Biology tweezers

Thanks to the ultra-fine tips, ideal for handling miniature material and grids, and to the resistance to extreme temperatures, chemicals and other harsh conditions, Ideal-tek biology tweezers in superalloy (CX) or high-alloy stainless steel (DX) are perfect to work with microscopic components in medical device sector.
ANTI-ACID/ANTI-MAGNETIC SUPERALLOY (CX) BIOLOGY TWEEZERS
The tweezers made from the Nickel-Chromium-Molybdenum superalloy are six times harder than antimagnetic stainless steel: their excellent strength and heat resistance (tested to operate up to 800°C) makes them suitable for work at harsh conditions. Non-magnetic, shape retentive, extremely resistant to fatigue, corrosion, chemicals, salts and acids.
HIGH ALLOY STAINLESS STEEL - (DX) BIOLOGY TWEEZERS
Low carbon alloy resistant to corrosion, acidic environments (e.g. sulphur, phosphoric and acetic acid), stress corrosion cracking. Non-magnetic in all conditions, Ideal-tek stainless steel biology tweezers feature excellent formability and weldability, flawless toughness at cryogenic temperatures and heat resistance (tested to operate up to 450°C).