KORLOY Indexable new generation drill KING DRILL

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Lynn Bradley
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1 KORLOY Indexable new generation drill KING DRILL

Optimized insert design for maximum drilling efficiency KING DRILL Code system of holder K 5D - 0 07 KING/KORLOY Aspect ratio(l/d) D,.5D, 3D, 3.5D, 4D, 4.

2 Optimized insert design for maximum drilling efficiency KING DRILL Code system of holder K 5D KING/KORLOY Aspect ratio(l/d) D,.5D, 3D, 3.5D, 4D, 4.5D, 5D One decimal place marked Ø, Ø Ø, Ø Drill Dia. Ø.0 (One decimal place marked) Inscribed circle of insert 05, 06, 07, 09, 11, 13, 15, 18 Shank shape No mark : Flange Shank, Weldone HP : Flange Shank, Weldon, PT Tap F1 : Flange Shank, Whistle Notch F : Flange Shank, Without Side Lock S : Straight Shank, Weldone S1 : Straight Shank, Whistle Notch S : Straight Shank, Without Side Lock M0, M1, M, M3 : MT0, MT1, MT, MT3 H63, H100 : HSK63, HSK100 B30, B, B : BT30, BT, BT Features of insert Optimized design of inserts for maximum drilling efficiency - Excellent cutting performance and chip control due to the optimized geometry and chip breaker of both inserts, central & peripheral - Different inserts, optimized for the central and peripheral insert locations in order to maximize cutting tool life Chip breaker PD LD Features - Universal - At medium speed and medium feed - Superior chip control for machining mild steel and stainless steel - Light cutting(at low ~ medium speed and low feed) Peripheral insert Central insert Peripheral insert Central insert Shape Grades for workpiece PC30 : P PC5300 : P, M, K, S PC6510 : K PC5300 : P, M, K, S PC5335 : P, M PC5335 : P, M 0_ KORLOY TECH-NEWS

3 Features of drill - The center coolant hole system helps prevent wear on the chip pocket of the central insert and improves chip control. - The optimized shape of the flute increases the rigidity of the drill body and improves chip evacuation. Machining performance Tool life comparison KING DRILL has the best tool life. No. of hole Holes / 8.8m 30 Holes /.7m More than times longer tool life KING DRILL 0 Holes (8.8m) Normal wear Holes / 1.6m Competitor A 30 Holes (.7m) Chipping on cutting edge 0 Workpiece KING-DRILL Competitor A Competitor B SCM4 Cutting condition vc(m/min)=1, fn(mm/rev)=0.1 Depth of drilling : 80mm(pass though), wet Tools SPMT05-PD(PC30), XOMT04-PD(PC5300) Holder K5D Competitor B 1 Holes (1.6m) Wear and chjipping on cutting edge Surface roughness 1.4 Superior surface roughness of KING DRILL KING DRILL Surface roughness Ra times superior surface roughness Competitor A Competitor B 0 KING DRILL Competitor A Competitor B Workpiece Cutting condition SCM4 vc(m/min)=1, fn(mm/rev)=0.08, Depth of drilling : mm(pass though), wet Tools SPMT04-PD(PC30), XOMT04-PD(PC5300) Holder K5D1-05 KING DRILL _03

Precision of machining Hole diameter 14.5 14.4 14.3 14. Competitor A Competitor B More than times longer tool life Beginning of hole Middle of hole End of hole 14.1 14.

08 Depth of drilling 6m(pass though), wet SPMT04-PD(PC30), XOMT04-PD(PC5300) Holder K5D1-05 The diameters of beginning, middle, and end of hole are regular after drilling with

KING DRILL Regular hole diameters at the beginning, middle and end of hole Competitor A Hole diameter : beginning < middle < end Competitor B Bigger hole diameter at the end

Competitor B Folded chips under certain cutting condition Poorchip evacuation vc(m/min)=90~180, fn(mm/rev)=0.06~0.

