MACHINIST S REFERENCE GUIDE

Transcription

1 MACHINIST S REFERENCE GUIDE

2 Hurco Companies, Inc. One Technology Way / P.O. Box Indianapolis, IN Info@hurco.com HURCO.com Hurco Applications Hotline applications@hurco.com 5-Axis Book: The Power of FIVE The Definitive Guide to 5-Axis Machining. by Michael Cope GET THE BOOK TODAY. HURCO.com/5axis 2

3 Table of Contents HURCO G Code Table - Mill... 4 HURCO M Code Table - Mill...8 HURCO G Code Table - Lathe...12 HURCO M Code Table - Lathe Decimal Equivalent Charts Pipe Thread Sizes...28 Inch Metric Conversion...28 Standard 60 Centerdrill Dimensions...29 Hole Chamfer Depth Formulas...30 Cutting Formulas & Abbreviations...31 Cutting Speeds & Feeds Performing a Manual Tool Change...34 Clear Tool in Spindle...36 Tool Touch - Off (Without Tool Touch Probe) Tool Touch - Off (With Tool Touch Probe) Mill Part Setup Hurco Product Lineup Get links to more resources by scanning the code or go to /education 3

4 Hurco Mill HURCO G Code Table - Mill G Code GOO G01 G02 Function Position (Rapid Traverse) Linear Interpolation (Cutting Feed) Circular / Helix Interpolation CW G02.4 3D Circular Interpolation CW G03 Circular / Helix Interpolation CCW G03.4 3D Circular Interpolation CCW G04 Dwell G05.1 Surface Finish Setting UltiMax Only G05.2 NC Data Smoothing G05.3 Surface Finish Quality (SFQ) WinMax Only G07.2 Cylindrical Rotary Wrap On G07.3 Cylindrical Rotary Wrap Off G08.1 ASR Command Buffer On G08.2 ASR Command Buffer Off G09 G10 G11 G15 G16 Exact Stop Data Setting Data Setting Mode Cancel Polar Coordinate Cancel Polar Coordinate 4

5 G17 XY Plane Selection G18 ZX Plane Selection G19 YZ Plane Selection G20 Inch Mode - (ISNC) G21 Metric Mode - (ISNC) G28 Automatic Return to Reference Point G29 Automatic Return from Reference Point G31 Probe Skip Function G40 Cutter Comp Cancel G41 Cutter Comp Left G41.2 3D Tool Geometry Compensation G42 Cutter Comp Right G43 Positive Tool Length Compensation G Axis Linear Interpolation G44 Negative Tool Length Compensation G45 Tool Radius Offset Increase G46 Tool Radius Offset Decrease G47 Tool Radius Offset Double Increase G48 Tool Radius Offset Double Decrease G49 Tool Length Compensation Cancel G50 Cancel Scaling G51 Scaling Enable 5

6 G50.1 Programmable Mirror Image Cancel G51.1 Programmable Mirror Image Enable G52 Selection of Local Coordinate System G53 Selection of Machine Coordinate System G54 Select Work Coordinate System 1 G54.1 Activate Auxiliary Work Offsets G55 Select Work Coordinate System 2 G56 Select Work Coordinate System 3 G57 Select Work Coordinate System 4 G58 Select Work Coordinate System 5 G59 Select Work Coordinate System 6 G61 Precision Cornering G64 Cancel Precision Cornering G65 Macro Subprogram Call G66 Modal Macro Subprogram Call G67 Cancel Modal Macro Subprogram Call G68 Coordinate System Rotation G68.2 Global Rotation NC Transform Plane G68.3 Local Rotation NC Transform Plane G69 Coordinate System Rotation Cancel G70 Inch Mode - (BASIC NC) G71 Metric Mode - (BASIC NC) 6

