U-Star UA-90123 Cutting Mat – mata samogojąca 22x12cm

U-Star UA-90123 Cutting Mat is a high-quality self-healing mat designed for modeling, arts and crafts, as well as other precision tasks requiring a stable and durable cutting surface. This product from the renowned U-Star brand has been engineered with modelers' comfort and precision in mind, allowing for safe use of cutting tools and protecting your workspace from damage.

Product Features

• Dimensions: 22x12 cm – ergonomic, compact size perfect for a modeler's desk, precision work, and for mobile use in smaller spaces.
• Material: made of high-quality PVC with a self-healing structure. The layered design allows the surface to "heal" instantly after cutting, extending the mat's lifespan and ensuring consistent work quality over time.
• Surface: the mat features a clear, precise centimeter grid and auxiliary lines that make measuring, angled cuts, and crafting symmetrical model parts easy.
• Purpose: ideal for use with hobby knives, scalpels, snap-off blades, and other cutting tools required for plastic, card, or resin modeling as well as diorama building.
• Easy to clean – the surface does not stick to most glues and paints, making it easy to clean after work.

Intended Use

The product belongs to the modeling accessories category, an essential tool for every modeler. This is not an assembly model, but a key element of the workshop for any scale—from 1/72 to 1/16. It is especially recommended for enthusiasts of precise details who value tidiness in their workspace and high-quality accessories.

Why choose U-Star UA-90123?

• Protects your work surface from scratches and cuts
• Effectively extends the life of hobby tool blades
• Accurate grid allows for precise measuring and cutting
• Durable and easy to carry – ideal for work at home and in workshops
• Excellent quality-to-price ratio – recommended for both beginners and advanced modelers

Difficulty level: 1/5 – ready to use, no assembly required.
Recommended for: every modeler, both beginners and professionals who value precision and safety while working on models.