The spindle defines the universe; precision is the foundation.


In aluminum alloy cutting processes, it’s common—and a significant quality issue—to encounter rough workpiece surfaces and frequent burr formation after cutting with new saw blades.

In aluminum alloy cutting processes, it’s common—and a significant quality issue—to find that after using a new saw blade, the workpiece surface becomes rough and burrs frequently appear. Based on years of practical experience with Bajun Cutting Tools, the problem often stems from oversights in several key stages.

First, the saw blade specifications must match the material’s wall thickness. Choosing the wrong specifications is like using a scalpel that doesn’t feel right—inevitably leaving saw marks of varying depths and widths.

Second, the precision of the machine spindle is fundamental. If the spindle runout exceeds the standard—say, even a tiny 0.03 millimeters—it can cause the saw blade to shake violently, resulting in noticeable saw marks and burrs on the cut surface. It is crucial to regularly inspect the spindle using professional instruments to ensure that its runout remains within the acceptable range.

The quality of the saw blade itself is equally critical. As a standard, if the runout exceeds 0.1 millimeter for blades with an outer diameter of up to 400 millimeters, or exceeds 0.15 millimeter for blades with an outer diameter greater than 450 millimeters, the blade is considered nonconforming. A saw blade with excessive wobble is prone to "sweeping" across the cut surface during retraction, resulting in knife marks and burrs.

In addition, if the saw blade lacks sufficient stress strength, it will deflect during high-speed operation, directly affecting the smoothness of the cut.

Finally, the assembly accuracy of the equipment must not be overlooked. If the workbench and the saw blade are not perpendicular, the cut surface will be rough and uneven.

Therefore, from film selection and machine inspection to fixture verification and adjustment, every step must be meticulously controlled in order to achieve a smooth, flawless cross-section on aluminum materials.

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