Relife High Precision Fine Tweezer
₱150.00
Out of stock
Relife offers a variety of high-precision fine tweezers, primarily designed for electronics repair, specifically for handling small components like those in mobile phones and circuit boards. Their tweezers are known for their quality, sharpness, and durability, with different models featuring specialized materials and tip shapes for various tasks.
Common features
High precision: Tips are finely polished and sharpened for handling delicate and tiny objects, down to ultra-fine jump wires.
Strong and tensile: Crafted from high-quality materials like titanium alloy or high-hardness stainless steel, which resist deformation.
Anti-static and anti-magnetic: Many models are designed to prevent damage to sensitive electronic components.
Ergonomic design: Handles are shaped for a comfortable and secure grip, with some featuring non-slip coatings or ergonomic curves to reduce hand fatigue.
Corrosion-resistant: Resistant to chemicals commonly used in repair work, such as washing water and rosin.
Popular Relife tweezer models
Relife's product line includes models with different materials and tip styles, each suited for particular tasks:
RT Series (e.g.
, RT-14A/14SA): A popular series with both straight (RT-14A) and curved (RT-14SA) fine tips, made from high-hardness, anti-static material suitable for general electronics repair.
RT-15C
: Features fine, curved titanium alloy tips for precision tasks and non-slip handling.
RT-11E/15E
: Incorporates ceramic tips with a titanium alloy body. The ceramic provides insulation, high-temperature resistance, and strong acid resistance for delicate soldering and welding jobs.
: A flat-tip tweezer with high strength and hardness, designed for tasks like lifting aluminum-plastic film without damage.
SK-11
: A stainless steel tweezer with a straight tip and hollow holes for heat dissipation, making it suitable for circuit board and integrated circuit pin repair.
ST-20
: Features a cross-lock or reverse-action design, which holds components by default and is especially useful for tasks like placing IC chips and BGA stencils.