4 Precision of machining Hole diameter Competitor A Competitor B More than times longer tool life Beginning of hole Middle of hole End of hole KING DRILL 13.9 Workpiece Cutting condition Tools Chip evacuation Beginning Middle End SCM4 vc(m/min)=1, fn(mm/rev)=0.08 Depth of drilling 6m(pass though), wet SPMT04-PD(PC30), XOMT04-PD(PC5300) Holder K5D1-05 The diameters of beginning, middle, and end of hole are regular after drilling with KING DRILL. KING DRILL Regular hole diameters at the beginning, middle and end of hole Competitor A Hole diameter : beginning < middle < end Competitor B Bigger hole diameter at the end of hole KING DRILL Stable chip control Workpiece Cutting condition Tools SM45C Competitor A Thin and long chips are coiled around the holder. Competitor B Folded chips under certain cutting condition Poorchip evacuation vc(m/min)=90~180, fn(mm/rev)=0.06~0.1, t=90, Through coolant system, pass through SPMT07T8-PD(PC30), XOMT07T5-PD(PC5300) Holder K5D0-07 Application examples KING DRILL Competitor 1 1ea ea Superior surface finish and chip evacuation KING DRILL : 180ea, Competitor's : 1ea 1% longer tool life EA 1% longer tool life [workpiece] Workpiece Cutting condition Tools Machine Track link bush vc(m/min)=1, fn(mm/rev)=0.1 Through coolant system SPMT07T8-PD(PC30) XOMT07T5-PD(PC5300) Holder K5D0-07 Drilling machine 04_ KORLOY TECH-NEWS

Example of longer tool life KING DRILL Competitor A Competitor B 4 4 Holes 0 0 Holes 4 4 Holes 184% longer tool life Tool life Superior chip

Hydraulic oil pump(scm4) Cutting condition vc(m/min)=15 fn(mm/rev)=0.

productivity KING DRILL Competitor 147 vf(mm/min)=198 vf(mm/min)=147 198 135% improved productivity Tool life [workpiece] KING DRILL : 95 Holes,

fn(mm/rev)=0.1 Korloy s vc(m/min)=1 fn(mm/rev)=0.

[workpiece] Competitor 1 Holes 145% longer tool life 1 Tool life Chips from KING DRILL Workpiece Track link(15b36c1) Cutting condition Competitor s

5 Example of longer tool life KING DRILL Competitor A Competitor B 4 4 Holes 0 0 Holes 4 4 Holes 184% longer tool life Tool life Superior chip evacuation and surface finish 184% longer tool life comparing to competitor A 117% longer tool life comparing to competitor B [workpiece] Workpiece Hydraulic oil pump(scm4) Cutting condition vc(m/min)=15 fn(mm/rev)=0.13 ap=59(not pass though) Through coolant system Tools SPMT PD(PC30) XOMT PD(PC5300) Holder K3D5-09 Machine KV45 Example of improved productivity KING DRILL Competitor 147 vf(mm/min)=198 vf(mm/min)= % improved productivity Tool life [workpiece] KING DRILL : 95 Holes, Competitor : Holes, 135% longer tool life 135% improved productivity Workpiece Track link bush(scm415h) Cutting condition Competitor s vc(m/min)=1 fn(mm/rev)=0.1 Korloy s vc(m/min)=1 fn(mm/rev)=0.1 Tools SPMT PD(PC30) XOMT PD(PC5300) Holder K3D-09 Machine MCT Example of improved productivity and tool life KING DRILL Holes [workpiece] Competitor 1 Holes 145% longer tool life 1 Tool life Chips from KING DRILL Workpiece Track link(15b36c1) Cutting condition Competitor s vc(m/min)=47, fn(mm/rev)=0.1, Through coolant system Korloy s vc(m/min)=110, fn(mm/rev)=0.1, Through coolant system Tools SPMT PD(PC30), XOMT PD(PC5300) Holder K3D-09 Machine MCT Chips from competitor's KING DRILL has 145% longer tool life and 0% improved productivity. Good surface finish, improved chip control and less chattering KING DRILL _05

