Developed in 1875 by Arnold Dumont in La Sagne, Switzerland. Dumont produces high quality handmade tweezers, and has gained the popularity of all researchers over the years. There is a variety of material which is used to make Dumont tweezers, as is shown in the link below:
Biological Grade: Made from Dumoxel steel, the highest quality steel that is available. These tweezers have very fine points, they are non-magnetic, and anti-corrosive. They are the most reliable for all of your precision work.
High Precision Grade: Made from (Inox) stainless steel, these tweezers have fine points and they can be used as a substitute for Biological Grade when non-magnetic tweezers are not required.
Epoxy Coated: Made from non-magnetic steel with an epoxy covered handle (tips are not coated); ideal for working in conductive environments.
Medical Grade: These tweezers are made from stainless steel. They are anti-magnetic and come with a clamping ring, which slides easily into a locking or release position. The tweezers have serrated handles.
Electronic Grade: These tweezers have a slightly larger tips than the High Precision grade. These tweezers are made from carbon, stainless, and antimagnetic steel.
Medical stainless steel with excellent resistance to corrosion and good resistance to salt. Magnetic. Autoclave sterilize at 180 deg C. Super thin tips.
A: Tip Thickness (mm), B: Tip Width (mm), C: Finish
Medical stainless steel with excellent resistance to corrosion and good resistance to salt. Magnetic. Autoclave sterilize at 180 deg C. Long shanks, strong tips. Serrated handles.
Serrated handles and clamping ring. Inox 08 has excellent resistance to corrosion and a good resistance to salt. Supports temperatures of 400°C. Autoclave sterilization at 180°C.
A: Tip Thickness (mm), B: Tip Width (mm), C: Finish
Serrated handles and clamping ring. Inox 08 has excellent resistance to corrosion and a good resistance to salt. Supports temperatures of 400°C. Autoclave sterilization at 180°C.
A: Tip Thickness (mm), B: Tip Width (mm), C: Finish
Serrated handles and clamping ring. Inox 08 has excellent resistance to corrosion and a good resistance to salt. Supports temperatures of 400°C. Autoclave sterilization at 180°C.
A: Tip Thickness (mm), B: Tip Width (mm), C: Finish
Serrated handles and clamping ring. Inox 08 has excellent resistance to corrosion and a good resistance to salt. Supports temperatures of 400°C. Autoclave sterilization at 180°C.
A: Tip Thickness (mm), B: Tip Width (mm), C: Finish