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automated handling systems
Automated handling systems make production processes faster, more precise, and more reliable - a key component of Industry 4.0.clamping and holding devices
Electromagnetic clamping and holding devices are ideal for fast clamping, precise positioning, and automated processes.safety-related control and switching processes
Safety-related control and switching processes using electromagnets are necessary wherever malfunctions could lead to injuries, damage, or production downtime.special machine and plant construction
Electromagnets are indispensable components in special-purpose machine and plant engineering, ensuring safe, precise, and automated processes.
They enable high process speeds, reproducible quality, and compact, low-maintenance designs.
Special designs for electromagnets –
customized, powerful, solution-oriented
Standard was yesterday – we develop solutions that precisely match your requirements.
In many industrial applications, conventional electromagnets reach their limits—whether due to confined installation situations, special environmental conditions, or complex mechanical requirements. This is where our special designs come into play: customized magnet solutions that are precisely tailored to your individual needs.
We create your very own personalized magnet!
MST is the partner for discerning medium-sized companies when it comes to magnets and proverbial inventive spirit.
We offer not only consulting and services, but also manufacturing from a single source.
In addition to a large selection of standard magnets for a wide range of applications, our strengths lie particularly in the design and development of your very own personalized electromagnet.
Your magnet in just 4 steps:
please use the following forms to create your own custom magnet:
permanent magnets electromagnets solenoids mono-/ bistabile D-frame / lift / cylinder
Electro magnets in the shop
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What are electro magnets?
Electro magnets generate a magnetic field by means of current. They have a coil through which an electric current flows, creating a magnetic field around the conductor. The conducting wire in the coils is wound over top of itself in many turns, making each winding loop act like a circular conductor. Many coils also contain an iron core to provide additional concentrated conduction of the magnetic field.
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What is the holding force of electro magnets?
This depends on various factors such as size, design, application, and material use. Our standard electro magnets deliver a holding force of anywhere from 3 N up to 45,000 N.
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What is the difference between electro magnets and permanent electro magnets?
In electro magnets, the holding force is only generated by supplying current. Permanent electro magnets, on the other hand, are permanently magnetic in the deenergized state and lose their holding force when current is supplied (can be used in a power-saving manner).
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What volt designs are available for electro magnets?
We can produce our electro magnets in designs from 3-400 volts.
