Carbide Drill Recommended Cutting Conditions
Model Number
TAC-RESDBA / TAC-RESDRA / TAC-RFESDB / TAC-RFESDRA / TAC-HESDB / TAC-HESDR
■ Cutting Speeds, Rotational Speeds and Feed Amounts
When abnormal vibration or sounds occur during cutting, adjust the cutting conditions.
For TAC-WMESDRA, refer to the above conditions for TAC-RESDRA and use similarly.
For TAC-CR-RFESDBA / TAC-CR-RFESDRA / TAC-CR-RFSDB / TAC-CR-RFSDR / TAC-ESDBA / TAC-ESDRA, refer to the above conditions for TAC-RFESDRA and use similarly.
For TAC-RSDB / TAC-RSDR / TSC-DL-ESDB / TSC-DL-ESDR / TAC-DL-SESDR, refer to the above conditions for TAC-RESDRA and use similarly.
For TAC-HRESDB / TAC-HRESDR, increase the rotational speed by 10 to 20% from the above conditions for TAC-RESDRA, and use similar feed amount conditions.
TAC-RESDBA / TAC-RESDRA / TAC-RFESDB / TAC-RFESDRA / TAC-HESDB / TAC-HESDR
■ Cutting Speeds, Rotational Speeds and Feed Amounts
When abnormal vibration or sounds occur during cutting, adjust the cutting conditions.For TAC-WMESDRA, refer to the above conditions for TAC-RESDRA and use similarly.For TAC-CR-RFESDBA / TAC-CR-RFESDRA / TAC-CR-RFSDB / TAC-CR-RFSDR / TAC-ESDBA / TAC-ESDRA, refer to the above conditions for TAC-RFESDRA and use similarly.For TAC-RSDB / TAC-RSDR / TSC-DL-ESDB / TSC-DL-ESDR / TAC-DL-SESDR, refer to the above conditions for TAC-RESDRA and use similarly.For TAC-HRESDB / TAC-HRESDR, increase the rotational speed by 10 to 20% from the above conditions for TAC-RESDRA, and use similar feed amount conditions.Model Number
TAC-ESDB / TAC-ESDR / TAC-MS-ESDR
■ Cutting Speeds, Rotational Speeds and Feed Amounts
When abnormal vibration or sounds occur during cutting, adjust the cutting conditions.
For TAC-WMESDRA, use under conditions increased by 20 to 30% from the above conditions for TAC-ESDR.
TAC-ESDB / TAC-ESDR / TAC-MS-ESDR
■ Cutting Speeds, Rotational Speeds and Feed Amounts
When abnormal vibration or sounds occur during cutting, adjust the cutting conditions.For TAC-WMESDRA, use under conditions increased by 20 to 30% from the above conditions for TAC-ESDR.Model Number
TAC-SDB / TAC-SDS / C-SDB / C-SDS / TAC-SDXL
■ Cutting Speeds, Rotational Speeds and Feed Amounts
When abnormal vibration or sounds occur during cutting, adjust the cutting conditions.
For TAC-HSDXL, use under conditions increased by 20 to 30% from the above conditions for TAC-SDXL.
The above cutting conditions for TAC-SDXL / TAC-HSDXL have been set based on 10 x D. In the case of depths other than these, adjust these conditions by referring to the table below.
TAC-SDB / TAC-SDS / C-SDB / C-SDS / TAC-SDXL
■ Cutting Speeds, Rotational Speeds and Feed Amounts
When abnormal vibration or sounds occur during cutting, adjust the cutting conditions.For TAC-HSDXL, use under conditions increased by 20 to 30% from the above conditions for TAC-SDXL.The above cutting conditions for TAC-SDXL / TAC-HSDXL have been set based on 10 x D. In the case of depths other than these, adjust these conditions by referring to the table below.TiAℓN Coated Carbide Drill / Type With Burnishing Blade, 3-Flute Type
Model Number
TAC-BNESDBA / TAC-ESD3FRA / TAC-ESD3FB
For TAC-HBNESDR, use under conditions increased by 20 to 40% from the above conditions for TAC-BNESDBA.
TAC-BNESDBA / TAC-ESD3FRA / TAC-ESD3FB
For TAC-HBNESDR, use under conditions increased by 20 to 40% from the above conditions for TAC-BNESDBA.TiAℓN Coated Carbide Stepped Drill
Model Number
TAC-SC-SDR / TAC-SF-SDR / C-SC-TSDR
TAC-SC-SDR / TAC-SF-SDR / C-SC-TSDR
TiAℓN Coated Carbide Drill / Long Neck Type
Model Number
TAC-ESD2LB
TAC-ESD2LB
TS Coated Carbide Drill for High-Hardness Steel Machining
Model Number
TSC-CR-XESDR / TSC-XESDR / TSC-XESDM / TSC-XSDR / TSC-XSDM
TSC-CR-XESDR / TSC-XESDR / TSC-XESDM / TSC-XSDR / TSC-XSDM
TS Coated Carbide Drill for High-Hardness Steel Machining / Small Diameter Type
Model Number
TSC-MS-XESDB / TSC-MS-XESDR
TSC-MS-XESDB / TSC-MS-XESDR
TS Coated Carbide Drill for High-Hardness Steel Machining / Long Neck Type
Model Number
TSC-XESD2LB
TSC-XESD2LB
DLC Coated Carbide Drill for Aluminum Machining
Model Number
DLC-ALESDR / DLC-DL-ALESDR
DLC-ALESDR / DLC-DL-ALESDR
DLC Coated Carbide Stepped Drill for Aluminum Machining
Model Number
DLC-SC-SDR / DLC-SF-SDR
DLC-SC-SDR / DLC-SF-SDR
TiAℓN Coated Carbide Drill for Cast Iron Machining
Model Number
TAC-FCESD3R
TAC-FCESD3R
Carbide Drill for Resin Machining
Model Number
SEC-PLSDB
SEC-PLSDB
Burnishing Drill
Model Number
BUNDR / BUNDRS
BUNDR / BUNDRS
TiAℓN Coated Carbide NC Spot Drill
Model Number
TAC-NCSPD / TAC-LS-NCSPD / TAC-MS-HNCSPD
For TAC-LS-NCSPD, use with feed amount lowered by about 20 to 30%.
When performing V groove machining on the TAC-MS-HNCSPD, use with feed speed lowered by about 30 to 50%.
For SEC-NCSPD, use with the rotational speed and feed amount lowered by about 20 to 30%.
TAC-NCSPD / TAC-LS-NCSPD / TAC-MS-HNCSPD
For TAC-LS-NCSPD, use with feed amount lowered by about 20 to 30%.When performing V groove machining on the TAC-MS-HNCSPD, use with feed speed lowered by about 30 to 50%.For SEC-NCSPD, use with the rotational speed and feed amount lowered by about 20 to 30%.TiAℓN Coated Carbide Center Drill
Model Number
TAC-CTDA / TAC-CTDAL / TAC-CTDACW
For TAC-CTDAL, use with feed amount lowered by about 20 to 30%.
TAC-CTDA / TAC-CTDAL / TAC-CTDACW
For TAC-CTDAL, use with feed amount lowered by about 20 to 30%.TiAℓN Coated Carbide Countersink
Model Number
TAC-CS3M / TAC-LS-CS3M
For TAC-LS-CS3M, use with feed amount lowered by about 20 to 30%.
TAC-CS3M / TAC-LS-CS3M
For TAC-LS-CS3M, use with feed amount lowered by about 20 to 30%.
