TRUSCO NAKAYAMA Tweezers, circuit board tools

[Features] • Allows easy holding of micro components or small articles. • Straight grip and tips (knurled grip). [Application] • For holding small articles.

[Features] • Boast dimensional accuracy of the tip; an ideal choice for work that requires absence of rust. [Application] • For holding various small articles.

[Features] • Allows easy holding of micro components or small articles. • Thin tip tweezers. [Application] • For holding small articles.

[Features] • With a rubber grip that puts the force in the tips of the tweezers, allowing for secure grasping of objects, while also preventing the fingers from slipping. • A pair of tweezers that do not induce fatigue, even after many hours of use. • High-strength specification with a strong tip. • With a protective cap. [Application] • Best suited for electronic and precision component assembly.

[Features] • Excellent tip precision; suitable for work that demands the absence of magnetism or rust. • Made of non-magnetic stainless steel (SUS304). [Application] • For holding various small articles.

[Features] • Made of antimagnetic stainless steel that ensures superior durability. • Resistant to the acidity of hydrogen fluoride and nitric acid. [Application] • Laboratory tweezers to handle chemicals.

[Features] • Anti-acid, anti-magnetic (SUS304L) tweezers with punched holes that prevent slipping. • More rust resistant and durable than SUS420J tweezers. • Resistant to the acidity of hydrogen fluoride and nitric acid. [Application] • For laboratories that handle chemicals. • For fine work dealing with semiconductors.

[Features] • Tweezers specifically designed for the handling of delicate silicon wafers. [Application] • For moving or picking up semiconductor wafers or other thin and fragile objects.

[Features] • Tweezers best suited for removing and mounting delicate parts like condensers and coils. [Application] • Capable of holding parts with 3.7 to 10 mm diameters.

[Features] • No quality change occurs even when being contact with 885 °C object. [Application] • Electronic and precision component assembly work. • Soldering.