Deburring and wire drawing machine

Deburring  Machines

Perfect Deburring: The XDP-800RPR deburring and wire drawing machine efficiently processes the edges of metal parts, sheets, and plates, removing rough burrs left from the manufacturing process to ensure a smooth and safe surface quality.

CNC Display Screen

The CNC display screen is one of the core components of the deburring machine, typically used for real-time monitoring and controlling the deburring process. The main functions of the deburring and brushing machine make operations more intuitive and convenient, allowing for quick setting of different working modes and parameters, real-time monitoring of the machine's operating status, and recording and storing data.

Roller Brushes

The main function of the deburring machine roller brush is to process the surface of metal workpieces through mechanical action, removing burrs, sharp edges, and oxide layers, as well as performing surface grinding and polishing. It improves the surface quality of the workpieces, enhancing flatness and smoothness, and improves the appearance of the workpieces.

Consumables

Abrasive Belt

The main function of the Abrasive Belt in a deburring machine is to grind and polish the surface of the workpieces using abrasive materials, removing burrs, sharp edges, and rough areas. The Abrasive Belt is typically filled with abrasive materials, and during the deburring process, it comes into contact with the workpiece surface. Through friction, the Abrasive Belt removes burrs and irregularities, improving the surface quality and smoothness of the workpiece.

Roller brushes

Roller brushes, as consumables for deburring machines, are commonly used in processes such as cleaning, polishing, or surface treatment. Due to wear and tear during operation, they need to be replaced regularly. The lifespan of a roller brush typically depends on the hardness of the material, operating conditions, and frequency of use. As consumables, roller brushes are essential components for maintaining the efficient operation of equipment and processes.

Comparison of Before and After Deburring

Before deburring:

The workpiece edges are rough with sharp burrs, affecting assembly precision. The surface may have an oxide layer and slight unevenness, which can impact subsequent processing or coating adhesion.

After deburring:

The edges are smooth and burr-free, enhancing product safety. The metal surface becomes more refined and aesthetically pleasing through grinding or brushing. Deburring improves dimensional accuracy, ensuring better assembly quality. Removing the oxide layer facilitates subsequent processes such as welding, painting, and electroplating, improving coating adhesion and durability.

XDP-800RPR Machine Parameter

Clients’  Deburring  Cases

In the production of mechanical parts, processes such as milling, laser cutting, or stamping often result in burrs along the edges of the parts. These burrs not only affect the assembly precision of the parts but can also lead to uneven surfaces, impacting the effectiveness of subsequent coating or electroplating processes, and even pose safety hazards. By using a deburring machine for batch processing, incorporating roller brushes and vibratory deburring systems, along with abrasive belt technology, burrs and surface quality issues in the parts can be effectively addressed.

Through the use of the deburring machine, the surface quality, assembly precision, and safety of the mechanical parts have been significantly improved. At the same time, production efficiency has been increased, and production costs have been reduced.