Biology Tweezers

Ideal for handling minuscule material and grids, for applications involving extreme temperatures, chemicals and harsh conditions and in general for microscopic work with electronic devices, biology tweezers feature ultra-fine tips in Superalloy (CX) and high-alloy stainless steel (DX).
ANTI-ACID/ANTI-MAGNETIC SUPERALLOY (CX) BIOLOGY TWEEZERS
The non-magnetic and shape retentive Nickel-Chromium-Molybdenum tweezers (CX) offer excellent strength and resistance to heat (800°C), fatigue, corrosion, chemicals, salts and acids. Six times harder than antimagnetic stainless steel,, the CX superalloy tweezers are strong and reliable in difficult conditions.
HIGH ALLOY STAINLESS STEEL - (DX) BIOLOGY TWEEZERS
The DX high allow tweezers feature a low carbon alloy resistant to corrosion, stress, acidic environments (e.g. sulphur, phosphoric and acetic acid). Non-magnetic and extremely ductile, Ideal-tek stainless steel biology tweezers excel for formability and weldability, toughness at cryogenic temperatures and heat resistance (up to 450°C).