U-Star UA-90954 Carving Knife (0,15 mm)

The U-Star UA-90954 Carving Knife (0.15 mm) is a high-quality precision tool designed for both advanced modelers and those just starting their journey with precise detail cutting. This knife stands out thanks to its blade, only 0.15 mm thick, made from premium, wear-resistant tool steel. Such construction ensures exceptional sharpness and durability, even when working under greater loads.

The U-Star UA-90954 blade is an excellent choice for more demanding modeling tasks where standard blades might turn out to be too delicate or less durable. Its extremely thin edge allows you to cut through tough materials such as thick plastic, polystyrene sheets, resin parts, and even thin modeling metals while maintaining precision and smooth edges. The tool is compatible with U-Star system handles as well as most popular modeling knife handles of similar construction. This allows flexible use of the blade without the need to purchase a new handle.

• Blade thickness: 0.15 mm – a combination of strength and precision
• Material: high-grade tool steel
• Category: modeling tool, knife for precision work
• Applications: plastic modeling, resin modeling, artistic work
• Compatibility: most standard modeling knife handles

The U-Star UA-90954 Carving Knife is a tool we recommend to every modeler who cares about the highest level of detail reproduction. Thanks to its durability and sharpness, it is perfect for cutting elements, preparing surfaces for gluing, or for precise work such as carving and model corrections. This product is ideal for modelers who build dioramas, military vehicle models, aircraft, and for work requiring particular accuracy, such as scratchbuilding or conversions.

We rate the tool's ease of use at 1/5 – the knife is simple and safe to use, fits well in the hand, and allows for precise operation even during longer modeling sessions.

Thanks to its durability, sharpness, and versatility, the U-Star UA-90954 Carving Knife (0.15 mm) will become an indispensable part of any modeling workshop.