Electro holding magnets & permanent electro holding magnets
Note on our services
The content, projects and services presented on this website merely represent a selection of our work. They serve as examples and do not provide a complete overview of our range of services.
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Example of a customised version of a round electromagnet. The ring-shaped design should be mentioned as a special feature. Do you have a special requirement for a holding magnet? Talk to us, we will find a solution.
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Example of a customised version of a rectangular electromagnet. The two-part centre pole and the special casting are worth mentioning as special features. Do you have a special requirement for a holding magnet? Talk to us, we will find a solution.
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The rounded holding surface makes this version of an electromagnet particularly suitable as a lifting magnet for magnetisable small parts such as screws or nails. Available in different diameters.
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Rectangular electromagnet with special pole shape and through-hole. The housing is milled from a block instead of a U-profile.
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Rectangular solenoid in 24VDC in 2-pole design and sinusoidal special pole shape. One possible application would be the transport of particularly thin sheet metal parts.
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round 24VDC electro holding magnet with through hole, e.g. to feed through an axis, or a push-off mechanism. A push-off mechanism, for example, can help to quickly detach thin, light and easily magnetisable metal parts from the magnet.
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Rectangular solenoid in 24VDC with lateral cable outlet.
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Circular electromagnet with attached special pole plate. In this case, the special pole plate is designed with a star pole pitch.
The electromagnet at a glance
electromagnets, which are based on the principle of the Electromagnetism based, utilise current flowing through a wire coil to generate a magnetic field. These Dependence on the power supply This distinguishes them fundamentally from permanent magnets.
A key feature of electro-holding magnets is the controllability of their magnetic field:
- The strength of the magnetic field can be changed simply by adjusting the voltage.
- This property offers a High flexibility and enables the use in various applications, from the industrial production up to medical devices.
Electro & permanent electro holding magnets - Overview
| Design | The customisable design of the magnets enables seamless integration into a wide range of applications. |
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| Control & adhesive force | The holding forces of the magnets are adjustable to ensure optimum performance depending on requirements. |
| Speed | The magnetic field can be set up and dismantled quickly, which makes these magnets ideal for dynamic pick & place applications. |
| Security | Permanent electromagnets offer currentless holding, which increases safety in critical applications. |
| Quality assurance | Remanence, i.e. residual magnetism in the workpiece, can be effectively reduced by a pole reversal control unit in order to guarantee product quality. |
Properties of electromagnets
While electro holding magnets have a certain energy consumption, the focus of their use is on their Adaptability and precision orientated. These properties are crucial for their role in a variety of technological applications.
The ability to control the magnetic field Fast and precise makes electromagnets particularly useful in situations that require Rapid reactions and flexible adjustments require. Such applications benefit from the continuous adaptability of the solenoids, which makes it possible to respond to immediate changes in the operating environment or process requirements.
Your Flexibility and precise controllability make electromagnets an indispensable tool in many areas of technology. From the Production technology, where they are used for moving and positioning parts, through to scientific applications, Electromagnets show their versatility and importance in modern technology by being used to influence particle flows.
Areas of application
Electric holding magnets in safety technology
The electro-holding magnet in automation technology
Electro holding magnets in medical technology
Electromagnets in everyday life
In the Everyday use electromagnets are also widely used in a wide variety of designs. They can be found in Household appliances such as loudspeakers, relays, doorbells or mobile phones. The versatility and ease of use of these magnets make them a popular tool in many different areas of application.
When are holding magnets used?
- Pick & place applications for e.g. robots in material handling.
- Sheet metal transport.
- Component transport.
- In combination with a brake lining, the electro holding magnet can be used as a holding brake.
- Mechanical engineering.
- Door & locking systems (door holding magnets).