PERFORMANCE IN METAL FINISHING

Deslagging is the critical process of removing impurities and contaminants from metal surfaces. During thermal cutting, molten residue—known as slag—often accumulates along the edges of a part. If left unaddressed, these deposits create uneven heights and structural inconsistencies. Efficient slag removal is vital for maintaining product purity and preventing defects like porosity or weak points in the finished metal.

Deburring is the essential process of eliminating sharp edges and small surface irregularities—known as burrs—that develop during material processing. Whether working with metal, plastic, or wood, these imperfections typically form during operations like milling, turning, drilling, or cutting. By ensuring a smooth, clean finish, the deburring process protects operators from injury while significantly enhancing the overall quality and functional performance of the finished part.

Deburring and edge rounding are critical processes in sheet metal fabrication, primarily utilized to eliminate sharp edges that pose significant injury risks and to ensure compliance with industrial safety standards. Beyond safety, these processes are essential for preparing workpieces for subsequent surface treatments such as powder coating, galvanizing, or anodizing, as properly rounded edges allow for superior coating adhesion and a flawless finish.

By employing flexible abrasive tools that adapt to complex internal and external contours—including bores and cutouts—manufacturers can achieve uniform results across varying workpiece geometries. Ultimately, utilizing high-performance tools like specialized deburring discs, wheels, and blocks allows for the highest feed rates and maximum edge rounding while maintaining perfect surface quality, significantly enhancing both the functional and aesthetic value of the final product.

Oxide removal is a vital process for workpieces cut with oxygen, as it eliminates the “dark layers” or oxide scales that naturally form at the cut edges. These layers pose a significant risk to the quality of finished products because they hinder the adhesion of subsequent coatings, such as powder coating or zinc, often causing them to flake off. By using flexible tools like oxide brushes or oxide wheels, manufacturers can achieve metallic bare cut edges that follow the contours of the workpiece perfectly.

Change All Your Tools Out in Seconds

In modern production, the fastest way to reduce costs without compromising quality is to minimize setup times. Boeck’s Quick Fitting System is engineered to do exactly that—getting your machines back to work in seconds.

One System, Every Tool 

Whether you are using slag hammer brushes, Velcro foam carriers, deburring discs, or oxide brushes, the QUICK attachment is available across our entire range.

• Switch in Seconds
  Rapid clamping technology eliminates tedious tool changes.
• Total Versatility
  Compatible with all Boeck’s deburring and finishing tools.
• Process Optimization
  Less time spent on setup means more time for perfect results.