Anti-magnetic forceps, also sometimes called non-magnetic tweezers or diamagnetic tweezers, are a type of forceps specifically designed not to be attracted to magnets. They are typically made from materials such as stainless steel with a high nickel content,
 
Anti-magnetic forceps are useful in a variety of applications where it is important to avoid interference from magnets. Some common uses include:
 
Electronics work: When working with delicate electronic components, it is important to avoid accidentally magnetizing them. Anti-magnetic forceps can be used to safely handle these components.
 
Watchmaking and jewelry making: Many small parts used in watches and jewelry are made from magnetic materials. Anti-magnetic forceps can be used to handle these parts without affecting their magnetism.
 
Medical and dental procedures: Some medical and dental procedures involve working with small, magnetic objects. Anti-magnetic forceps can be used to safely handle these objects.
 
Scientific research: In some scientific research applications, it is important to avoid magnetic fields. Anti-magnetic forceps can be used to handle materials in these applications.
 
 
Details of Anti-magnetic forceps:
Material: Anti-magnetic stainless steel, titanium, or ceramic
Properties:
Resistant to magnetism
May be corrosion resistant (depending on material)
Often have a fine tip for precision handling
Applications:
Electronics work
Watchmaking and jewelry making
Medical and dental procedures
Scientific research