The saw with alternate tooth (WS) will cope with cutting primarily solid hardwood and softwood. It also works well as a blade for wood-based panels - particleboard, OSB, MDF, HDF, plywood. A wide range of sizes makes it easy to choose a saw adequate to your needs. Depending on the diameter and number of teeth, the result will be a coarse or final cut. In brief. Machine/Application: Table saws Special equipment For cutting wood-based panels to size Design: Toothing: alternating teeth "WS" Blade material: HW TC06 Advantages: Optimum cutting quality, feed speed and material thickness control, thanks to the different number of teeth QUALITY OF DESIGN. A saw made in 2-0-6 quality is the standard stipulated by Stehle for table and mitre saws. Saws of 2-0-6 quality are more durable and can be subjected to greater loads than 1-0-1, and offer excellent value for money. Laser-cut bodies and properly selected carbide gradation will ensure good cutting quality and durability required for professional use. The special design reduces the noise emitted by the saw which increases the comfort of work. The sawing and quality control is done by machine with the help of precise equipment, which makes Stehle boast an extremely high repeatability of production. Thanks to this, buying our saws you do not have to worry about too frequent interruptions in work due to the need to replace tools. Regardless of the quality standard in which the saw is made, the sheaths of all of them are produced from hardened steel, which undergoes the hardening process already at the raw material supplier. Putting this process in the hands of professionaires guarantees the highest quality of the semi-finished product. Stehle is a guarantee of continuous operation and good cutting quality. QUALITY OF CUTTING MATERIAL. TC06 - tungsten carbide best suited and used in saws for cutting wood-based panels, composite materials, but also successfully used in processing solid wood or building materials. This carbide gradation is a compromise between hardness and flexibility.