The fact that industries with such complex requirements as aerospace, medical technology or the food industry rely on our technology speaks for itself. High-performance machines with interchangeable attachments make this breadth possible in practice. 

As a market leader in sheet metal deburring, we also lead the way in terms of technology: In addition to deburring, i.e. removing unwanted material buildup, we are also able to improve cut edges. This precise optimization of cut edges results in better chipping, which benefits the service life of other tools and machines. 

The materials suitable for sheet metal deburring with our solutions include metals and alloys that are indispensable in the high-tech industry. From stainless steel, copper and brass to aluminum and other materials, our modular machine systems can perform the desired deburring in a wide range of applications. 

The individual configuration to your production process – among other things by means of adapted feed rates – allows the use of our technology in demanding contexts. 

Sheet metal deburring: High-quality workpieces

At LOESER, we rely on innovative technology for the processing of high-quality workpieces. The sheet metal deburring process is divided into two separate work stages. 

First, the primary burr, which remains on flat and round parts after the previous work step, is removed with our modular machine attachments. Depending on the nature of the workpiece, this is done with a grinding belt or a brush, which abrasively removes the burr. 

The abrasive material pushed over the second edge in this process is referred to as a secondary burr, which is removed in a second work step. Scotch brushes or other types of brushes are used here, adapted to the specific workpiece.

In combination of these two work steps, the original geometry of the component is preserved. This aspect is particularly important for components in highly complex devices that fulfill important functions in research or various branches of industry. 

Following sheet metal deburring, our plant systems and machine attachments can be used to perform edge rounding on the workpieces as required. In the case of cladding, which is often made of stainless steel and applied to high-quality products, rounding after sheet metal deburring is mandatory in order to prevent injuries during subsequent contact with the end user. 

Even within technically complex systems, edge rounding on sheet metal parts is often necessary to make cable feedthroughs risk-free and to ensure defect-free function.