7 G73 Peck Drilling Cycle G74 Left Handed Tapping Cycle - (ISNC) G74 with M29 Rigid Tapping - (ISNC) G74 Single Quadrant Circular Interpolation - (BASIC NC) G75 Multi-Quadrant Circular Interpolation - (BASIC NC) G74 Single-Quadrant Circular Interpolation - (BASIC NC) G75 Multi-Quadrant Circular Interpolation (BASIC NC) G76 Fine Boring (Bore Orient) Cycle G80 Canned Cycle Cancel G81 Drilling Cycle, Spot Boring G82 Drilling Cycle, Counter Boring G83 Peck Drilling Cycle G84 Tapping Cycle G84 with M29 Rigid Tapping Cycle (ISNC) G84.2 Right Hand Rigid Tap Cycle CW - (ISNC) G84.3 Left Hand Rigid Tap Cycle CCW - (ISNC) G85 Boring Cycle G86 Bore Rapid Out Cycle (ISNC) G86 Bore Orient Cycle (BASIC NC) G87 Back Boring Cycle (ISNC) G87 Chip Breaker Cycle (BASIC NC) G88 Boring Cycle Manual Feed-out, Dwell (ISNC) 7

8 G88 Rigid Tapping Cycle - (BASIC NC) G89 Bore Cycle with Dwell G90 Absolute Programming G91 Incremental Programming G92 Preset Zero Point G93 Inverse Time Feed G94 Feed Per Minute G94.1 Rotary Tangential Velocity Control G98 Return to Initial Point Default G99 Return to R Plane HURCO M Code Table - Mill M00 M01 M02 M03 M04 M05 M06 M07 M08 M09 Program Stop Optional Stop Program End Spindle CW Spindle CCW Spindle Stop Tool Change Secondary Coolant On Primary Coolant On Coolant Off 8

9 M10 M12 M13 M19 M20 M21 M25 M26 M27 M29 M30 M31 M32 M33 M34 M35 M36 M38 M39 M40 M41 Both Primary and Secondary Coolant On Clamp Rotary C Axis Unclamp Rotary C Axis Orient Spindle Advance Indexer One Position Initiates Lubrication Cycle Retract Z Axis to Home Position (BASIC NC) Select Part Probe Signal Select Tool Probe Signal Enable Rigid Tapping (ISNC) Program End Rewind Rotary Encoder Reset (ISNC) Clamp Rotary A Axis Unclamp Rotary A Axis Clamp Rotary B Axis Unclamp Rotary B Axis Switch Off Servos Reads & Places the State of the Tool Laser Probe OK Signal Reads & Places the State of the Tool Laser Probe Static Signal Reads & Places the State of the Tool Laser Probe Dynamic Signal Single Touch Skip Function 9

10 M42 Double Touch Skip Function M43 Increases the Barrier Air (Tool Laser Probe) M44 Reduces the Barrier Air (Tool Laser Probe) M45 Opens Tool Laser Probe Shutter M46 Closes Tool Laser Probe Shutter M47 Tool Laser Probe Emitter On M48 Tool Laser Probe Emitter Off M49 Tool Laser Probe Receiver On M50 Tool Laser Probe Receiver Off M52 Enables Auxiliary Output 1 M53 Enables Auxiliary Output 2 M54 Enables Auxiliary Output 3 M55 Enables Auxiliary Output 4 M56 Rotate Pallet Changer No Pallet Confirmation M57 Rotate Pallet Changer Pallet 1 M58 Rotate Pallet Changer Pallet 2 M59 Chip Conveyor Forward On M60 Chip Conveyor Reverse On M61 Stops Chip Conveyor M62 Disables Auxiliary Output 1 M63 Disables Auxiliary Output 2 M64 Disables Auxiliary Output 3 10

11 M65 Disables Auxiliary Output 4 M68 Enables Washdown Coolant System M69 Disables Washdown Coolant System M76 Normal Rotary A Axis Operation (Default) M77 Reverses Rotary A Axis Operation M78 Normal Rotary B Axis Operation (Default) M79 Reverses Rotary B Axis Operation M80 Rotary C Axis Right-Handed Operation (Default) M81 Rotary C Axis Left Handed Operation M98 Subprogram Call M99 End Subprogram; Return to Main Program M126 Shortest Rotary Angle Traverse M127 Shortest Rotary Angle Traverse Cancel M128 Tool Center Point Management M129 Tool Center Point Management Cancel M140 Tool Vector Retract M200 Set Tilt Axis Preference 11

12 Hurco Lathe HURCO G Code Table - Lathe G00 G01 G02 G03 G04 G07 G08 G09 G20 G21 G33 G40 G41 G42 G53 G59 G73 G74 G78 G80 Rapid Interpolation Linear Interpolation Circular Interpolation CW Circular Interpolation CCW Dwell Radius Programming Diameter Programming Default Exact Stop Inch Mode Metric Mode Threading Cutter Comp Cancel Default Cutter Comp Left Cutter Comp Right Machine Coordinates Cancel Work Coordinate Offsets Default Peck Drill Cycle with Chip Break Left Handed Tapping Threading Cycle Canned Cycle Cancel Default 12

