PCD diamond grooving saw blade 100x20 Z24 3,2/2,2 H6 PF (MFTG)

Diamond PCD Groove Saw

Index: DSR.100020024.036

Groove saw from the DSR series with polycrystalline diamond (PCD) blades, sharpened using an innovative laser ablation method. Designed for precise and efficient grooving, creating slots, rebates, and cutting wood-based and composite materials. The use of a PCD blade provides up to 50 times longer lifespan compared to standard carbide tools, offering an excellent price-to-lifetime ratio. The mounting hole is made with an H7 tolerance, minimising axial runout and directly affecting machining precision. The improved body design with a specially shaped space at the tooth facilitates chip removal by 20% and strengthens the PCD blade attachment, while the laser-cut compensatory and damping notches effectively reduce noise and vibration during operation.

Key technical parameters and properties:

• Polycrystalline diamond (PCD) blades: The sharpening method using laser ablation ensures perfect edge sharpness and up to 50 times longer lifespan compared to carbide tools.
• PF (MFTG) tooth geometry: Ensures precise and efficient grooving and slotting tailored to machining requirements.
• Mounting hole with H7 tolerance: Reduction of axial runout provides higher stability and precision on the spindle.
• Noise- and vibration-dampening laser cuts: Optimised compensatory slots effectively reduce vibrations and noise during machining.
• Better chip removal and reinforced tooth: An increased chip space by 20% prevents clogging and strengthens the PCD blade's connection to the body.
• Regrindability: The design of the diamond blade allows for multiple sharpenings, maximising lifespan and reducing unit production costs.

Applications and material purpose:

Tool designed for grooving, creating rebates, and cutting sheet materials.

Processed materials: MDF and HDF boards (raw and laminated), particle boards (raw and laminated), plywood (raw and laminated), veneered materials, and those covered with paper foil or laminate.