PCD diamond grooving saw blade 150x35 Z30 4/3 H4 PF (MFTG)
Key features
Diameter D 150 mm
Teeth Z 30
Material PCD
Coating Polished steel
Rotation RH-LH
Max. RPM 12 700
Bore F Ø 35 mm
Tooth shape PF (MFTG)
PCD insert 4 mm
- Laminated MDF
- Raw MDF
- Laminated particleboard
- Raw particleboard
- Plywood
- Laminated Plywood
Availability
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10 pcs
Distributor warehouse
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In stock
Manufacturer warehouse
PCD diamond grooving saw blade 150x35 Z30 4/3 H4 PF (MFTG) is backordered and will ship as soon as it is back in stock.
Care information
Care information
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Delivery & shipping
Delivery & shipping
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PCD diamond grooving saw blade 150x35 Z30 4/3 H4 PF (MFTG) is backordered and will ship as soon as it is back in stock.
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Clamping type machine side
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Quantity per pack
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Diameter D [mm]
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Hole diameter F [mm]
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Cutting Material
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Coating
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Type of processingGrooving / Fluting
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Processed materialLaminated MDF, Raw MDF, Laminated particleboard, Raw particleboard, Plywood, Laminated Plywood
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Feed type
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Number of teeth Z
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Direction of rotation
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Body material
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Hub thickness P [mm]
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Tool type
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Permissible feed directions
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Tooth shape
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Tooth thickness K [mm]
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RPM max.
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Saw blade for machineCNC / CNC chucks, Double end tenoners, Edgebanders
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PCD insert height [mm]
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Additional PH holes1/6/46-49, 4/M5/50
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Number of additional PH holes 1
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Diameter of additional PH holes 1
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Pitch circle diameter of additional PH holes 1
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Number of additional PH holes 2
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Diameter of additional PH holes 2
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Pitch circle diameter of additional PH holes 2
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Catalog index
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Brand
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Series
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Diameter D1 [mm]
Diamond PCD Groove Saw
Index: DSR.150035030.004
Groove saw from the DSR series with polycrystalline diamond (PCD) blades sharpened using a groundbreaking laser ablation method. Designed for precise and efficient creation of grooves, slots, rebates, and cutting wood-based and composite materials. The use of PCD inserts ensures up to 50 times longer service life compared to standard cemented carbide tools, offering an excellent price-to-lifespan ratio. The installation hole is made in H7 tolerance, minimising axial runout and directly influencing machining precision. An improved body design with a specially shaped space at the tooth facilitates chip removal by 20% and strengthens the attachment of the PCD insert, while laser compensatory and damping cuts effectively reduce noise and vibrations during operation.
Key technical parameters and properties:
- Polycrystalline diamond (PCD) blades: The laser ablation sharpening method provides perfect edge sharpness and up to 50 times longer life compared to cemented carbide tools.
- PF tooth geometry (MFTG): Ensures precise and efficient creation of grooves and slots tailored to machining requirements.
- Installation hole in H7 tolerance: Reduces axial runout, providing higher stability and precision on the spindle.
- Laser damping and expansion cuts: Optimised compensatory slots effectively reduce vibrations and noise during machining.
- Better chip evacuation and reinforced tooth: Increased chip space by 20% prevents clogging and strengthens the connection between the PCD insert and the body.
- Regeneration capability: The diamond insert design allows for multiple sharpening, maximising lifespan and reducing unit production costs.
Application and material use:
The tool is intended for grooving, creating rebates, and cutting sheet materials.
Workable 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.
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