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800
For heavy deburring of slag created by plasma cutting, there are several industrial machines specifically designed to tackle this challenging task efficiently. These machines use advanced technologies to ensure the burrs or slag from plasma tables are removed effectively without damaging the workpieces.
Here are a few types of machines you might want to consider for this application:
These machines are equipped with large rotary brush heads that can handle the aggressive removal of slag. They typically come with adjustable speed controls to customize the force applied, ensuring thorough deburring. Some models also feature a planetary brush head system to get into the tight corners of the workpieces.
These are typically used for heavy slag removal, as they are equipped with abrasive belts that grind away the rough edges left by plasma cutting. These machines are robust and can handle larger workpieces with thick burrs.
Key Features:
Variable feed speeds to adjust based on material and thickness.
Dust extraction systems to manage the debris created during the grinding process.
Heavy-duty motors capable of handling intense applications.
Some machines combine deburring with edge rounding and even oxide removal. They often include abrasive belts and rotary brushes to remove slag while rounding the sharp edges for improved safety and appearance.
Typical Specifications:
Working widths ranging from 800mm to 1600mm for different sized parts.
Multiple heads (brushes, sanding belts) to optimize slag removal.
Adjustable feed speeds and pressure for varying levels of intensity.
These machines are particularly useful when working with heavier slag. The wet process helps minimize dust, making it a safer option in environments where dust control is a priority. The water-based slurry also helps cool the material, reducing thermal distortion.
In cases where the material is ferrous, magnetic worktable machines can be very useful. These systems hold the workpiece securely while a series of abrasive tools, such as brushes or grinding heads, work to remove slag.
These are high-performance units that are designed to automate the slag removal process for high-volume applications. They come with multi-head configurations and can handle both deburring and edge rounding tasks simultaneously.
For heavy deburring of slag created by plasma cutting, there are several industrial machines specifically designed to tackle this challenging task efficiently. These machines use advanced technologies to ensure the burrs or slag from plasma tables are removed effectively without damaging the workpieces.
Here are a few types of machines you might want to consider for this application:
These machines are equipped with large rotary brush heads that can handle the aggressive removal of slag. They typically come with adjustable speed controls to customize the force applied, ensuring thorough deburring. Some models also feature a planetary brush head system to get into the tight corners of the workpieces.
These are typically used for heavy slag removal, as they are equipped with abrasive belts that grind away the rough edges left by plasma cutting. These machines are robust and can handle larger workpieces with thick burrs.
Key Features:
Variable feed speeds to adjust based on material and thickness.
Dust extraction systems to manage the debris created during the grinding process.
Heavy-duty motors capable of handling intense applications.
Some machines combine deburring with edge rounding and even oxide removal. They often include abrasive belts and rotary brushes to remove slag while rounding the sharp edges for improved safety and appearance.
Typical Specifications:
Working widths ranging from 800mm to 1600mm for different sized parts.
Multiple heads (brushes, sanding belts) to optimize slag removal.
Adjustable feed speeds and pressure for varying levels of intensity.
These machines are particularly useful when working with heavier slag. The wet process helps minimize dust, making it a safer option in environments where dust control is a priority. The water-based slurry also helps cool the material, reducing thermal distortion.
In cases where the material is ferrous, magnetic worktable machines can be very useful. These systems hold the workpiece securely while a series of abrasive tools, such as brushes or grinding heads, work to remove slag.
These are high-performance units that are designed to automate the slag removal process for high-volume applications. They come with multi-head configurations and can handle both deburring and edge rounding tasks simultaneously.
