Deslagging"Removing a stony waste piece formed during metal melting."
Removing metal slag refers to the process of eliminating slag, which are impurities and contaminants, from molten metal. Slag accumulations of molten steel at the cutting edges of the product. The metal slag causes height variations on the products, resulting in an undesirable outcome.
The removal of metal slag is essential to ensure the quality and purity of the final product. If slag is not removed, it can impact the properties of the metal and lead to weak points, porosity, or other defects in the finished metal.
Together for the best slag removal solution
In practice, metal slag is often manually chipped off from the product, which is time-consuming and labor-intensive. Q-Fin offers two innovative automatic machines for effortless slag removal. With the DS600 and DS1200, you can remove slag from your steel sheet parts in a single pass. The products can then be post-processed in our finishing machines.
Why deslagging with Q-Fin?
- Removing slag effortlessly
- Increase in productivity
- Safe and ergonomic
- Slag removal and post-processing in one line possible
Our solutions for Deslagging
For deburring, edge rounding with R2+, non-directional and line finishing of sheet metal parts up to 1200 mm wide.
Suitable for deburring, applying a Radius 2+ and finishing of sheet metal parts up to 600 mm wide.
For deburring, edge rounding and finishing of sheet metal parts up to 1200 mm wide, all in one compact, lightning-fast machine.
Extremely fast deburring, edge rounding and finishing with this machine suitable for sheet metal parts up to 800 mm wide.
The small powerhouse for deburring, edge rounding and finishing sheet metal parts from 10 to 200 mm wide.
The best semi-automatic machine for grinding, deburring, edge rounding and finishing metal parts.
The budget-friendly mobile table grinder that can be used for deburring, edge rounding and finishing metal sheet components.
To remove slag from your steel parts up to 1200 mm wide quickly and efficiently without any effort.
Discover our other applications
Removing the hard layer left on the cut edge after cutting, formed by reacting with oxygen