Professional precision straight tweezers with ultra fine tip made of non-magnetic steel, which prevents that when you are placing any small metal piece or part of your models is stuck on the tip thus preventing its proper placement. With our tweezers you will not suffer that problem! The tweezers are 4.92'' (12.5 cm) long, so you can also access deepest holes of your models. Reference 27204 Minimum Age: 14 Years FEATURES STRAIGHT TWEEZERS WITH ULTRA FINE TIP
Professional precision straight tweezers with ultra fine tip made of non-magnetic steel, which prevents that when you are placing any small metal piece or part of your models is stuck on the tip thus preventing its proper placement. With our tweezers you will not suffer that problem!
The tweezers are 4.92'' (12.5 cm) long, so you can also access deepest holes of your models. As it is also made of metal of high quality standards, the straight tweezers for precision work is very durable and resistant. ULTRA THIN STRAIGHT TWEEZERS FOR MODELING, JEWELRY AND ELECTRONICS
The ultra thin straight tweezers from Artesania Latina are very useful in modeling, during the construction of their scale models made of wood, plastic and / or metal, in addition of in tasks related to jewelry, electronics and electricity, for example. Perfect for small parts, it was built with the toughest challenges in mind.
When you can't pick up or drop a round or odd piece from your model, jewelry, or electronic gadget, this modeling tool will help you fix that problem and move on to the next stage. With this professional straight tweezers with an ultra thin tip, you will add new construction techniques and advance your modeling practice.
Any specific modeling tool is very necessary when you are building models made of all kinds of materials. The ultra thin straight tweezers for complex small parts allow the modeler or lover of other crafts to gain new skills. Your modeling, jewelry or electronics workshop should have tools like this, since they solve even the smallest problem during the assembly processes.