Hi-MOLD6500HYUNDAI WIA Vertical Machining Center for Die and Mold

The Vertical Machining Center Hi-MOLD6500 by Huyndai WIA CORP, the national (Kor) tool maker with years of expertise and the latest technology, are high-performance equipment for processing high quality molds.

Technical Leader Hi-MOLD6500mm(in)

kg(lb)

-

r/min

kW(HP)

EA

mm(in)

m/min

1,200×650 (47.2″×25.6″)

1,000 (2,205)

BCV40/BBT40

20,000 [24,000]

22/18.5 (30/25) [22/18.5 (30/25)]

30

1,100/650/550 (43.3″/25.6/21.7″)

40/40/40

Table Size

Max. Load Capacity

Spindle Taper

Spindle Speed

Spindle Output

No. of Tools

Travel(X/Y/Z)

Rapid Feed Rate

[Option]

State-of-the-art Technology for Machining Precision Molds

Hi-MOLD6500● Bridge type machining center for utmost quality of molding

● High-precision spindle design with precision angular contact bearing

● 20,000 rpm built-in spindle for high-precision molding (Option : 24,000 rpm)

● Nut cooling ball screw in all-axis as a standard application

● Hyundai-Wia molding package for optimal mold parts tooling

● Thermal displacement minimization with thermal distortion stabilizing system enabled (Option)

Basic FeaturesSuper Quality & ProductivityVertical Machining Center for Mold Machining

Double Column StructureHi-MOLD6500 is built upon a double column type frame. The biggest benefit of a double column machining center is the increased rigidity and less heat generated. Hence, it retains accuracy and repeatability at the highest levels.

01

Built-In SpindleBy using ultra precision class angular bearings, fast acceleration and deceleration of the main spindle is achieved.

X Type of Rib Structure BedHi-MOLD6500 was manufactured with X type and high rigid of Rib structure, and it showing the best performance in the high quality of mold machining, due to excellent vibration absorption, powerful cutting and high precise machining.

Grease Lubrication Method GuidewayBecause the lubricant which is injected to both LM guide block and ball screw nut is adopted as the grease lubrication method, we can save more than 33 times of the consumption of lubricant compared to the oil lubrication method.

Step Type of Column StructureSince X axis Cross Beam of column had been desinged with step type, it had reduced the load that occurs on the front during the product processing. In additional, the transfer stability had been increased by optimizing the column's weight.

02

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01Hi-MOLD6500

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Basic Structure

01

03

04

0505

06

02

02 ◉ Rapid Feed Rate (X/Y/Z axis)

40/40/40 m/min

◉ Feed Travel (X/Y/Z axis)

1,100/650/550 mm (43.3″/25.6″/21.7″)

◉ Table Size (LxW)

1,200×650 mm (47.2″×25.6″)

◉ Table Max. Load Capacity

1,000 kgs

Thermal Distortion Stabilizing SystemHI-MOLD6500 has adopted thermal ristortion stabilizing system for the first time. This prevents thermal deformation of the travel axes due to frequent repetition and helps maintaining constant temperature.

Nut Cooling Ball ScrewHI-MOLD6500 has also adopted ball screw nut cooling system which protects travel axes from thermal deformation.

06

05

High-Precision SpindleLong Lasting High Accuracy & Excellent PerformanceVertical Machining Center02Hi-MOLD6500

The increase in standard diameter improves stiffness and ATC interactive precision, and Z-axis displacement prevention further extends tool life.

Application of 2 Faces SpindleThe Big Plus spindle system (BCV40/BBT40) provides dual contact between the spindle face and the flange face of the tool holder. This greatly increase tool rigidity, reduces run out and adds significant productivity to yourmachining applications.

Built-In SpindleBy using ultra precision class angular bearings, fast acceleration and deceleration of the main spindle is achieved. The spindle head is designed to minimize heat displacement therefore reducing growth and making it possible to maintain high accuracies.

Before Clamping After Clamping

Clamping

Non Contact Contact

Axial Movement is Important for Face Contact

Spindle CoolingSpindle temperature can be controlled by the use of a spindle oil chiller. This ensures constant oil temperature and minimizes growth in the spindle due to thermal distortion.

