Polycrystalline Diamond Tools

Series

  • General Features

SUMIDIA is a polycrystalline diamond material developed by using our

proprietary technologies.

SUMIDIA is available in 4 grades (DA90, DA150, DA2200 and DA1000), each

having different characteristics depending on the size of the diamond grains

and the combination of binder materials.

In addition, a new grade (NPD10) made by nano-level diamond grains without

binder material with direct conversion sintering has been newly added to our

product line.

SUMIDIA can be used for all types of applications, from machining

aluminum alloys to brittle materials such as carbide.

  • Grades / Features / Applications

Average Size of Hardness HV TRS

Grade Features Applications diamond Grains

(μm) (GPa) (GPa)

A 100% diamond grade made by nano-

  • 120

level diamond grains with direct conversion Surface finishing of carbide

NPD10 sintering. Has the highest wear resistance Machining brittle materials (ceramics) up to 0.05 to ≈ 3.15

and fracture resistance, and the best edge 130 sharpness.

  • High silicon aluminum alloy machining

Made by sintering super fine-grained Rough machining / interrupted machining / surface 110

DA1000 diamond at high densities. Has excellent finishing of aluminum alloys up to 0.5 to ≈ 2.60

wear resistance, fracture resistance, and Woodworking, cutting / face machining of wood and

120

edge sharpness. wooden boards

  • General surface finishing of non-ferrous metals

Made by sintering super fine-grained Rough machining / interrupted machining / surface 90

DA2200 diamond. Has a good balance of wear finishing of aluminum alloys 0.5 to ≈ 2.45

resistance and fracture resistance, and has Woodworking, cutting / face machining of wood and

100

excellent edge sharpness. wooden boards

  • General surface finishing of non-ferrous metals

A grade made by sintering fine-grained 100

Surface finishing of pre-sintered ceramic parts and

DA150 diamond. Diamond grains are firmly joined 5 to ≈ 1.95

stamped parts together. Has an excellent balance of Machining FRP, hard rubber, and carbon 120 machinability and wear resistance. Cutting/face machining of wooden and inorganic boards

  • High silicon aluminum alloy machining
  • Machining of aluminum composite materials

100

A grade made by sintering rough-grained Rough machining of carbide, pre-sintered ceramic parts,

DA90 diamond. Contains the highest amount of up to 50 to ≈ 1.10

and stamped parts.

diamond. Has excellent wear resistance. Machining of sintered ceramic parts, machining of stone / 120

rock

  • Cutting Performance

Al-25% Si alloy continuous cut test results MMC (Al-20% SiC) continuous cut test results Carbide (87HRA) continuous cut test results

0.15 0.3 Competitor 0.10

VB=0.171mm

M Competitor B 0.10 DA150 0.2

DA150 DA90 0.05 DA90 Competitor A

DA90 0.05 0.1

DA1000 VB=0.034mm NPD10

0 10 20 30 40 0 0

SUMIDIA 1 2 3 4 100 200 300 400

SUMIDIA Binderless

Cutting distance (km) Cutting distance (km) Cutting distance (km)

SUMICRYSTAL

Work material: Al-25% Si alloyWork material: MMC (Al-20% SiC)Work material: Carbide (87HRA)
Insert: SPGN120304Insert: CNMX120408Insert: DCMW11T304RH
Holder: FP11RHolder: PCLN2525Holder: SDJC2020
Cutting conditions: v = 500 m/min, f = 0.1 mm/rev,Cutting conditions: v = 350 m/min, f = 0.2 mm/rev,Cutting conditions: v = 20 m/min, f = 0.1 mm/rev,
ccc
a = 0.2 mm, Drya = 0.18 mm, Weta = 0.1 mm, Dry
ppp