6 Recommended cutting condition Workpiece Grade ISO Workpiece Hardness(HB) vc m/min Feed(aspect ratio=d, 3D, 4D) Feed (mm/rev) depending on drill Dia. 1~16 17~3 4~9 30~4 43~ Carbon steel Low carbon steel 80~180 Central insert LD PC5335 Peripheral insert Central insert PC5300 PD Peripheral insert PC30 1(~180) 190(130~0) 0.04~ ~ ~ ~ ~0.08 High carbon 180~80 Central insert PC5300 PD Peripheral insert PC30 1(80~0) 0.04~ ~ ~ ~ ~0. P Low alloy steel 1~ Central insert LD PC5335 Peripheral insert Central insert PC5300 PD Peripheral insert PC30 1(~180) 1(90~0) 0.04~ ~ ~ ~ ~ ~ ~ ~ ~ ~0.16 Alloy steel Hardened low alloy steel 0~0 Central insert PC5300 PD Peripheral insert PC (~1) 0.04~ ~ ~ ~ ~0. High alloy steel ~ Central insert PC5300 PD Peripheral insert PC30 100(~1) 0.04~ ~ ~ ~ ~0. Hardened high alloy steel ~4 Central insert PC5300 PD Peripheral insert PC5300 (30~1) 0.04~ ~ ~ ~ ~0. M Stainless steel Austenite series Ferrite series Martensite series ~75 Central insert LD PC5335 Peripheral insert Central insert PC5300 PD Peripheral insert PC5300 Central insert LD PC5335 Peripheral insert Central insert PC5300 PD Peripheral insert PC (~1) 100(~1) 0.04~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~0.14 K Cast iron Gray cast iron Ductile cast iron 1~30 1~30 Central insert PC5300 PD Peripheral insert PC6510 Central insert PC5300 PD Peripheral insert PC (1~0) 1(100~0) 0.04~ ~ ~ ~ ~ ~ ~ ~ ~ ~0.18 Ni-heat resisting alloy 130~0 PD PC5300 (30~100) 0.04~ ~ ~ ~ ~0.1 S Heat resisting alloy Ti-heat resisting alloy 130~0 PD PC5300 (30~90) 0.04~ ~ ~ ~ ~0.16 High hardened steel Over 0 PD PC5300 (~80) 0.04~ ~0.1 (~80) 0.08~ ~0.16 In case of 5D, reduce 30~% of cutting condition from the above. In interrupted machining part, reduce 30~% of feed from the above machining around interrupted part. 06_ KORLOY TECH-NEWS

7 Required machine power The graphs below show the cutting force required in drilling. Machining with the KING DRILL and a machine with high rigidity and power Workpiece : SCM4(HB) Cutting condition : vc(m/min)=100 Through coolant system fn(mm/rev)=0.13 fn(mm/rev)=0.10 fn(mm/rev)=0.07 Required machine power(kw) Drill Dia. Thrust(N) Drill Dia. Torque(Nm) Drill Dia. Cutting oil quantity Cutting oil quantity( /min) Recommended cutting oil quantity Min. cutting oil quantity Drill Dia. Workpiece : SCM4(HB) Cutting condition : vc(m/min)=100 Through coolant system Recommended pressure of coolant : 5kg/cm above The data of the graph above could be changed depending on workpiece and cutting condition. Drill tolerance and hole tolerance Drill diameter Ø1 ~ Ø9 Ø30 ~ Ø45 Ø46 ~ Ø.5 D~3D Drill tolerance(ød) Hole tolerance 0 ~ ~ ~ ~ ~ ~ D~5D Drill tolerance(ød) Hole tolerance 0 ~ ~ ~ ~ ~ ~ The actual hole tolerance of KING DRILL is as shown in the chart above. The length of drill, kind of workpiece, machine stability, and cutting condition could affect the hole tolerance. KING DRILL _07

The shape of the bottom of blind hole Drill diameter Peripheral insert Central insert a Ø1.0~Ø13.5 SPMT04 XOMT04 0.4 Ø13.6~Ø16.0 SPMT04 XOMT04 0.4 Ø16.1~Ø19.5 SPMT05 XOMT04 0.5 Ø19.6~Ø3.

8 The shape of the bottom of blind hole Drill diameter Peripheral insert Central insert a Ø1.0~Ø13.5 SPMT04 XOMT Ø13.6~Ø16.0 SPMT04 XOMT Ø16.1~Ø19.5 SPMT05 XOMT Ø19.6~Ø3.5 SPMT07T8 XOMT07T5 0.5 Ø3.6~Ø9.5 SPMT XOMT Ø9.6~Ø35.5 SPMT11T308 XOMT11T Ø35.6~Ø4.5 SPMT XOMT Ø4.6~Ø.5 SPMT15M510 XOMT15M8 1.1 Ø.6~Ø.5 SPMT XOMT KING DRILL drills with two inserts, central and peripheral Refer to the above chart for remaining insert curve of blind hole bottom. 08_ KORLOY TECH-NEWS

How to clamp KING DRILL to side lock arbor 1 Bolt

plunge side Clamp the bolt Clamp the bolt 1 3 4

direction of clamping the bolt to the arbor.

