ASK T0003 Razor Saw: ultra and extra smooth asymetric (3 pcs) 70/43 teeth

The set of three innovative ASK T0003 Razor Saw modeling saws are precise tools designed for advanced modelers who demand maximum quality and efficiency when working with plastic, resin, or wood models. Manufactured in the Czech Republic by the renowned Art Scale company, these tools stand out thanks to an industrial fabrication process that guarantees consistent quality of every tooth – in terms of depth, width, and count. As a result, we receive ultra-smooth and extra-precise blades, perfect for the most demanding cuts.

• Material: hardened high-tech steel ensuring durability and resistance to wear
• Product features: each of the three blades has double-sided teeth with different densities – 70 and 43 per inch – enabling both highly accurate and slightly deeper cuts
• Application: excellent for cutting plastic sprues, resin blocks, thin brass and aluminum sheets, as well as small wooden parts
• Dedicated for: plastic modeling, resin modeling, diorama projects, and creating unique details for models in various scales (including 1/72, 1/48, 1/35)
• Category: modeling tool – ultra-precision cutting saw
• Advantages: ideal for precise cutting of flaps, repositioning parts, recreating panel lines, or repairing damaged panels on aircraft and vehicle models
• Set includes: 3 saws with different tooth configurations
• Safety: not suitable for children under 14 years old

Thanks to its universal application and professional workmanship, the ASK T0003 Razor Saw is a highly recommended choice for intermediate and advanced modelers who expect precision and reliability in the construction and maintenance of miniatures. The product is suitable both for work on modern plastic kits, as well as during conversions or restorations of historical models from periods such as World War II, the Cold War, or contemporary subjects.
Degree of difficulty in use: 2/5
Relatively easy but requires basic skill and caution during use. An essential addition to the workshop of every demanding modeler.