Dewalt DT2055-QZ Stainless Steel Jigsaw Blade

Product Information

As with most cutting tools, the type of blade you use is possibly the most important factor in how efficient your cuts will be. Whether cutting curves or lines with a jigsaw, ensuring you have the right blade for the application is essential for making clean, safe, and effective cuts. Specific materials require different types of jigsaw blades, including those with varying tooth pitches, sizes, and orientations. For example, blades with fine teeth are ideal for cutting metal, while those with larger teeth are more suitable for wood. Having the right blade for the material you’re working on will always ensure for maximum cutting performance.

Yes, it is possible to cut stainless steel with a jigsaw. To achieve a clean cut and prevent heat buildup, it is important to use the right jigsaw blade, apply minimal pressure, and set the cutting speed to slow. By following these guidelines, you can effectively cut through stainless steel without wasting jigsaw blades. 2. Which type of jigsaw blade offers the cleanest cut? When cutting stainless steel, it is generally recommended to start slowly and monitor the temperature. Whether you're using a jigsaw or other cutting tools, it's important to take proper safety precautions when working with stainless steel. 7. Which saw blade makes the smoothest cut? For clean cuts on wood or laminated material, a down-cutting blade is recommended. This type of blade has teeth angled downwards and cuts on the downstroke. On the other hand, a reversed-tooth blade, with teeth angled upwards, is used for cutting on the upstroke. 3. Why is stainless steel so hard to cut? Metal-cutting jigsaw blades typically have a single row of teeth arranged in a small wave pattern from left to right. Look for blades with a TPI range of 21-24 for cutting metal. Additionally, blades manufactured with bi-metal construction offer enhanced durability. 6. Is it better to cut stainless steel fast or slow? Stainless steel is difficult to cut due to its large plastic deformation during the cutting process. Austenitic stainless steel, in particular, has high elongation, which increases the cutting force required. 4. How many TPI do I need to cut stainless steel?