Clamp the bolt 1 first. 4. Next, clamp the bolt.

the peripheral insert parallel to the X axis.

5mm after machining 5mm, that is the proper setting.

9 How to clamp KING DRILL to side lock arbor 1 Bolt Bolt 1 Side lock Plunge side Stick the arbor to the plunge side Clamp the bolt Clamp the bolt Recommendation to use side lock arbor for KING DRILL 1. the part of side lock of drill to the same direction of clamping the bolt to the arbor. Push the plunge side of drill into the arbor. 3. Clamp the bolt 1 first. 4. Next, clamp the bolt. Notice for setting the drill in the lathe 1 3 Set the peripheral insert parallel to the X axis. (based on the side lock) If the machined core is 0.5mm after machining 5mm, that is the proper setting. Please make sure that the location of the side lock could be different depending on manufacturers of machine. KING DRILL _09

$Machining required attention Workpiece Machining Machining irregular face Possible chipping and fracture of the insert Reduce normal feed %.$ Machining concave side Reduce feed % until both inserts are engaged. Boring Reduce feed % from normal conditions. Ramping Reduce feed % from normal conditions.

Machining concave side Reduce feed % until both inserts are engaged. Boring Reduce feed % from normal conditions. Ramping Reduce feed % from normal conditions.

10 Machining required attention Workpiece Machining Machining irregular face Possible chipping and fracture of the insert Reduce normal feed %. Machining convex side Possible initial contact with central insert Reduce feed % until both inserts are engaged. Machining concave side Reduce feed % until both inserts are engaged. Boring Reduce feed % from normal conditions. Ramping Reduce feed % from normal conditions. Machining cross holes Reduce feed % in the overlapped section. Machining overlapped holes Reduce feed % from normal conditions. Machining overlapped panels Possible chipping and fracture of insert Reduce normal feed %. 10_ KORLOY TECH-NEWS

11 Solutions for machining failure Failure Detail Solution Different diameters of one machined hole Different diameters of one machined hole The end of hole diameter is bigger. Use more coolant and check the coolant evacuation. Change the drill to one with small aspect ratio. Change the cutting condition for better chip control. Enlarging or reducing hole diameter Enlarging or reducing hole diameter Milling Turning Use more coolant. Check the coolant evacuation. Check the center of drill and workpiece. Rotate the drill to 180. Chattering Poor chip evacuation Vibration while machining Long chip Short chip Set the overhang of drill short. Reduce the cutting speed and feed. Stable clamping Check the torque of machine. Mild steel / STS Alloy steel / carbon steel speed up, feed down. speed up, feed up. Speed down, feed down, pressure of coolant up. Poor surface finish Scratch on the machined side Set the cutting condition for better chip control. Feed down or speed up. Increase the coolant flow and check the coolant evacuation. Set the overhang of drill short and more stable clampin. Short tool life of insert Too much wear or chipping on insert Check the cutting condition. Use more coolant and check the coolant evacuation. Set the overhang of drill short and more stable clamping. Change the insert grade. and parts Drill diameter Peripheral insert Central insert Wernch Torque( ) Ø1.0~Ø13.5 Ø13.6~Ø16.0 Ø16.1~Ø19.5 Ø19.6~Ø3.5 Ø3.6~Ø9.5 Ø9.6~Ø35.5 Ø35.6~Ø4.5 Ø4.6~Ø.5 Ø.6~Ø.5 SPMT04 SPMT04 SPMT05 SPMT07T8 SPMT SPMT11T308 SPMT SPMT15M510 SPMT XOMT04 XOMT04 XOMT04 XOMT07T5 XOMT XOMT11T306 XOMT1306 XOMT15M8 XOMT1808 In clamping an insert, please clean the tip seat and apply CASMOLY1000 on the screw. Please make sure to use a Korloy-produced wrench and screw only. FTNA04 FTNA04 FTKA06S FTKA065 FTKA0307 FTKA038 FTNA0511 TW06P TW06P TW07P TW07S TW09S TWS TW KING DRILL _11

12 Special drill order form ( Mark V in the box) Coolant type Oil hole on the plunge part Oil hole on the shank Hole type Blind hole Thru hole Types of shank (Flat type) (Weldon type) (Whistle Notch type) Location of side lock Parallel to peripheral insert(standard) Note Currently using tool : Current cutting condition - RPM or vc(m/min) : - vf(mm/min) or fn(mm/rev) : - Depth of cut : standard of measuring tool life : Currently using machine - Machining center : - General lathe : - CNC lathe : 90 angle to peripheral insert 1 angle to peripheral insert 180 angle to peripheral insert 1_ KORLOY TECH-NEWS