Spindle Thru CoolantCoolant through the spindle is particularly useful when drilling deep holes. It helps increase the lifetime of the machine, while decreasing cycle time.20 bar [70 bar]

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Spindle

Power(kW) Torque(N.m)

Spindle Speed (r/min)

0

22

18.5

13

53

37

24,0006,300 9,0003,350

24,000rpm (Opt.)

22kW (S2, 10min)

18.5kW (Cont.)

53N.m (S2, 10min)

37N.m (Cont.)

Low Winding High Winding

Power(kW) Torque(N.m)

Spindle Speed (r/min)

0

22

18.5

13

53

37

20,0006,300 9,0003,350

20,000rpm

22kW (S2, 10min)

18.5kW (Cont.)

53N.m (S2, 10min)

37N.m (Cont.)

Low Winding High Winding

Table & MagazineHigh Productivity Achieved with High Rigidity, Accuracy Machining

Table & Machining AreaCompared to competitive machines, the Hi-Mold series has a large work envelop making setup and use easy and convenient for the operator.

◉ Table Size (X/Y axis) : 1,200/650 mm (47.2″/25.6″)

◉ Table Load Capacity : 1,000 kgs

03Hi-MOLD6500

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Peripheral Device

◉ Number of Tools : 30 EA

◉ Tool Shank : BCV40/BBT40 ◉ Max. Length of Tools : 300 mm (11.8″)

◉ Max. Weight of Tools : 8 kgs

◉ Max. Diameter of Tools : (W.T/W.O)

Ø90/Ø150 (Ø3.5″/Ø5.9″)

MagazineThe tool magazine holds 30 tools as standard.

Tools are stored away from the cutting area to ensure they stay clean at all times.

ATCThe Double Arm ATC provides fast and reliable tool changes to help reduce machining cycle times.

◉ Tool Change Time

Tool to Tool : 2 Sec Chip to Chip : 5 Sec

Intelligent Machining

Machine Monitoring

High Precision

High Productivity Energy Savin

g

HW-TM | HW-MCS | HW-A

FC

HW-TOM | HW-WCM

HW-ESS

User Friendly

HW-MMSHW-TDC | HW

-WARM

UP

HYUNDAI WIA Smart System for Vertical Machining Center

User Convenience

HW-eDNC

HW-MCG

Faster processing programming and enhanced processing accuracy are possible through HYUNDAI WIA Smart System. It also maximizes productivity through equipment monitoring and environment-friendly software.

HW-eDNCHYUNDAI WIA ethernet Direct Numerical Control

This software transmits and receives the CNC of processing equipment, the processing program and the NC data on a PC through the internet or serial communications, while managing the processing program of the CNC memory.

HW-MMSHYUNDAI WIAMachine Monitoring System

This software is for remote control monitoring of equipment status (mobile, PC.) It checks and manages the state of multiple pieces of equipment and the progress of processing on a real time basis.

Smart SystemSoftware for Smart Operating and Machining04Hi-MOLD6500

HW-TDCHYUNDAI WIA Thermal Displacement Compensation

Software that measures the changes in the external environment as well as heat emission during processing to help in reducing thermal displacement.

HW-ESSHYUNDAI WIAEnergy Saving System

This is an environment-friendly power reduction software reducing the standby power unnecessarily wasted in the equipment waiting for a processing operation.

HW-TMHYUNDAI WIATool Monitoring

This is an equipment-monitoring software which checks the overload, attrition and possible damage of equipment by analyzing the spindles and the output load of the feed shaft generated during a processing operation.

HW-MCGHYUNDAI WIAMachine Guidance

NC-installed software featuring operation, maintenance, management monitoring and many more user-friendly systems.

HW-WARMUPHYUNDAI WIAWARMing Up

Warm-up software that measures main spindle halt and system warm-up time.

