Anti-magnetic means that an item is designed to be immune to magnetic fields. This is usually accomplished by making the item non-magnetic or by altering the structure of the item. Antimagnetic technology is widely used in the manufacture of marine equipment, medical equipment, and scientific instruments.
Anti-magnetic technology plays an important role in modern medicine. Medical equipment often requires the use of magnetic devices to diagnose and treat diseases, but the device must meet the anti-magnetic requirements to avoid interfering with the patient's body implanted prosthesis and so on. Antimagnetic materials include antimagnetic stainless steel, antimagnetic copper, antimagnetic aluminum and others.
Anti-magnetic technology is also of great importance in the manufacture of scientific instruments. In the laboratory, many instruments must meet strict antimagnetic standards to prevent external magnetic fields from interfering with their accuracy. Certain areas of scientific research, such as nuclear magnetic **** vibrometers, mass spectrometers, electron microscopes, and other instruments use very strong magnetic fields, so these instruments must be equipped with protective equipment to ensure their performance and protect personnel safety.