13 G81 G82 G83 G84 G90 G91 G92 G94 G95 G96 G97 G98 G99 G101 G102 G103 G104 G105 G106 G107 G108 G109 Drill Cycle Drill Cycle with Dwell Peck Drill Cycle Right Hand Tapping Cycle Absolute Programming Incremental Programming Work Coordinate Set; or Spindle Max Speed Feed per Minute Default Feed per Revolution Constant Surface Speed (CSS) Direct RPM Programming Return to Initial Point Default Return to R Plane Axial Surface of the Part Main Spindle without Linear Y Radial Surface of the Part Main Spindle without Linear Y Axial Surface of the Part Main Spindle with Linear Y Radial Surface of the Part Main Spindle with Linear Y Axial Surface of the Part Sub-Spindle without Linear Y Radial Surface of the Part Sub-Spindle without Linear Y Axial Surface of the Part Sub-Spindle with Linear Y Radial Surface of the Part Sub-Spindle with Linear Y Turning / Lathe Mode 13

14 HURCO M Code Table - Lathe M00 M01 M02 M03 M04 M05 M07 M08 M09 M12 M13 M14 M15 M16 M17 M18 M19 M20 M21 M22 Program Stop Optional Stop End of Program Spindle CW Spindle CCW Spindle Off Secondary Coolant On Primary Coolant On Coolant Off Turret Index Reverse Turret Index Forward Chuck Open Chuck Close Chuck Air Blow On Chuck Air Blow Off Main Chuck Coolant On Spindle Orient Chuck Open for Bar Feeder Start Bar Feeder Finished Close Chuck Bar Load Start Bar Feeder 14

15 M23 M24 M25 M28 M29 M30 M31 M32 M38 M39 M41 M42 M48 M49 M50 M51 M52 M53 M54 M55 M57 M58 Start Bar Feeder for Z Guided Feed Part Conveyor On Part Conveyor Off Tailstock Quill Advance Tailstock Quill Retract End of Program Rewind Increment Cycle Counter Increment Setup Cycle Counter Steady Rest Clamp Steady Rest Unclamp Spindle Gear 1 / Low Gear Range Spindle Gear 2 / High Gear Range Use Feedrate Override Ignore Feedrate Override Conveyor On Conveyor Off Auxiliary Output 1 On Auxiliary Output 2 On Auxiliary Output 3 On Auxiliary Output 4 On Use Part Catcher with Bar End Eject Part Catcher Advance 15

16 M59 M60 M61 M62 M63 M64 M65 M71 M72 M74 M85 M86 M91 M94 M114 M115 M118 M130 M131 M132 M133 M134 Part Catcher Retract External Chucking Internal Chucking Auxiliary Output 1 Off Auxiliary Output 2 Off Auxiliary Output 3 Off Auxiliary Output 4 Off Tool Setter Retract Tool Setter Advance Activate Rigid Tapping Auto Door Open Auto Door Close Single Block Inactive Set Program Maximum Rapid Rate Chuck Open Sub Spindle Chuck Close Sub Spindle Sub Chuck Coolant On Turning Mode Milling Mode Enable C Axis Clamp Enable C Axis Hold Assist Release Both C Axis Clamps 16

17 M160 M161 M186 M187 M200 M203 M204 M205 M231 M232 M234 M241 Select External Chucking Sub Spindle Select Internal Chucking Sub Spindle Activate Torque Monitoring for W Axis De-activate Torque Monitoring for W Axis Block Skip Synchronization Sync Spindles Forward Mode Sync Spindles Reverse Mode Clear Spindle Sync Bypass Chuck Open Interlock Main Spindle Enable C3 Axis Clamp Release C3 Axis Clamp Allow Sub-Spindle Chuck to Open While Spindle is Running for Part Transfer 17

18 Decimal Equivalent Chart Decimal Drill Size Metric Tap Size /

19 Decimal Drill Size Metric Tap Size /

20 Decimal Drill Size Metric Tap Size / # #1-64 & # / #2-56 & #2-64 Decimal Equivalent Chart Decimal Drill Size Metric Tap Size # # # /

