
Ceramic tips do something steel tweezers cannot: they do not conduct, so a component can be held on a powered board without shorting anything or coupling magnetic interference into it.
Ceramic tips do something steel tweezers cannot: they do not conduct, so a component can be held on a powered board without shorting anything or coupling…
Ceramic tips do something steel tweezers cannot: they do not conduct, so a component can be held on a powered board without shorting anything or coupling magnetic interference into it.
They are also heat-resistant, which means holding a part in place while hot air is applied instead of letting go and hoping.
The bent tip keeps your hand out of the sight line under a microscope.
Micro-soldering technicians working on live or heated boards.
Ceramic tips do something steel tweezers cannot: they do not conduct, so a component can be held on a powered board without shorting anything or coupling magnetic interference into it. They are also heat-resistant, which means holding a part in place while hot air is applied instead of letting go and hoping. The bent tip keeps your hand out of the sight line under a microscope. • Non-conductive ceramic tips — no shorts, no magnetic interference • Heat-resistant for use during hot air work • Bent tip for clear line of sight under magnification • Anti-static construction
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