Biology Tweezers

Made of superalloy (CX) or high-alloy stainless steel (DX), Ideal-tek biology tweezers feature ultra-fine tips, ideal for handling extremely minute material and grids under a microscope. The superior alloy offers stability at extreme temperatures, resistance to chemicals and other harsh conditions typical of work in Life Science&Microscopy.
ANTI-ACID/ANTI-MAGNETIC SUPERALLOY (CX) BIOLOGY TWEEZERS
The Nickel-Chromium-Molybdenum superalloy, six times harder than antimagnetic stainless steel, gives the tweezers excellent sturdiness and heat resistance (tested to operate up to 800°C), making them ideal for work at harsh conditions. Fully non-magnetic and shape retentive, extremely resistant to fatigue and corrosion, as well as to most chemicals, salts and acids. Ideal-tek superalloy biology tweezers are typically used as non-magnetic tools for laboratory and medical applications, in aggressive chemical environments, and as high precision non-magnetic tools in Life Science&Microscopy work.
HIGH ALLOY STAINLESS STEEL - (DX) BIOLOGY TWEEZERS
The austenitic stainless steel high-alloy is a low carbon alloy that offers very good resistance to corrosion, acidic environments (e.g. sulphur, phosphoric and acetic acid), stress corrosion cracking, pitting in neutral chloride-bearing solutions. Non-magnetic in all conditions, Ideal-tek stainless steel biology tweezers feature excellent formability and weldability, toughness at cryogenic temperatures and heat resistance (tested to operate up to 450°C). Their typical applications include chemical and pharmaceutical industries, cryogenic laboratories and Life Science&Microscopy work.