Newly developed alloy, non-magnetic and non-corrosive, resists temperatures to 550°C, extra hard tips but very elastic in nature, 8 styles.

SS, NM-SS, CS, Ti. Available in 8 styles and many finishes and metals. Finest Tips for handling extremely minute, delicate material and grids.

SS, NM-SS, PTFE coated SS, CS. Available in 16 styles and many finishes. Suitable for most general laboratory use.

CS. Precision cutting tweezers for fine wire in electronics and thin film research. 9 cutting tips available.

SS. Can be sterilized at 180°, satin finish, machined grips, 3 styles, one style available with clamping ring.

NM-SS (Dumoxel). Can be sterilized at 180°, 2 styles. Finest Tips for handling extremely minute, delicate material and grids.

SS, NM-SS. 13 styles. All but 2 are epoxy coated (blue for SS and green for NM-SS) with exposed, non coated tips.

SS, NM-SS. 5 styles. Anti-acid, work-hardened stainless steel tips, equal in strength to flame-hardened carbon steel.

Dumont Reverse
(self-closing)

SS, NM-SS. 11 styles and various finishes and composition. Biology and High Precision.

SS, NM-SS, 4 styles. Reverse with one bent tip to avoid water capillarity

NM-SS. 14 styles. Fine brushed finish, a value for the price. Not intended for TEM grids.

SS. 2 styles Good standard utility use but not honed for EM grid handling.

NM-SS. 3 styles. Fine tipped tweezers without the excess bulk of long tweezers. Ideal in tight spaces.

NM-SS. 7 styles. Super slim tweezers, precise, fine tips. Especially suitable for reaching in tight spaces, or for working near heat sources.

SS, NM-SS. 2 styles. Larger utility size with plastic grips and rounded tips for various laboratory functions.

SS, NM-SS, PTFE coated SS, Ni coated SS. 11 styles. Superb quality and craftsmanship. Large area tip for delicate grasping

NM-SS. High precision reverse action. For high precision work such as in microscopy and assembly applications. 10 styles

SS. 9 styles. Smooth, scratch-proof tips, useful for handling delicate and pressure sensitive parts.

12 styles. Anti-acid, non-magnetic stainless steel, plated with 2 microns of pure 24-carat gold.

5 styles. SS handles with zirconia ceramic tips. Anti-magnetic, non-conducting, chemical resistant, heat resistant (1000° C), lightweight.

4 styles, smooth surface, low friction coeeficient, light weight, fully anti-magnetic, contamination-free, solder-resistant, wear-resistant and non-conductive (thermally / electrically)

Ti. 6 styles. Light weight, strong tweezers. Totally non-magnetic.

Carbon steel (Rockwell 60) is one of the hardest materials used to manufacture tweezers. Wear resistant

For general lab applications. 13 styles.

Standard all stainless steel, stainless steel with curved plastic tips and stainless steel with replaceable ESD safe PTFE tips.

Electrically conductive, ESD safe tips and non-magnetic SS grips. 25 styles. Sturdy but non-scratching. Outstanding chemical resistance.

NM-SS and Ti. 1 style. Designed for handling AFM cantilevers / probes.

NM-SS with soft plastic grips. 7 styles. Non-magnetic precision tweezers with soft ESD safe ergonomic grips. Clean room safe.

NM-SS with foam grips that are ESD safe. 7 styles plus wire cutter/tab nipper.

CS, SS, Ti. 5 styles. Long, thin with serrated tips. Ideal for picking up and placing.

Carbon reinforced PVFD and Carbon reinforced Polyamide 66. 6 styles in each material ESD Safe, Cleanroom compatible.

Celcon, Ryton, glass-filled Delrin^®, Fluorocarbon (CTFE). 29 styles. Tips include sharp, flat and wafer. Most are chemical resistant, some are static dissipative (ESD safe) and temperature resistant.

Pro High Precision tweezers are made from a non-magnetic, low carbon stainless steel coated with a solvent-based liquid PTFE coating

CX Superalloy (Ni-Cr-Mo) Non-magnetic tweezers for laboratory applications in aggressive chemical environments