508-RR-W-F-W-1300 Series Automatic Double Sided Deburring Chamfer Machine Equipment
The automatic double-sided deburring machine solves the problems of low efficiency and poor consistency of traditional manual deburring through automated and high-precision processing. It is widely used in the field of precision manufacturing and is a key equipment for improving product quality and production efficiency.
Automatic double-sided deburring machines an essential tool in modern metal manufacturing, contributing to efficiency, safety, and quality control.
ADV 508-RR-W-F-W-1300 Series Double sided deburring machine
Belt Size
2200*1320mm(or customizable)
Available Width
30-1300mm
Feed speed
0.5-5m/min (frequency speed)
Available Thickness
0.5-100mm
Belt Station Motor Power
45.5KW
Rotary Brush Station Power
21 kw(sets of 6 rotary brushes) *2
Delivery Motor Power
1.5kw
Vacuum adsorption motor power
18.5 kw *2
Machine Size(L*W*H)
8500*2260*2300mm
Automatic double-sided deburring machines offer several significant advantages in the manufacturing process, particularly in industries involving metalworking like sheet metal fabrication. Here are the key benefits:
1. Time Efficiency:
Single Pass Processing: These machines can deburr both sides of the sheet metal in one pass, which can save more than 50% of the time compared to single-sided machines that require flipping the workpiece for a second pass. significantly reducing the time spent on each piece.
2. Consistency and Quality:
Uniform Results: By automating the deburring process, these machines ensure consistent edge rounding and deburring quality across all parts. This is crucial for maintaining product quality, especially for large quantities where manual deburring might lead to variability due to human error or fatigue.
3. Safety Enhancements:
Reduced Risk of Injury: Automated deburring minimizes the need for human intervention in handling sharp or burred edges, reducing the risk of cuts or other injuries. Machines like those from ADV GRINDING and ADVPOLISH are designed to handle complex geometries without manual adjustment, further enhancing safety by reducing the need for manual deburring.
4. Cost Savings:
Labor and Handling: By eliminating or reducing manual labor for deburring tasks, these machines lower labor costs. They also reduce the need for additional handling equipment or processes that would be necessary with single-sided deburring, where parts might need to be flipped or sorted.
5. Versatility:
Wide Range of Applications: These machines can handle various materials and thicknesses, from steel to stainless steel, up to significant thicknesses (e.g., 100mm for some models). They are adaptable for different cutting methods' burrs, including laser, plasma, and flame cutting. This versatility makes them suitable for diverse manufacturing needs.
6. Improved Downstream Processes:
Better Surface Finish: Double-sided deburring not only removes burrs but can also provide a surface finish if necessary, leading to better adhesion for paints or coatings, and reducing the wear on subsequent machinery in the production line due to cleaner edges.
7. Reduced Material Handling:
No Need for Presorting or Flipping: For parts where only one side might need deburring, double-sided machines can still be beneficial by eliminating the need to pre-sort or manually flip parts, which is time-consuming and potentially dangerous for larger or heavier pieces.
8. Integration with Automation:
Industry 4.0 Ready: Many of these machines are designed to integrate into automated production lines, enhancing overall factory automation, reducing downtime, and improving workflow efficiency.
