MAGNETIC CLAMPING SYSTEMS
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Magnetic clamping systems Request additional catalogues from www.amf.de Hydraulic Cl amping Systems Vacuum cl amping systems Magnetic cl amping systems WIRELESS SENSORING SYSTEMS SINGLE AND MULTIPLE CLAMPING SYSTEMS STANDARD CLAMPING SYSTEMS Marking and Cleaning Tools Andre as Maier GmbH & Co. KG Waiblinger Straße 116 ∙ D-70734 Fellbach Phone: +49 711 5766-0 Fa x: +49 711 575725 E-mail: amf@amf.de Web: www.amf.de All sales are subject to our terms of sale, delivery, and payment. All rights for design, photographs and texts reserved by the publisher, AMF. No photomechanical reproduction without our express permission. 2022/2023/12EN > 04/2022

Terms of Sale, Delivery and Payment OUR COMPANY HISTORY 1890 Company founded as a lock manufacturer by Andreas Maier. 1920 Product range extended to include spanners. 1928 Production line assembly of FELLBACH LOCKS. WE GENERATE EXCITEMENT. Since the foundation of the company in 1890 until today the 1951 Introduces clamping elements and diversifies into workpiece and tool clamping technology. 1965 Toggle clamps extend the AMF product range, AMF catalogues are now printed in ten languages. goal has remained the same: the highest quality in products 1975 Further specialisation into hydraulic...

Functional principle, advantages and performance features of AMF magnetic clamping technology Magnetic clamping plates for milling Special offer packages POLe extensions Control units and hand-held controllers

AMF magnetic clamping technology high-performance and safety Electromagnetic clamping systems were frequently The square pole plates can be used in a targeted way connected with insecurity, unreliability, overheating or – externally to magnetise workpieces or internally to also a high need for maintenance. These disturbing separate the magnetic flow from the workpieces again. characteristics are now a thing of the past. The innovative Activation or deactivation takes place in a fraction of electro-permanent technology of the AMF magnetic a second. Moreover, a neutral crown allows complete...

A gripping solution – innovative and economical. The gripping connection of multifaceted advantages. Based on the electro-permanent magnetism, the magnetic clamping plates from AMF impress with their high performance, safety, flexibility and efficiency. Holding force Handling is convenient and fast; the range of uses for machine tools is unlimited. Even installation of the system is very simple, so that results show up very fast in application. And they contribute accordingly to fast payback of the investment. For optimisation of processes, improvement of the quality of results and...

The ABCs and FAQs of magnetic clamping technology. > WORKING TEMPERATURE: Up to this temperature, a magnet can be used without irreversible magnetisation losses. At this temperature, magnetic materials lose their magnetisation irreversibly. All materials that exhibit magnetisation after application of an external magnetic field. > MAGNETIC FIELD STRENGTH (A/m): Amperes per meter (1A/m = 0.01256 oersted) > MAGNETIC FLUX DENSITY (Induction): The change in a material that is induced by an applied magnetic field. Symbol: B / unit: T Unit of magnetic induction 1 T = 10 4 Gauß Outdated unit of...

DO MAGNETIC FIELDS PRESENT ANY HAZARDS? Magnetic field height 0 to 100 mm: In this area, cardiac pacemakers, wristwatches and bank cards may be damaged. At magnetic field height 100 mm and greater there is no longer any health risk. Caution! Do not put any workpieces on while the magnet is actively clamped. – risk of injury! UP TO HOW MANY DEGREES CELSIUS CAN MAGNETIC TABLES BE USED? The magnetic tables can be used at operating temperatures up to 100°C. The neodymium magnet is guaranteed for a maximum temperature of 100°C (this refers to the temperature in contact with the surface of the...

Free surfaces and even clamping – ideal conditions for the most varied of application areas. No matter how different the requirements are - AMF magnetic clamping plates distinguish themselves through constantly strong performance. Heavy-duty machining with vertical or horizontal positioning can be performed just as successfully as high-speed cutting (HSC). The versatility of the system shows itself in the wide array of application options: the system is outstandingly suitable for bench type, gantry or fixed table milling machines, on machining centres, on pallets and cube tooling. Moreover,...

MAGNETIC CLAMPING TECHNOLOGY DEPENDENCE ON THE HOLDING FORCE OF THE MATERIAL The share of ferromagnetic material in the workpiece is critical for the holding force when clamping on a magnetic clamping plate. The following graphic shows the percentage of achievable holding when clamping various materials. Material ∙ technically pure iron100% Subject to technical alterations.

Magnetic clamping plate for milling No. 2950-50 Magnetic clamping plate for milling Premium Line H ±0.02 Pole size Number of poles Holding force, max. Weight Magnetic chuck with square pole technology in monoblock design and very strong holding forces. For positioning, clamping and machining magnetisable materials. In conjunction with pole extensions also particularly suitable for the 5-sided machining of workpieces. Magnetic clamping plate with metallic surface. This special and high-quality design enables the strongest holding forces to be reached in magnetic clamping technology with...

Magnetic clamping plate for milling No. 2990-50 Magnetic clamping plate for milling Eco Line Force / pole = 4 kN Pole size Holding force Magnetic clamping plate with square pole technology in monoblock design. For positioning, clamping and machining magnetisable materials. This special and high-quality design enables reaching of a very high holding force. The maximum specified holding force is effective when all poles are occupied. In case of possible damage, the surface can be reworked up to 4 mm to restore the original surface quality. The magnetic clamping plates have a height tolerance...