13 Drill with through coolant system for general lathe and CNC lathe without through coolant system KING DRILL (for through coolant system with a lathe) Through coolant system with drill holder, plug, oil-hole hose and oil-hole pump PT Tap in the plug is combined to PT Tap connected to oil hose. Available to use the drill without a plug in milling machine Holder + Plug Oil pump Clamping oil hose to the bottom of plug and connect the oil pump to the holder Designation Diameter Shank Dia. M x p Plug K K K K D1~1HP- D161~35HP- D36~355HP- D3~9HP- Ø1.0 ~ Ø16.0 Ø16.1 ~ Ø3.5 Ø3.6 ~ Ø35.5 Ø35.6 ~ Ø.5 Ø Ø Ø Ø M1 x 1.5 M16 x 1.5 M x.0 M7 x.0 PLG1PT18 PLG16PT18 PLGPT14 PLG7PT38 Plug Plug is assembled. Plug Type M x p (Metric) PT Tap A PLG1PT18 PLG16PT18 PLGPT14 PLG7PT38 M1 x 1.5 M16 x 1.5 M x.0 M7 x.0 1/8 1/8 1/4 3/ KING DRILL _13

High rigidity drill produces cost efficiency due to cartridge replacement.

adjust the drilling diameter within 5mm.

bolt Adjustment of drill diameter Adjustment Ø Adjusting Washer Designation Width Peripheral cartridge 1

14 High rigidity drill produces cost efficiency due to cartridge replacement. KING DRILL ( for large diameter drilling) Cartridge type for Ø61~Ø100 drilling Peripheral cartridge can adjust the drilling diameter within 5mm. Easy to adjust drilling diameter with adjusting bolt Holder Cartridge Adjusting bolt Washer Cartridge fixing bolt Adjustment of drill diameter Adjustment Ø Adjusting Washer Designation Width Peripheral cartridge 1 WA0305 WA WA WA Adjusting washer(1.0t) 4 WA0310 x.0 Adjusting washer(0.5t) 5 WA WA0310 x.5 Adjusting bolt Adjusting washer adjusts the drilling diameter within 5mm. 14_ KORLOY TECH-NEWS

15 SPMT-LD SPMT-PD Drill diameter Ø16.1 ~ Ø19.5 Ø19.6 ~ Ø3.5 Ø3.6 ~ Ø9.5 Ø9.6 ~ Ø35.5 Ø35.6 ~ Ø4.5 Ø4.6 ~ Ø.5 Ø.6 ~ Ø.5 Ø1.0 ~ Ø13.5 Ø13.6 ~ Ø16.0 Ø16.1 ~ Ø19.5 Ø19.6 ~ Ø3.5 Ø3.6 ~ Ø9.5 Ø9.6 ~ Ø35.5 Ø35.6 ~ Ø4.5 Ø4.6 ~ Ø.5 Ø.6 ~ Ø.5 Designation SPMT 05-LD 07T8-LD LD 11T308-LD LD 15M510-LD LD SPMT 04-PD 04-PD 05-PD 07T8-PD PD 11T308-PD PD 15M510-PD PD Grade PC5335 PC5300 PC30 PC6510 I t r d XOMT-LD XOMT-PD Drill diameter Ø16.1 ~ Ø19.5 Ø19.6 ~ Ø3.5 Ø3.6 ~ Ø9.5 Ø9.6 ~ Ø35.5 Ø35.6 ~ Ø4.5 Ø4.6 ~ Ø.5 Ø.6 ~ Ø.5 Ø1.0 ~ Ø13.5 Ø13.6 ~ Ø16.0 Ø16.1 ~ Ø19.5 Ø19.6 ~ Ø3.5 Ø3.6 ~ Ø9.5 Ø9.6 ~ Ø35.5 Ø35.6 ~ Ø4.5 Ø4.6 ~ Ø.5 Ø.6 ~ Ø.5 XOMT XOMT Designation 04-LD 07T5-LD LD 11T306-LD 1306-LD 15M8-LD 1808-LD 04-PD 04-PD 04-PD 07T5-PD PD 11T306-PD 1306-PD 15M8-PD 1808-PD Grade PC5335 PC5300 I d t r d KING DRILL _15

