal clamping plate for precision grinding machines. The laminated surface made of brass and steel and the solid steel body guarantee magnetic holding force as well as unique hardness over the entire surface. With the EPFlux magnetic clamping plate, large and small workpieces can be evenly clamped. The magnetizing and demagnetizing occurs through a short power pulse within seconds.

The patented EPM magnetic clamping plates *** Patent-No. EP1874504 *** have a solid steel surface and are therefore significantly more resistant than conventional plates with epoxy resin against hot chips, coolant and other processing influences. The workpiece is clamped on the EPM magnetic clamping plate MAGNASLOT within seconds through an impulse current. This combo plate allows for 5-side processing of your workpieces in only one clamp. This reduces equipping times to a minimum and increases productivity. Conventional machine vices or clamping claws can be used to clamp non-ferrous workpieces. Through the use of pole extensions, which adjust to the workpiece surface, any unevenness on the workpiece can be compensated for and a deformation of the workpiece can be prevented. The magnet field from the MAGNASLOT magnetic clamping plate guarantees low-vibration clamping of your workpieces.

The patented EPM magnetic clamping plates *** Patent-No. EP1874504 *** have a solid steel surface and are therefore significantly more resistant than conventional plates with epoxy resin against hot chips, coolant and other processing influences. The workpiece is clamped on the EPM magnetic clamping plate MAGNASLOT within seconds through an impulse current. This magnetic clamping plate allows for 5-side processing of your workpieces in only one clamp. This reduces equipping times to a minimum and increases productivity. Through the use of pole extensions, which adjust to the workpiece surface, any unevenness on the workpiece can be compensated for and a deformation of the workpiece can be prevented. The magnet field from the MAGNASLOT magnetic clamping plate guarantees low-vibration clamping of your workpieces. This protects the milling spindle as well as your tools, increases process safety and extends the service life.

The patented EPM magnetic clamping plates *** Patent-No. EP1874504 *** have a solid steel surface and are therefore significantly more resistant than conventional plates with epoxy resin against hot chips, coolant and other processing influences. The workpiece is clamped on the EPM magnetic clamping plate MAGNASLOT within seconds through an impulse current. This magnetic clamping plate allows for 5-side processing of your workpieces in only one clamp. This reduces equipping times to a minimum and increases productivity. Through the use of pole extensions, which adjust to the workpiece surface, any unevenness on the workpiece can be compensated for and a deformation of the workpiece can be prevented. The magnet field from the MAGNASLOT magnetic clamping plate guarantees low-vibration clamping of your workpieces. This protects the milling spindle as well as your tools, increases process safety and extends the service life.

These permanent magnetic clamping plates Permamax from ASSFALG are suitable for heavy clamp-lifting processing. These Permamax permanent magnetic clamping plates can be used for milling, drilling, grinding and slicing. Considerable holding forces are still achieved on uneven and rough surfaces. They allow for universal clamping of small, medium and large workpieces of any thickness, however, they are best suitable for thick and large workpieces. A complete, wide transverse pole distribution (steel/brass) guarantees consistently high holding force over the entire width up to the longitudinal sides. These clamping plates can be activated through a hexagonal switch lever.

Robust and maintenance-free 90° magnetic clamping angle for flat material. The permanent magnet welding angle is a classic from Assfalg for welding and assembly work on flat material. It is available in two sizes, with a base length of 200mm and 300mm.

These magnet welding angles can be gradually adjusted in their angle from 30° to 275°. Every leg can be switched separately. These magnet clamping angles hold round and square tubes and flat material secure. Thanks to the engraved scale and the quick release, the angles can be quickly and precisely set.

Pole extensions are the perfect complement to the square pole magnetic clamping plates and modules. Workpieces with any structure can be perfectly clamped with Assfalg pole extensions. The pole extensions adjust optimally to the shape of the workpiece. The workpiece is underpinned and is located safely on the extensions,, for a five-side complete processing free of vibration and warping. The surface of the magnetic clamping plate is additionally protected against accidental damage through, for example, deep drilling. Another possible application is use as a stop for 3D forms, round material and smaller workpieces. Other pole extension or pole placement plates are available on request. The connection cables are available in different lengths. They connect the magnetic modules with each other in a row. The controller is additionally connected with the magnetic module through this. The cables are protected against hot chips and cooling water.

Whether while milling (rough and finish machining), drilling, sawing, welding or assembling, the EPM modules or module systems offer a large selection of clamping options, for example, to clamp during edge milling or deburring (without mechanical clamping equipment) or for the simple and quick fastening of workpieces during assembly. Workpieces can be easily and quickly fastened with the Triplemag magnet clamping elements. The Triplemag series has additional positioning magnets, ensuring a constant position on the machine table and which are separately switched. Through the use of pole extensions, any unevenness on the workpiece can be compensated for and a deformation of the workpiece can be prevented. Using pole extensions, plane-parallelism of up to 0.01 mm is possible on the workpiece. The processing runs without vibration and an even distribution of holding force is guaranteed throughout the entire ferrous clamping surface.

Whether while milling (rough and finish machining), drilling, sawing, welding or assembling, the EPM modules or module systems offer a large selection of clamping options, for example, to clamp during edge milling or deburring (without mechanical clamping equipment) or for the simple and quick fastening of workpieces during assembly. Workpieces can be easily and quickly fastened with the Doublemag magnet clamping elements. Through the use of pole extensions, any unevenness on the workpiece can be compensated for and a deformation of the workpiece can be prevented. Using pole extensions, plane-parallelism of up to 0.01 mm is possible on the workpiece. The processing runs without vibration and an even distribution of holding force is guaranteed throughout the entire ferrous clamping surface. Several Doublemags can be combined to process large parts.