HW-TOMHYUNDAI WIATool Offset Measurement

User-friendly GUI software indicating tool length, diameter, and damage

HW-WCMHYUNDAI WIA Work Coordinate Measurement

User-friendly GUI software that features material coordinate system measuring

HW-AFCHYUNDAI WIAAdaptive Feed Control

Software that controls the feed automatically to maintain certain processing overload to extend tool life as well as productivity.

HW-MCSHYUNDAI WIAMachining Condition Selection

The software that sets cutting and feeding parameters according to different processing (speed, degree, quality)

HYUNDAI WIA Smart System

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Mold PackagePowerful Mold Package, HYUNDAI-WIA Mold All in One

HWM ALL-IN-ONETo aid in the machining of molds, the Hyundai WIA Mold package is applied as a standard feature for Hi-MOLD6500 machines.

This ensures accurate and high quality sur-face finishes and contouring.

Mold Package Option

3 Package 4 Package (FANUC) (FANUC)

● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

HWM ALL IN ONE

AICCⅡ Package

S/W : HW-MCS, HW-AFC

Auto Power Off

Sp. Heat Distortion Compensation Device (8 Channels)

Cutting Air Blow

Auto Tool Measuring Device

Roller Type LM Guideway

Data Server 1GB

600 block

1,000 block

3 Package : Standard 4 Package : Option

05Hi-MOLD6500

Heat Distortion Compensation DeviceSpindle growth and distortion is minimized by the use of HYUNDAI WIA’s unique cooling techniques. This provides more accuracy when utilizing High Speed Machining.

◉ High Speed Contouring Control (AICCⅡ : 600 Block)

Recognizes NC Data prior to the current processing phase

◉ Optimal S/W (FANUC 31i-B Model) HW-MCS (Selectable Process Conditions) HW-AFC (Adapive Feed Control)

◉ Automatic Power Cut Off Device

➎ Contact Probe Detects and sets tool length, and wear(Graphic User Interface included)

➌ Main Spindle Cooling Device (8-channel) Maintains temperature on the main spindle (heat sensor)

➍ Cutting Air Blow No need for cutting oil during mold processing

Interface

T.D.C With PT100 Sensor

T.D.C With DISP. SensorPower supply (Opt. Filter Choke)

Compensation of heat displacement (control of transmission axis)

Cooling system (Opt, control of setting temperature)

Lubrication system (Oil-Air)

Mold Package

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Hyd. Supply UnitInstead of the standard hydraulic supply unit, an optional fixture unit can bring the pressure up to 70 bar, maximizing the clamping force on the fixture.

Hyd. Device

User ConvenienceVarious Devices for User Friendly

Mist CollectorThe mist collector catches and removes these particles to reduce the level of hazards in the air and reduce the accumulation of surface contaminates in your facility.

Environment Device

Linear ScaleLinear scales can be applied when highly accurate positioning is required.

Precision Device

Oil SkimmerAn oil skimmer can increase coolant and tool life by removing tramp oil contaminants.

Measuring Device

Touch SensorWork piece coordinate values can be set automatically using the optional spindle probe.

TLM - Laser & TouchTool lengths and diameters can be set automatically using the optional tool setter. This can also be used to monitor tool wear and detect broken tools.

Laser Type

Touch Type

06Hi-MOLD6500

HW-ecoPSYou can save 20% of energy when you choose the Hyundai-Wia Eco Saving System because Screen-Saver, Auto Power-Off, and Hydraulic servo motor auto control is available.

20% reduction

Befor

After

Standby PowerProduction Power

Production Power Standby Power

Optional

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Std. Coolant (Nozzle)

Bed Flushing Coolant

Spindle Thru Coolant (20 bar)

Jet Coolant

Gun Coolant

Standard

Standard

Standard

Option

Option

Coolant Unit

Chip Disposal Process

•Hinge Belt Type : Highly efficient when treating a lot of chips. Capable of synthetic chip treatment in collective chips. (Long Chip)

•Scraper Type : Facilitate to treat chip shortly cut. (Short Chip)•Drum Filter Type : Have advantage in precision because chips are not introduced to coolant nozzle. (AL Chip)

As the technology advances on the machining tools, so do the leftover metal chips. Timely and effective disposal of such chips will enhance productivity as well as working environment.

