A high quality of the cut and a quick working progress are dependent on the specific material, the tooth geometry, the tooth pitch as well as the width and thickness of the saw blade.

Material: Our saw blades for wood are made entirely of carbon steel, which is particularly well suited for sawing softer materials such as wood, fibreboards or plastic.

Tooth geometry: Milled teeth with alternate set produce a relatively rough cut at a quicker rate. Milled teeth with wavy set cause the chipping to take place on the entire tooth surface leading to fine, straight cuts. The tooth geometry of Trotec saw blades ensures optimum cuts for the respective application and material selection.

Tooth pitch: The pitch indicates the spacing between two tooth tips. The softer the material, the better suited is wider pitch, because more chips are formed that need to be removed through the gullets. If the pitch is insufficient, the discharge can become clogged and the saw might get jammed. The tooth spacing of Trotec saw blades is optimally geared to the respective application.

Blade width: The width of the saw blade influences the cut. Thicker blades are better for straight cuts, thinner ones facilitate curved cuts. The tooth axis of Trotec curve-cutting saw blades is set back to a degree that it runs in a straight line with the jigsaw’s lifting rod axis which further increases the saw blade’s manoeuvrability.

Blade thickness: The thickness determines the blade’s edge holding ability and equal angle for straight cuts. Both are better with a thicker blade, however this increases the length of the sawing process, because more material needs to be cut up. The thickness of Trotec saw blades is optimally adapted for the respective material and a healthy balance between edge holding ability and sawing progress.