Grooving saw blade HM/HW 125x30 Z12 4/2,8 PR (FTG)

HM Saw for Grooving

Index: P05.125030012.40P

Industrial circular saw with carbide-tipped teeth from the P05 series, designed for grooving, rebates, notches, and profiling of material. Equipped with a flat tooth geometry PR (FTG) made from the highest quality CERATIZIT® carbide, which guarantees long life and high edge quality after machining. The tool design allows for single use or in multi-saw sets to create multiple grooves of varying widths. The improved body provides high stiffness and stability in material guidance, while the chamfered mounting hole facilitates quick and efficient tool changes on the spindle. Laser-cut compensating and silencing slots reduce noise levels and vibrations during operation. The suitable volume of carbide in the cutting inserts allows for multiple sharpening, which lowers the unit operating costs.

Key technical parameters and properties:

• CERATIZIT® carbide: The highest quality carbide combined with the appropriate tooth profile extends tool life and improves machining quality.
• Flat tooth geometry PR (FTG): Ensures a clean, flat bottom of the groove and precise execution of rebates and profiling.
• Work in sets (multi-grooving): The design allows for the combination of mills/saws into packages to achieve the desired grooving width.
• Improved saw body: Increased stiffness and stability of the disc ensures cutting precision and reliable guidance in the material.
• Laser silencing slots: Laser-cut expansion and silencing slots dampen noise and vibrations, improving work comfort.
• Chamfered mounting hole: The chamfering of the hole facilitates and speeds up the mounting of the tool on the spindle.
• Regeneration possibility: The design of the carbide insert allows for multiple sharpening, extending the tool's lifespan.

Application and material purpose:

The tool is intended for grooving, creating notches, chamfering, and profiling of material in machining operations.

Processed materials: Softwood, hardwood, and exotic wood.