Automatic Thin Sheet Deburring Machine

Deburring  Machines

Perfect Deburring: The XDP-1300RP Thin Sheet Deburring Machine delivers efficient edge finishing for metal parts, sheets, and plates, eliminating sharp burrs created during manufacturing to achieve smooth and safe surfaces. In addition to deburring, it also removes oxide layers and heat-affected zones left after welding, which greatly improves the adhesion of coatings and paints for superior surface treatment results.  

CNC Display Screen

The CNC display screen of the thin sheet deburring machine serves as the core interface for operation and control. It integrates all process parameters into a centralized display, enabling real-time monitoring and precise adjustments during deburring. By providing immediate feedback and intuitive parameter setting functions, it helps operators optimize processing conditions, enhance efficiency, and ensure the consistent quality and accuracy of the finished workpieces.

Roller Brush

The roller brush is a key component used for metal surface treatment, widely applied in deburring, brushing, cleaning, polishing, and other processes. It consists of multiple bristles, and the material, hardness, and arrangement of the bristles can be adjusted according to different processing requirements. The roller brush makes contact with the workpiece surface through rotational movement, effectively removing burrs, oxides, oils, and other impurities, thereby improving the smoothness and appearance of the metal surface.

Consumables

Abrasive Belt

Abrasive belts are widely used as abrasive tools for metal surface treatment. After undergoing special processing, they are formed into a belt structure, suitable for various tasks such as grinding, deburring, polishing, finishing, and wire drawing. The abrasive belt removes excess material through friction with the workpiece surface, improving the surface quality and appearance of the workpiece.

Roller brushes

The roller brush is an efficient tool used in metal processing and surface treatment, widely applied in deburring, surface brushing, cleaning, and removing oxide layers and oil stains. Its working principle is to make contact between the rotating bristles and the workpiece surface, achieving deburring, chamfering, and surface finishing.

Comparison of Before and After Deburring

Before deburring:

Before deburring, workpieces typically have burrs, sharp edges, or fins, which are irregular protrusions usually caused by processes such as cutting, stamping, milling, sawing, or drilling. The surface of the workpiece may also have oxides, welding residues, oil stains, or other impurities, all of which can affect the surface quality of the workpiece and subsequent processes.

After deburring:

After deburring, the workpiece surface is smooth, free of burrs and sharp edges, and without any irregular protrusions. The deburring process removes all burrs, fins, and sharp corners formed during the manufacturing process, making the edges of the workpiece more rounded and preventing potential issues in subsequent processing and usage.

XDP-1300RP Machine Parameter

Clients’  Deburring  Cases

The customer is a precision instrument manufacturing company specializing in the production of metal parts for high-end equipment. Due to the need for extremely high precision, burrs and irregular edges significantly affect the assembly, function, and appearance of the workpieces. During the manufacturing process, precision metal parts often generate small burrs and flash, which not only impact the product quality but may also cause difficulties in subsequent assembly processes. To solve these issues, the customer decided to use CNC Deburring and Wire Drawing  Machine. This machine features multiple functions such as deburring, chamfering, brushing, and surface polishing, and can be widely applied to various metal materials, particularly suitable for the precision instrument field.