16 16_ KORLOY TECH-NEWS KING DRILL-D KD Designaton Wrech SPMT04-PD XOMT04-PD FTNA04 TW06P SPMT04-PD XOMT04-PD FTNA04 TW06P SPMT05-PD XOMT04-PD FTKA06S TW07P SPMT07T8-PD XOMT07T5-PD FTKA065 TW07S SPMT PD XOMT PD FTKA0307 TW09S ØD Ød1 Ød L

17 SPMT11T308-PD XOMT11T306-PD FTKA038 SPMT PD XOMT1306-PD SPMT15M510-PD XOMT15M8-PD TWS KING DRILL _17 KING DRILL-D KD Designaton Wrech ØD Ød1 Ød L

18 SPMT15M510-PD XOMT15M8-PD TWS SPMT PD XOMT1808-PD FTNA0511 TW _ KORLOY TECH-NEWS KING DRILL-D KD Designaton Wrech ØD Ød1 Ød L

19 SPMT04-PD XOMT04-PD FTNA04 SPMT05-PD XOMT04-PD FTKA06S SPMT07T8-PD XOMT07T5-PD FTKA065 SPMT PD XOMT PD FTKA0307 SPMT04-PD XOMT04-PD FTNA04 KING DRILL _19 KING DRILL-3D K3D Designaton TW06P TW07P TW07S TW09S TW06P Wrech The items marked can machinea tap foundation hole. ØD Ød1 Ød L

20 SPMT11T308-PD XOMT11T306-PD FTKA038 _ KORLOY TECH-NEWS KING DRILL-3D K3D Designaton Wrech SPMT PD XOMT1306-PD SPMT15M510-PD XOMT15M8-PD TWS The items marked can machinea tap foundation hole. ØD Ød1 Ød L

21 SPMT15M510-PD XOMT15M8-PD TWS SPMT PD XOMT1808-PD FTNA0511 TW-100 KING DRILL _1 KING DRILL-3D K3D Designaton Wrech ØD Ød1 Ød L

22 SPMT04-PD XOMT04-PD FTNA04 TW06P SPMT04-PD XOMT04-PD FTNA04 TW06P SPMT05-PD XOMT04-PD FTKA06S TW07P SPMT07T8-PD XOMT07T5-PD FTKA065 TW07S SPMT PD XOMT PD FTKA0307 TW09S _ KORLOY TECH-NEWS KING DRILL-4D K4D Designaton Wrech ØD Ød1 Ød L

23 SPMT11T308-PD XOMT11T306-PD FTKA038 SPMT PD XOMT1306-PD SPMT15M510-PD XOMT15M8-PD TWS KING DRILL _3 KING DRILL-4D K4D Designaton Wrech ØD Ød1 Ød L

24 SPMT PD XOMT1808-PD FTNA0511 TW-100 SPMT15M510-PD XOMT15M8-PD TWS 4_ KORLOY TECH-NEWS KING DRILL-4D K4D Designaton Wrech ØD Ød1 Ød L

25 SPMT04-PD XOMT04-PD FTNA04 TW06P SPMT04-PD XOMT04-PD FTNA04 TW06P SPMT05-PD XOMT04-PD FTKA06S TW07P SPMT07T8-PD XOMT07T5-PD FTKA065 TW07S SPMT PD XOMT PD FTKA0307 TW09S KING DRILL _ KING DRILL-5D K5D Designaton Wrech ØD Ød1 Ød L

26 SPMT11T308-PD XOMT11T306-PD FTKA038 SPMT PD XOMT1306-PD SPMT15M510-PD XOMT15M8-PD TWS 6_ KORLOY TECH-NEWS KING DRILL-5D K5D Designaton Wrech ØD Ød1 Ød L

27 SPMT15M510-PD XOMT15M8-PD SPMT PD XOMT1808-PD FTNA0511 KING DRILL _7 KING DRILL-5D K5D Designaton TWS TW-100 Wrech ØD Ød1 Ød L

28 KING DRILL (for through coolant system with a lathe)-d Designaton ØD Ød1 Ød L Wrech KD 130HP-04 1HP-05 1HP-05 1HP-05 1HP HP HP-06 0HP-07 10HP-07 HP-07 30HP-07 HP-09 0HP-09 HP-09 HP-09 80HP-09 90HP SPMT04-PD XOMT04-PD SPMT04-PD XOMT04-PD SPMT05-PD XOMT04-PD SPMT07T8-PD XOMT07T5-PD SPMT PD XOMT PD FTNA04 FTNA04 FTKA06S FTKA065 FTKA0307 TW06P TW06P TW07P TW07S TW09S 8_ KORLOY TECH-NEWS

