Tamiya 74136 Fine Engraving Blade 0.2mm is a precision engraving chisel designed especially for demanding modelers who value accuracy and reliability while working on scale models. The tool is manufactured by the renowned Japanese brand Tamiya, which has been a respected producer in the modeling industry worldwide for decades.

The Tamiya 74136 chisel stands out for its exceptional precision – the 0.2 mm thick blade allows you to create ultra-thin, precise engraved lines that are unattainable with standard tools. This tool is indispensable for detailing panels, panel lines, or adding realistic details, especially in plastic models in popular scales such as 1/35, 1/24, or 1/72. Its ergonomic design enables a secure and comfortable grip during decorative work.

• Material: high-grade tool steel, ensuring hardness and durability even with intensive use
• Blade thickness: 0.2 mm
• Category: modeling tools – engraving chisels for precision modeling
• Compatibility: perfect for all types of models – military vehicles, aircraft, civilian models, railway models, ships, plastic and resin kits
• Easy blade replacement, can be used with Tamiya handles

Tamiya 74136 Fine Engraving Blade is recommended both for advanced modelers seeking a reliable tool for creating realistic effects, and for intermediate modeling enthusiasts who wish to raise the standard of their work. Thanks to its unique design and top-quality blade, there is no "tearing" of the surface or unsightly burrs – lines are clean and perfectly straight.

The difficulty level of use is rated at 2 out of 5 – easy to use, but requires basic skill to fully take advantage of the tool's potential. It is an essential element of every modeler's workshop. This product meets the expectations of even the most demanding hobbyists and will find a use both in restorative work and creative model detailing.

By choosing the Tamiya 74136 Fine Engraving Blade 0.2mm you are investing in quality, precision, and reliability – key features that ensure a perfect final result in precision modeling.