MOLD FINISH MASTER
MOLD FINISH MASTER
SUMIDIA Binderless Endmills NPDRS Type /NPDBS Type /NPDB Type SUMIDIA Coated Endmills SDCB Type SUMIBORON Endmills BNBR Type /BNBP Type /BNBC Type
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SUMIDIA Binderless Radius Endmills NPDRS Type
SUMIDIA Binderless Ballnose Endmills NPDBS Type /NPDB Type
SUMIDIA Coat Ballnose Endmills SDCB Type
R Ball-nose
R Ball-nose
r Radius
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I112, I113
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For Finishing of Cemented Carbide and Hard Brittle Material For Finishing of Cemented Carbide and Hard Brittle Material · Adopts nano-polycrystalline diamond for the cutting edge, with higher hardness than single-crystal diamond · This enables direct engraving of cemented carbide, which is impossible for existing single- crystal or polycrystalline diamonds · Ideal for finishing hard brittle materials, including cemented carbide. Provides high-precision machining and long tool life
For Rough/Medium Finishing of Cemented Carbide and Hard Brittle Materials
· Provides high efficiency rough/medium finishing of carbide molds · Newly developed diamond coating exhibits stable tool life · PCD - SUMIDIA Binderless Endmill combination provides the highest-level machining precision
· Standard finish NPDBS type dramatically reduces machining cost · Precision finish NPDB type is polish-less to prevent shape deformation
CBN -SUMIBORON Ballnose Endmills BNBC Type
CBN - SUMIBORON Radius Endmills BNBR Type
CBN - SUMIBORON Ballnose Endmills BNBP Type
R Ball-nose
R Ball-nose
r Radius
For Copper Electrodes
For Hardened Steel
For Hardened Steel
· Ballnose radii of R0.1mm to R0.5mm are covered by this series · Adoption of grade with high CBN content provides excellent edge-sharpness performance and wear resistance · Achieves high quality milling with high precision cutting edge
· Achieves longer tool life in high-speed, high-precision machining from pre-hardened steel to high-hardness steel in excess of 60HRC · Excellent machined surface quality drastically reduces the grinding process · Cutting edge design suited to profiling and face milling, plus an extensive selection of grades allows a wide range of machining applications
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