29 SPMT04-PD XOMT04-PD FTNA04 SPMT04-PD XOMT04-PD FTNA04 SPMT05-PD XOMT04-PD FTKA06S SPMT07T8-PD XOMT07T5-PD FTKA065 SPMT PD XOMT PD FTKA0307 KING DRILL _9 KING DRILL (for through coolant system with a lathe)-3d 130HP HP-04 1HP HP-05 1HP HP-05 1HP HP-06 1HP HP HP-06 1HP HP HP-06 0HP-07 5HP-07 10HP-07 15HP-07 HP-07 HP-07 30HP-07 35HP-07 HP-09 45HP-09 0HP-09 5HP-09 HP-09 65HP-09 HP-09 75HP-09 80HP-09 HP-09 90HP-09 95HP K3D Designaton TW06P TW06P TW07P TW07S TW09S Wrech ØD Ød1 Ød L

KING DRILL (for through coolant system with a lathe)-4d Designaton ØD Ød1 Ød L Wrech K4D 130HP-04 13.

30 KING DRILL (for through coolant system with a lathe)-4d Designaton ØD Ød1 Ød L Wrech K4D 130HP SPMT04-PD XOMT04-PD FTNA04 TW06P 1HP-05 1HP-05 1HP-05 1HP HP HP-06 0HP-07 10HP-07 HP-07 30HP-07 HP-09 0HP-09 HP-09 HP-09 80HP-09 90HP SPMT04-PD XOMT04-PD SPMT05-PD XOMT04-PD SPMT07T8-PD XOMT07T5-PD SPMT PD XOMT PD FTNA04 FTKA06S FTKA065 FTKA0307 TW06P TW07P TW07S TW09S 30_ KORLOY TECH-NEWS

31 KING DRILL _31 KING DRILL ( for large diameter drilling) ~65 65~ ~75 75~80 80~ ~90 90~95 95~100 61~65 65~ ~75 75~80 80~ ~90 90~95 95~100 61~65 65~ ~75 75~80 80~ ~90 90~95 95~ KDC6165C KDC65C KDC75C KDC70C KDC80C KDC90C KDC9095C KDC95100C KDC6165C KDC65C KDC75C KDC70C KDC80C KDC90C KDC9095C KDC95100C KDC6165C KDC65C KDC75C KDC70C KDC80C KDC90C KDC9095C KDC95100C KDC6165P KDC65P KDC75P KDC70P KDC80P KDC90P KDC9095P KDC95100P KDC6165P KDC65P KDC75P KDC70P KDC80P KDC90P KDC9095P KDC95100P KDC6165P KDC65P KDC75P KDC70P KDC80P KDC90P KDC9095P KDC95100P FTKA038 FTNA0511 FTKA038 FTNA0511 FTKA038 FTNA0511 TWS TWS TWS TW-100 TWS TWS TWS TW-100 TWS TWS TWS TW-100 KD K3D K4D Designaton Cartridge Wrech ØD Ød1 Ød L Cartridge KDC6165C KDC65C KDC75C KDC70C KDC80C KDC90C KDC9095C KDC95100C KDC6165P KDC65P KDC75P KDC70P KDC80P KDC90P KDC9095P KDC95100P FTKA038 FTNA0511 TWS TWS TWS TW-100 XOM(E)T11T306- XOM(E)T1306- XOM(E)T1306- XOM(E)T1306- XOM(E)T15M8- XOM(E)T15M8- XOM(E)T15M8- XOM(E)T1808- SPM(E)T11T308- SPM(E)T SPM(E)T SPM(E)T SPM(E)T15M510- SPM(E)T15M510- SPM(E)T15M510- SPM(E)T ~ ~ ~ ~ ~ ~ ~ ~ 100 Internal External Designation Designation Quantity Quantity Range (Ø) Wrench Parts

32 1430 TN0-EM-01

Optimized design of inserts for maximum drilling efficiency

Optimized design of inserts for maximum drilling efficiency KORLOY Indexable new generation drill KING DRILL Optimized design of s for maximum drilling efficiency Excellent cutting performance and chip control due to the optimized geometry and chip breaker of both