See All Cosma Brushes for Deburring
Metalworking - Metal Surface Treatment
Our brushes are balanced according to Iso norm 1940-1 grade: Q 6,3.
The Cosma brushes are custom-made and compatible with any machine brand*.
*Important note: Cosma brushes are compatible with any machine brand on the market. However, these brushes are not related to, endorsed, sponsored, licensed or approved by any of the machine brands mentioned. In doubt, please contact your machine manufacturer.
Cosma Brush Technology - What is (automatic) deburring?
Cosma knows the special surface treatment techniques of every industry like no other. Deburring means removing burrs from a metal surface or edge. The goal of deburring is to soften sharp edges and create smooth metal surfaces. It is very important to deburr because for one, this prevents customers and yourself from hurting themself on the burrs. Metal or plastic burrs come in all shapes and sizes like wood splinters and when removing these burrs with Cosma deburring brushes, you achieve a smooth edge and thus a safer product.
Another reason is for aesthetic purposes. The deburring brushes are made to smooth and finish metal surfaces and edges after for example laser-cutting, punching holes and processing metal parts. Due to our extensive research and long life-time experience you can count on Cosma for cost-saving brush technologies and optimal deburring results.
Our brushes are balanced according to Iso norm 1940-1 grade: Q 6,3.
Cosma Engineer & Machine builder - Metalworking machinery - Brush Manufacturer
Because Cosma designs and makes machines and the associated brushes in-house, we offer customers the most effective solution to achieve their desired end result. The Cosma industrial brushes are used frequently in the metalworking industry. Metal edge sanders are equipped with Cosma deburring brushes in order to create smooth pipes and beams in large quantities, the Cosma cleaning machines with custom-made brushes give a clean and smooth texture sheet metal surfaces. The Cosma machines can be combined with existing metalwork processing machines such as creating individual metal parts, assemblies, casting, sheet metal and tube forming or after cutting processes (milling, turning, drilling, threading, grinding).