21 Decimal Drill Size Metric Tap Size / # # # # / Decimal Drill Size Metric Tap Size # /

22 Decimal Drill Size Metric Tap Size #8-32 & # / # / # / # # / #

23 Decimal Drill Size Metric Tap Size / / / /4-28 & 1/ A / B C D /4 (E) F /

24 Decimal Drill Size Metric Tap Size.2610 G / H I / J Decimal Equivalent Chart Decimal Drill Size Metric Tap Size.3020 N / / O P / Q / R / / S T / U /

25 Decimal Drill Size Metric Tap Size.2810 K / / L M / Decimal Drill Size Metric Tap Size / V W / / X Y / / Z / / / / / / /

26 Decimal Drill Size Metric Tap Size / / / / / / / / / / / / / / / / / / /16-20 & 11/ / / / / / / / / / /

27 Decimal Drill Size Metric Tap Size / / / /16-20 & 7/ / / / / / / / / / / /16-16 & / / / / / / / /

28 Pipe Thread Sizes Tap Size Inside Dia. Outside Dia. Tap Drill 1/8-27 1/4 3/8 11/32 ¼-18 3/8 17/32 7/16 3/8-18 1/2 11/16 37/67 ½-14 5/8 13/16 23/32 ¾-14 13/ / ½ 1 1/16 1 5/16 1 5/32 1 ¼ -11 ½ 1 3/8 1 5/8 1 1/2 1 ½ - 11 ½ 1 5/8 1 7/8 1 47/ ½ 2 1/16 2 3/8 2 7/32 2 ½ /16 2 7/8 2 5/8 Taper Angle = 1 47' 24 ( ) Thread Angle = 60 Millimeters x = Inch Meters x = Inch Meters x = Feet Meters x = Yards Kilometers x = Miles Inch Metric Conversion 28 Inch x 25.4 = Millimeters Inch x = Meters Feet x = Meters Yards x = Meters Miles x = Kilometers Note: The Hurco control has an inch/metric toggle that automatically converts measurements.

29 Standard 60 Centerdrill Dimensions Size Dia. (A) Tip Dia. (D) Tip Length (C) OAL (L) 00 1/ /8 0 1/8 1/ /8 1 1/8 3/64 3/64 1 1/4 2 3/16 5/64 5/64 1 7/8 3 1/4 7/64 7/ /16 1/8 1/8 2 1/8 5 7/16 3/16 3/16 2 3/4 6 1/2 7/32 7/ /8 1/4 1/4 3 1/4 8 3/4 5/16 5/16 3 1/2 29

30 Cutting Formula Abbreviations DIA Diameter MRR Material removal rate DOC Depth of cut RPM Revolutions per minute F Feedrate SFM Surface feet per minute FPR Feed per revolution SMPM Surface meters per minute FPT Feed per tooth MMPR Millimeters per revolution IPM Inches per minute T Number of cutter flutes IPR Inches per revolution TCm Time cutting minutes LOC Length of cut TCs Time cutting seconds TPI Threads per inch WOC Width of cut Hole Chamfer Depth Formulas x Chamfer Dia. = Point Depth x Chamfer Dia. = Point Depth x Chamfer Dia. = Point Depth x Chamfer Dia. = Point Depth x Chamfer Dia. = Point Depth x Chamfer Dia. = Point Depth 30

31 Cutting Formulas Mill Lathe SFM = x DIA x RPM IPR = IPM RPM RPM = 3.82 x SFM DIA SMPM = SFM x.3048 IPM = FPT x T x RPM MMPR = IPR x 25.4 FPR = IPM RPM LOC = IPM x TCm FPT = IPM (RPM x T) TCs = LOC (IPR x RPM) x 60 MRR = W x DOC x F IPM = IPR x RPM TCs = LOC IPM x 60 TCm = LOC IPM Right Triangle Formulas Tan A = side a side b Sin A = side a side c Sin B = side b side c Angle A = 90 - Angle B Angle B = 90 - Angle A 31

32 Cutting Speeds & Feeds (Carbide Only) Feed per Tooth Alloy Material SFM Rough Finish Aluminum (T1-T3) (T4-T6) Brass Brass Copper Copper Composites G10 Fiberglass Graphite Graphite / Epoxy Plastics Magnesium Magnesium Max RPM Cast Iron Ductile Gray Inconel 625 / Steel 1018 /

