Magnetbau Schramme GmbH & Co. KG
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Questions around Schramme

FAQ - WHAT you should know about Schramme

The most frequently asked questions about the company, products, jobs & careers and technology knowledge.

Follow the links to our FAQ pages.

If you have any further questions about Schramme, please feel free to write to us using the contact form or call one of our contact persons.

  • Why a cooperation with Magnetbau Schramme?

    HERE ARE 5 REASONS FOR WORKING WITH SCHRAMME


    Diversity - wide range of industries:

    We serve a wide range of different applications and industries (automotive, mobile hydraulics, materials handling, safety engineering, medical technology, music, food industry, electrical hand tools & maritime applications).

    Quality - High Quality Standards:

    We put a lot of emphasis on the quality of our products, so we are ISO 9001 & IATF 16949 certified and meet the quality standards of the industry as well as the automotive industry.

    All in one - Electromagnetic custom solutions:

    We take care of every step - from the initial idea to the fully developed and production-ready magnet (customer-specific requirements, concept creation, prototype, validation, industrialization & series production).

    Fast - short communication channels & quick decisions:

    With a company size of just over 150 employees, we have short communication channels and can meet customer requirements quickly & flexibly.

    Service - personal contact persons in all company departments:

    We offer a personal contact person for all departments on our website - for all concerns you will be helped promptly.

  • How does a electromagnet / solenoid work?

    We have often been asked by business partners how an electromagnet works. For this reason we decided to make a short contribution.

    How it works:

    • Electrical energy is converted into magnetic energy and then again into mechanical energy.
    • Current flows through the copper coil (2), creating a magnetic field. Through this, a force is exerted by the armature (3), which moves in the direction of an iron core (1).
    • Since the elements, iron core (1), armature (3) and housing (5) are made of ferromagnetic material, when a magnetic flux passes through them, they try to establish an ideal state. As a result, the armature (3) tries to close the air gap (4) and moves towards the iron core (1).
    • Electromagnets are mainly used as drive elements to generate linear and rotatory movements such as moving, holding, switching, controlling.
    • Unlike permanent magnets, where the magnetic force is constant, the magnetic field of electromagnets can be regulated depending on the current flow. Thus, the mechanical force can be controlled or turned off depending on the current flow.
       

    Examples:

    • Locking systems, magnetic clutches, diaphragm pumps.
    • Dosing systems in medical technology and beverage vending machines (hose clamp valves)
    • Automation and assembly technology
    • In the field of hydrogen
    • Electrical handheld devices
    • Conveyor technology (elevators, escalators)
    • Mobile hydraulics (cranes, rollers, excavators)
       

    If you also need a customer-specific developed electromagnet for your project, please do not hesitate to contact us. Our development team will advise you on the implementation of a technical solution for your project.

    Your Schramme Team