Chip Conveyor Front (Left)

Chip Conveyor

Hi-MOLD6500●○○●○●●○●●●☆☆☆☆○☆○○●○

○○○●○☆○☆

○○○○☆

○☆☆☆☆☆☆☆○☆○○

●☆☆-○☆☆

Call LightCall LightCall Light & BuzzerWork LightElectric Cabinet LightDoor Inter-LockRemote MPG3 Axis MPGSpindle Load MeterSpindle Speed MeterWork CounterTotal CounterTool Counter

Multi Tool Counter

Electric Circuit BreakerAVR (Auto Voltage Regulator)TransformerFlash Memory CardAuto Power OffBack up Module for Black outMeasuring Device

Air Zero

Work Measuring DeviceTLM(Marposs/Renishaw/Bloom)Tool Broken Detective DeviceLinear ScaleCoolant Level Sensor (Only for Chip Conveyor)EnvironmentAir ConditionerDehumidifierOil Mist CollectorOil Skimmer (Only for Chip Conveyor)MQL (Minimal Quantity Lubrication)Fixture & Automation

Auto Door

Auto Shutter (Only for Automatic System)Sub O/P

NC Rotary TableI/F

Control of Additional Axis

External M Code 4eaAutomation Interface

I/O Extension (In & Out)

Hyd. DeviceStd. Hyd. UnitCenter Type Hyd. Supply Unit

Hyd. Unit for Fixture

1 Color : ■3 Color : ■■■3 Color : ■■■B

DigitalDigitalDigital6ea9ea

50kVA

TACOSMC

Touch (Mold Package)Touch/Laser

X/Y/Z Axis

Std.High Speed

SingleChannel1Axis2Axis

16Contact32Contact

70bar / 14ℓ2x3(6Port)2x5(10Port)45bar70bar100barCustomized

Standard & Optional

20,000rpm (22/18.5kW)24,000rpm (22/18.5kW)Spindle Cooling System ATC

ATC Extension

Tool Shank Type

U-Center

Stud Bolt Collet Change

Table & ColumnAPCTap Type TableT-Slot TableNC Rotary TableHIgh ColumnCoolant SystemStd. Coolant (Nozzle)Bed Flushing Coolant

Spindle Thru Coolant

Top Cover Shower CoolantGun CoolantSide Oil Hole CoolantAir GunCutting Air BlowTool Measuring Air Blow (Only for TLM)Air Blow for AutomationThru MQL Device (Without MQL)Coolant ChillerPower Coolant System (For Automation)Chip DisposalCoolant Tank

Chip Conveyor

Special Chip Conveyor (Drum Filter)

Chip Wagon

Safety DeviceTotal Splash GuardS/WMachine guidance (HW-MCG) : FANUCTool Monitoring (HW-TM) : FANUCDNC Software (HW-eDNC)Spindle Heat Distortion Compensation (HW-TDC)Spindle Warm up Function (HW-WARMUP)Energy Saving System (HW-ESS) : FANUCMachine Monitoring System (HW-MMS)Tool Offset Measurement (HW-TOM) : FANUCWork Coordinate Measurement (HW-WCM) : FANUCMachining Condition Selection (HW-MCS) : FANUCAdaptive Feed Control (HW-AFC) : FANUCETCTool BoxCustomized ColorCAD&CAM Software

FANUCFANUC

2430BCV40/BBT40CAT40/BT40HSK-A63D'andrea45°60°90°

300mm (11.8″)

20bar 30bar 70bar / 15ℓ 70bar / 30ℓ

350ℓHingeScraper

Standard (180ℓ)Swing (200ℓ)Swing Large (290ℓ)Large (330ℓ)Customized

Need for Munsel No.

Spindle Electric Device

● : Standard ○ : Option ☆ : Prior Consultation - Non Application

Hi-MOLD6500●○●

☆●●○☆-●○○

--●☆☆

●●●☆○☆●○○-○●●☆☆☆☆

●●○☆○○○☆☆

●

○○○●●○☆●○●●

●☆☆

The specifications as above will only serve as a reference.

