Filing & Sanding Tools

High-quality liquid polishing compounds of different grits, perfect for works ranging from sanding large surfaces to polishing delicate parts such as canopies. Available grits: #2000 - #10,000  

Glass files have made a great entering into the modeling world, especially in the Gundam community. They are less aggressive than metal files and allow for much higher grits than...

Sanding sponges play a particular role in your arsenal: They adapt to any surface shape, including complex curves and convex surfaces. They conform to the surface and achieve perfect results...

These semi-rigid sanding sticks stand in the middle between traditional, hard sanding sticks and sanding sponges. They are sturdy enough to allow you to achieve a flat surface if you...

Cylinders, or similarly shaped forms, are among the most typical shapes in many models (especially aircraft, but also ships and AFVs). Think jet and tank exhausts, ship chimneys, etc. Many...

When you have to sand a hard-to-reach surface, a bevel is a perfect tool to have on hand. This 3D-printed set includes many heads of different sizes, so you can always find...

Sanding sticks are a very useful tool, especially when sanding flat surfaces. They have a resistance that allows you to control exactly where you sand, and the force you apply....

High-quality polishing pastes of different grits, perfect for works ranging from sanding large surfaces to polishing delicate parts such as canopies. Available grits: #320 - #10,000  

It's very useful to have a tool that allows you to sand parts at specific, precise angles. This tool includes a guide you can position at any angle you want....

Ultra-fine stainless steel files, perfect for filing in narrow areas and hard-to-reach spots. Just stick a thin strip of adhesive sandpaper to the surface and start sanding!  

High-quality sanding sticks of various grits. Each set contains 4 sanding sticks.  

This elastic spatula is perfect for applying putty to your models, especially on concave surfaces, as it conforms to the shape of the different parts.