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Flexible deburring for the metal industry

Flexible deburring for the metal industry

Flexible deburring for the metal industry

Product catalog summary
Introduction to FLADDER® Deburring System
The FLADDER® deburring system introduces a novel approach to deburring, distinct from traditional methods. It utilizes a flexible abrasive tool with slats or strips that conform closely to the part's contours, ensuring effective deburring.

Deburring Methods Overview
  • Figure 1: Simple Method
    This method uses two counter-rotating spindles. While economical, it may result in uneven deburring of edges A and B. Feeding the part at an angle can improve results, but tool wear remains uneven.
  • Figure 2: Improved Method
    Utilizes six spindles rotating in the same direction, providing more uniform deburring and even tool wear. However, deburring may still be uneven across the part's halves.
  • Figure 3: More Perfect Method
    Features six spindles in three pairs of counter-rotating spindles, achieving uniform deburring across the entire surface and edges A and B. This principle is employed in the FLADDER® system.
  • Figure 4: Refined Method
    Combines orbital and oscillating movements with six spindles in three pairs of counter-rotating spindles. This allows for uniform deburring even when parts are fed side by side, essential for deburring holes.

Conclusion
The FLADDER® deburring system offers various methods to suit different quality requirements and budgets, with the refined method providing the most comprehensive deburring solution.
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Catalog excerpts

Flexible deburring for the metal industry-1

R The flexible deburring system >

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Flexible deburring for the metal industry-2

1. Parallel spindles - counter-rotating. The FLADDER > deburring systememploys an entirely new method based on a principle which is fundamentally different from those of traditional deburring methods.The abrasive tool in the FLADDER Figure 2 This is a slightly improved method:The part is deburred in an orbital movement by six spindles, all, however, rotating in the same direction, say, counter-clockwise. The result is a more uniform deburring of the A and B edges on the part, and an even wear on the tool. However, as also appears from the illustration, the left half of the part will be deburred...

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