Unipolar electromagnet

Special-shaped electromagnet/magneto-photomagnet

Special-shaped electromagnets: Our company can design and manufacture various special-shaped electromagnets according to user requirements. It can be designed and manufactured according to different usage methods, different experimental requirements, different working environments, and supporting assembly with different equipment; the electromagnet can achieve maximum deformation while maintaining the highest possible magnetic field.

E-type solenoid

If you are looking for a reliable and efficient durable lab magnetic field solenoid source, this product is your ideal choice. Welcome to contact Yingpu Magneto-electric to learn more about our products,  looking forward to working with you to jointly promote the progress of scientific research

Multi-pole electromagnet

Multi-pole electromagnets are mostly four-pole electromagnets, and there are also five-pole, six-pole, eight-pole and other multi-pole applications. They are mainly used in multi-pole magnetic ring magnetization, radial gradient magnetic field, rotating magnetic field magnetic guidance and other applications , Designed and manufactured according to user requirements.

laboratory electromagnet

The best Lab Electromagnet System source is a laboratory device used to generate a controllable magnetic field. It has the characteristics of adjustability, accuracy, stability, and flexibility, and is suitable for various scientific research and experimental applications

dc electromagnet

Regularly check whether the connecting wires, coils, cooling systems, and other components of the electromagnet are working properly to ensure the safety and stability of the equipment. Consider the conditions of the use environment and avoid placing the customized DC electromagnet in a humid, corrosive, or flammable environment to prevent equipment damage or safety accidents.

lab electromagnet

Rotating the magnet, the magnetic field can rotate 360° around the axis of rotation, can be equipped with a stepping motor to accurately control the rotation of the magnet, set the rotation angle arbitrarily, and programmatically control the forward and reverse rotation and travel time. The angle resolution accuracy of the controller is 0.01 degrees, the mechanical step angle accuracy is 0.1 degrees, and the repeat positioning accuracy is 0.05 degrees.

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