A\ IS/IOI—DIISIO The Edge To Innovation EPuBE-PN/ATH EPDSE-PN/ATH Epoch Deep Evolution series

Patent Pending Features of Epoch Deep Evolution Applications ATH Coating Carbon steel Alloy steep Stainless steel Pre-hardened Tool steel steel Dimensions Ball PN coated Parts processing Mold making Flute shape increases resistance to breakage. Epoch Deep Ball Evolution h Epoch Deep Square Evolution High-str gth flute shap High-strength flute shape gh-str gth ute shape h trengt t h p with high chip removal with high ch p removal ith igh chip h g ova oval characteristics. characteristics. h t t Stronger R flute helix Stronger St nger flute helix r ute x angle imp oves cutting angle improves cutting...

New coating with excellent adhesion and wear resistance Note) This product obtains less electric conductivity. Therefore, Please caution of using electric transmitted measuring systems. Adhesion of PN coating Substrate: Carbide alloy Cross-section photograph of PN coating layer structure ❶ Improved adhesion strength increases stability! Cutting condition Ball High efficiency ❸ Layer surface with improved lubrication characteristics Improved heat-resistant coating Cross-section photograph of ATH coating layer structure High hardness membrane High heat resistance membrane ■ ATH Coating for hard...

Line Up Epoch Deep Ball Evolution Right table Item Code

Item Code

Line Up Epoch Deep Ball Evolution PH coating EPDBE2000-00.00-PN Item Code : Stocked items

Epoch Deep Ball Evolution

Item Code : Stocked items.

High efficiency cuttiing condition EPDBE-PN EPDBE-ATH Epoch Deep Ball Evolution Please refer to P.13 about high accuracy cutting conditions Note] Please refer to P.12

Note] Please refer to P.12

Please refer to P.13 about high accuracy cutting conditions EPDBE-PN EPDBE-ATH High efficiency cuttiing condition 5K(1) ap is shown as the criteria for Group 2 workpieces. For other groups, adjust the cutting depth according to the cutting depth factors in the above table. tS(2) When performing cutting where cutting chips may cause clogging, such as for rib processing, blind grooves, etc., cutting depth setting should be set by multiplying a cutting depth factor to calculate the cutting depth amount, and this amount should then be reduced to 80% of the calculated value. tS(3) Adjust by setting...

Please refer to P.10 about high efficiency cutting conditions High accuracy cuttiing condition EPDBE-PN EPDBE-ATH Epoch Deep Ball Evolution Recommended range [Note] Please refer to P.15

Please refer to P.10 about high efficiency cutting conditions High accuracy cuttiing condition EPDBE-PN EPDBE-ATH Epoch Deep Ball Evolution Jo = c CQ (Q

Recommended range m O = C <Q (Q £D § O =3 2 §■ £D O' 5K(1) ap is shown as the criteria for Group 2 workpieces. For other groups, adjust the cutting depth according to the cutting depth factors in the above table. tS(2) When performing cutting where cutting chips may cause clogging, such as for rib processing, blind grooves, etc., cutting depth setting should be set by multiplying a cutting depth factor to calculate the cutting depth amount, and this amount should then be reduced to 80% of the calculated value. tS(3) Adjust by setting ae to (3 to 5)x(ap)x(cutting depth ratio). When performing...

Epoch Deep Square Evolution EPDSE-PN] Helix angle : 30' Tolerance on dia. : Right table

[Note] The effective under-neck length is different from Epoch Deep Square EPDS. Please recheck the interference region.

Epoch Deep Square Evolution EPDSE-PN] 2 Flutes Tolerance on dia. : Right table

Epoch Deep Square Evolution (2SS13 ■tffflfrnMnn-l 2 Flutes

Epoch Deep Square Evolution EPDSE-ATH] 2 Flutes Tolerance on dia. : Right table

Item Code

Please refer to P.25 about high accuracy cutting conditions High efficiency cuttiing condition Epoch Deep Square Evolution EPDSE-PN EPDSE-ATH [Note] Please refer to P.24

[Note] Please refer to P.24

Please refer to P.25 about high accuracy cutting conditions EPDSE-PN EPDSE-ATH High efficiency cuttiing condition ^ap is shown as the criteria for Group 2 workpieces. For other groups, adjust the cutting depth according to the cutting depth factors in the above table. [Note] ting is less electro conductive. Therefore, electric transmitted measuring systems may not work. @ Use the appropriate coolant for the work material and machining shape. © These Recommended Cutting Conditions indicate only the rule of a thumb for the cutting conditions. In actual machining, the condition should be adjusted...

Please refer to P.22 about high efficiency cutting conditions High accuracy cuttiing condition EPDSE-PN EPDSE-ATH Epoch Deep Square Evolution Recommended range [Note] Please refer to P.27

Please refer to P.22 about high efficiency cutting conditions High accuracy cuttiing condition EPDSE-PN EPDSE-ATH Epoch Deep Square Evolution c O m c [Note] Please refer to P.27

Recommended range ^ap is shown as the criteria for Group 2 workpieces. For other groups, adjust the cutting depth according to the cutting depth factors in the above table. [Note] .ing is less electro conductive. Therefore, electric transmitted measuring systems may not work. @ Use the appropriate coolant for the work material and machining shape. © These Recommended Cutting Conditions indicate only the rule of a thumb for the cutting conditions. In actual machining, the condition should be adjusted according to the machining shape, purpose and the machine type. © If the rpm of the machine...

New PVD Technology 2 types of coatings to handle a variety of work materials. Features ■ Recommended machining areas for each coating Dimensions Ball PN coated PN coating cutting area ATH coating cutting area Dimensions Ball ATH coated Cutting condition Ball High efficiency Cutting condition Ball High accuracy Dimensions Square PN coated Dimensions Square ATH coated Cutting condition Cutting condition Square High efficiency Square High accuracy Technical Data 28 Mild steels Cutting Data 1 Work material：SCM440H 30HRC Holder：HSK-F63 Tool dia.：R 0.5×Under neck 6㎜ Coolant：Air-blow n =28,000min-1...