33 Alloy Material SFM Rough Finish Stainless / 17-4PH C Tool Steel A D H P Titanium Commercial AL-4V AL-6V

34 Performing a Manual Tool Change 1. Press the MANUAL mode button on the control panel 2. Press INPUT on control panel 3. Select TOOL REVIEW softkey 4. Select TOOL SETUP softkey 5. Enter the desired tool number and press ENTER

35 6. Press the Tool Changer AUTO button START CYCLE should begin to flash 7. Press the flashing START CYCLE button 8. Verify the AUTO/MANUAL state of the current tool use the Tool Changer Auto button to toggle the AUTO/MANUAL condition of the tool

36 Clear Tool in Spindle 1. Press the MANUAL mode button on the control panel 2. Select TOOL MANAGEMENT softkey 3. Select CLEAR TOOLIN SPINDLE softkey 4. Press the flashing START CYCLE button

37 Tool Touch - Off Without Tool Touch Probe Note: the tool setup and touch-off procedures in this manual assume that the machine control has been setup in Absolute Tool Length mode. Please refer to the separate section at the end of this document for more details. 37

38 Tool Touch - Off (Without Tool Touch Probe) Step 1 - Verify Active Device 1. Press INPUT on control panel 2. Select TOOL REVIEW softkey 3. Select TOOL SETUP softkey 4. Select MORE softkey 5. Select TOOL MEASURMENT SETTINGS softkey 6. Select the active Touch-off device 38

39 Tool Touch - Off (Without Tool Touch Probe) Step 2 - Calibrate the Tool 1. Jog the tool into contact with the active touch-off device using the hand-wheel 2. Store the tool length by pressing the SET LENGTH softkey (F6) 39

40 Tool Touch - Off With Tool Touch Probe Note: the tool setup and touch-off procedures in this manual assume that the machine control has been setup in Absolute Tool Length mode. Please refer to the separate section at the end of this document for more details. 40

41 Tool Touch - Off (With Tool Touch Probe) Step 1 - Verify Probing Cycle Defaults 1. Press INPUT on control panel 2. Select TOOL REVIEW softkey 3. Select TOOL SETUP softkey 4. Select MORE softkey 5. Select TOOL PROBING softkey 6. Select TOOL PROBE SETUP softkey 7. Select TOOL PROBING CYCLE DEFAULTS softkey 41

42 Tool Touch - Off (With Tool Touch Probe) Step 2 - Probe the Tool 1. Press INPUT on control panel 2. Select TOOL REVIEW softkey 3. Select TOOL SETUP softkey 4. Select MORE softkey 5. Select TOOL PROBING softkey 6. Measure tool for reference length, and enter the value in the TOOL CAL LENGTH field 6 42

43 7. Check the EDIT PARAMETERS box to allow editing of the default probing parameters only if needed be sure to check all 3 tabs (Main, Length, Diameter). 8. Select the desired cycle type 9. Select the PROBE CURRENT TOOL NOW softkey Note: the travel speed of the probe is controlled by the FEED knob only

44 Mill Part Setup (Without Part Probe) Part Setup Screen Note: the default configuration for the part setup screen is in the Universal Rotary setting. Regardless of the machine configuration (3-axis, 4-axis, or 5-axis) there will be data fields for a IV and V axis. This is normal, and the fields can be ignored for standard 3-axis machines. 44

45 1. Press INPUT on control panel 2. Select PART SETUP softkey 3. Jog the desired axis into position using the handwheel 4. Place the cursor in the corresponding data field for the desired axis 5. Select the STORE MACHINE POSITION softkey 6. Verify the data is correct 45

46 Mill Part Setup (Without Part Probe) Part Setup Screen Note: the SHIFT field can be used to incrementally shift the Z-axis. For example: a value of will shift the Z-axis zero in the positive direction by two inches. Both positive and negative values can be input. 46

47 Hurco Companies, Inc. One Technology Way / P.O. Box Indianapolis, IN info@hurco.com Hurco Applications Hotline applications@hurco.com CNC Machining Blog Subscibe to Mike s blog for a variety of different subject matters: high-speed and 5-axis machining, workholding, the latest control technologies, and Hurco tips-and-tricks just to name a few. blog.hurco.com 47

