HOZAN Precision Tweezers, Fully Non-Magnetic, 110mm Long, 8mm Opening, 0.2mm Tip, Tapered, P-656

・No compromises in tip finish. A completely non-magnetic, high-spec model. ・Made of a material that is resistant to magnetic fields and extremely magnetizable, even in strong magnetic environments. Ideal for working with precision equipment that is sensitive to magnetism. ・Made of rust-resistant stainless steel. SUS316L, a more corrosion-resistant version of SUS316, known for its corrosion resistance, is used. It also has excellent chemical resistance. It is also environmentally friendly and RoHS compliant. ・Tweezers for eyelash extensions. The tips are thin at 0.2mm and lightweight, so they don't put strain on your hands. ・Tweezers for nail art. The ultra-thin, straight tip doesn't obstruct your field of vision. Even the smallest stones can be firmly grasped. Material: Stainless steel (SUS316L) Weight: 13g Total length: 110mm Tip width: 0.2mm Uses: Assembly and repair of electronic devices and precision machinery, electronics, part replacement and assembly, plastic model, miniature, and accessory production, UV resin, watch repair, nail art, eyelash extensions, diamond art, beadwork, ironing beads, nano beads, handicrafts, specimen production, insect specimens, paper crafts, dollhouses No compromises in tip finish. This high-spec model is completely non-magnetic. Made of a material that is highly resistant to magnetic fields and highly magnetizable, even in strong magnetic fields. Ideal for working with precision machinery that requires magnetism. Made of rust-resistant stainless steel. SUS316L, which is even more corrosion-resistant than the corrosion-resistant SUS316, is used. It also has excellent chemical resistance. Furthermore, it is environmentally friendly and RoHS compliant. Tweezers for eyelash extensions. The 0.2mm thin tip and lightweight design make them comfortable to hold. Tweezers for nail art. The straight type with an extremely fine tip does not obstruct your field of vision and can firmly grasp even the smallest stones.