Industrial Tweezers Manufacturer

ESD Safe Industrial Tweezers, Anti-Static Stainless Steel Tweezers

We offer a variety of static resistant tweezers suitable for use in electric applications. They are made of high quality stainless steel and a special conductive plastic, and feature a surface resistance of 108-1013Ω, which prevents component damage caused by static electricity. As a result, these tweezers are a popular choice for use in electronics assembly, laboratories and clean rooms. Demonstrated here are a few selections of the anti-static tweezers, including tapered tweezers, curved tweezers and flat tweezers, all of which can be chosen based on specific application requirements. For more information, or assistance choosing the right type for your needs, please do not hesitate to contact us directly.

ESD-10 anti-static stainless steel tweezers have a length of 110mm, and have straight pointed tips ideal for replacing precision parts when welding integrated circuits.

Compared to the ESD-10 tweezers, ESD-11 fine pointed tip anti-static stainless steel tweezers are more slender, making them ideal for replacing precision parts in narrow spaces.

ESD-12 ultra-pointed tip anti-static stainless steel tweezers are 135mm wide, and feature a wider tip than the ESD-10, making them ideal for clamping circuit boards and other applications requiring some degree of force.

ESD-13 broad tip anti-static stainless steel tweezers do not have pointed tips, and are suitable for clamping small parts.

ESD-14 anti-static tweezers have thin and pointed tips. They are slender, with sharp tipped edges, making them ideal for use in high precision integrated circuit components.

The ESD-15 curved anti-static tweezers have a length of 116mm, with their tip designed in a beak shape that is slender and bends at 45 degrees. ESD-15 curved anti-static tweezers are suitable for precise work in narrow spaces.

Compared to standard tweezers, ESD-16 stainless steel tweezers are wider and can withstand more force, making them ideal for applications involving heavy objects, large chip components and circuit boards.