48 Hurco Product Lineup 3-Axis Machines Performance Machining Model Travel VMX24i 24 x 20 x 24 VMX30i 30 x 20 x 24 VMX42i 42 x 24 x 24 VMX50i 50 x 26 x 24 VMX50i 50t 50 x 26 x 24 VMX6030i 60 x 30 x 24 VMX6030i 50t 60 x 30 x 24 VMX64i 64 x 34 x 30 VMX64i 50t 64 x 34 x 30 VMX84i 84 x 34 x 30 VMX84i 50t 84 x 34 x 30 High Speed Machining Model Travel VMX24HSi 24 x 20 x 24 VMX30HSi 30 x 20 x 24 VMX42HSi 42 x 24 x 24 VMX60HSi 60 x 26 x 24 General Purpose Machining Model Travel HTM30i 30 x 17 x 18 VM5i 18 x 14 x 14 VM10i 26 x 16 x 20 VM20i 40 x 20 x 20 VM30i 50 x 20 x 20 VM10HSi 26 x 16 x Axis Machines 5-Axis: Trunnion Table Model Travel VM10UHSi 21 x 16 x 19 VM10Ui 21 x 16 x 19 VMX30Ui 30 x 20 x 20.5 VMX30UHSi 30 x 20 x 20.5 VMX42Ui 42 x 24 x 20.5 VMX60Ui 60 x 26 x 20.5 VTXUi 31.5 x 27.5 x 20 BX40Ui 37.4 x 21.6 x Axis: Swivel Head Model Travel VMX42SHSRTi 42 x 24 x 24 VMX42SRTi 42 x 24 x 24 VMX60SRTi 60 x 26 x 24 VMX42SWi 42 x 24 x 24 VMX60SWi 60 x 26 x 24 VMX84SWi 80 x 34 x 30 5-Axis: Cantilever Model Travel VC500i 20.5 x 17.7 x 15.8 VCX600i 24 x 20.5 x 19 High Speed Double Column Machine Model Travel BX40i 27.6 x 40.2 x 19.7 BX50i 53.2 x 37.4 x 23.6 BX60i 63 x 51.2 x 27.6

49 Large Machines Bridge Machining Model Travel DCX22i 86.6 x 66.9 x 29.5 DCX22i 50t 86.6 x 66.9 x 29.5 DCX32i 50t 126 x 82.7 x 36.2 DCX32-5Si 126 x 74.8 x 25.6 DCX42i x x 43.3 Horizontal Machines Horizontal Machining Model Travel HM1700i 67 x 51 x 35 HM1700Ri 67 x 47 x 35 HMX500i 32 x 24 x 25.3 HMX500i 50t 32 x 24 x 25.3 HMX630i 50t 41.3 x 35.4 x 39.4 HBMX55i 55.1 x 55.7 x 43.3 HBMX80i 79 x 71 x 67 x 20 (W Axis) HBMX95-5i 94 x 83 x 59 x 35 (W Axis) HBMX120i x 70.1 x 66.9 x 19.7 (W Axis) Heavy Duty Turning Model Turning Centers Bar Capacity Max Dia TM18i TM18Li TM18LBBi Performance Slant-Bed Lathes Model Bar Capacity General Purpose Slant-Bed Lathes Model Bar Capacity Max Dia TMX8i TMX8MYi (Live Tooling) TMX8MYSi (Live + Sub) TMX10i TMX10MYi (Live Tooling) TMX10MYSi (Live + Sub) Max Dia TM6i TM8i TMM8i (Live Tooling) TM10i TMM10i (Live Tooling) TM12i TMM12i Information may change without notice. 49

50 Notes: 50

51 51

52 What s inside this book? HURCO G Code Table - Mill HURCO M Code Table Mill HURCO G Code Table - Lathe HURCO M Code Table Lathe Decimal Equivalent Charts Pipe Thread Sizes Inch Metric Conversion Standard 60 Centerdrill Dimensions Hole Chamfer Depth Formulas Cutting Formulas & Abbreviations Cutting Speeds & Feeds Performing a Manual Tool Change Clear Tool in Spindle Tool Touch - Off (Without Tool Touch Probe) Tool Touch - Off (With Tool Touch Probe) Mill Part Setup Hurco Product Lineup Get links to more resources by scanning the code or go to /education T489 LF1.5KM Rev PRINTED IN USA