SPECIFICATIONS

❖ Mold Package (HW-MCS, HW-AFC : Standard)

unit : mm(in)External Dimensions

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SPECIFICATIONS

985 (38.8) 3365 (132.5)

970

(38.

2)

1200

(47.

2)

890

(35)

1644

(64.

7)46

8(1

8.4)

3002

(118

.2)

182(7.2)

2753 (108.4)

478

(18.

8)

3410 (134.3)

450(17.7)

2500

(98.

4)

1192

(46.

9)

985 (38.8) 3365 (132.5)

970

(38.

2)

1200

(47.

2)

890

(35)

1644

(64.

7)46

8(1

8.4)

3002

(118

.2)

182(7.2)

2753 (108.4)

478

(18.

8)

3410 (134.3)

450(17.7)

2500

(98.

4)

1192

(46.

9)

650

(25.

6)

61 (2.4

)61 (2.4

)88 (3.5

)88 (3.5

)88 (3.5

)88 (3.5

)88 (3.5

)88 (3.5

)

600 (23.6) 600 (23.6)

1200 (47.2)

12 (0.5

)20 (0.8

)

32 (1

.3)

30(1.2)

Ø18H8(Ø0.7)

Detail T-Slot

unit : mm(in)Table Dimensions

SPECIFICATIONS

unit : mm(in)Tool Shank

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SPECIFICATIONS

Ø63

(Ø2.

48″)

65.4 (2.57)

6(0.24)

27(1.06)

2 (0.08)

Ø44

.45

(Ø1.

75″)

35 (1.38)

29(1.14)

Ø15

(Ø0.

59)

60°

45°

16.6 (0.65)

7/24

M16

Ø10

(Ø0.39)

10(0.39)

1 (0.04)(BBT40)

(BT40)

(BCV40)

(CAT40)

BT40/BBT40, BIG PLUS

60°

45°

CAT40/BCV40

Ø63

.5 (2

.5)

15 (0

.59)

25(0.984)

25(0.984)

16.3

83(0

.645

)

68.25 (2.687)15.8 (0.625)

19.05 (0.75)

3.2 (0.125)

1 (0.04) 7/24

32.15(1.266)

5/8″-11

Ø44

.5 (1

.75)

22.6(0.88)

16.1

(0.6

3)

Ø4

(Ø0.

15)

Ø3

(Ø0.

11)

Ø5

(Ø0.

19)

11.5(0.45)3

(0.11)

P5

16.1

(0.6

3)

Ø4

(Ø0.

15)

Ø3

(Ø0.

11)

Ø5

(Ø0.

19)

11.5(0.45)3

(0.11)

P5

ThroughCoolant

ThroughCoolant

Ø63

(Ø2.

48″)

65.4 (2.57)

6(0.24)

27(1.06)

2 (0.08)

Ø44

.45

(Ø1.

75″)

35 (1.38)

29(1.14)

Ø15

(Ø0.

59)

60°

45°

16.6 (0.65)

7/24

M16

Ø10

(Ø0.39)

10(0.39)

1 (0.04)(BBT40)

(BT40)

(BCV40)

(CAT40)

BT40/BBT40, BIG PLUS

60°

45°

CAT40/BCV40Ø

63.5

(2.5

)

15 (0

.59)

25(0.984)

25(0.984)

16.3

83(0

.645

)

68.25 (2.687)15.8 (0.625)

19.05 (0.75)

3.2 (0.125)

1 (0.04) 7/24

32.15(1.266)

5/8″-11

Ø44

.5 (1

.75)

22.6(0.88)

16.1

(0.6

3)

Ø4

(Ø0.

15)

Ø3

(Ø0.

11)

Ø5

(Ø0.

19)

11.5(0.45)3

(0.11)

P5

16.1

(0.6

3)

Ø4

(Ø0.

15)

Ø3

(Ø0.

11)

Ø5

(Ø0.

19)

11.5(0.45)3

(0.11)

P5

ThroughCoolant

ThroughCoolant

Specifications are subject to change for improvement without notice.

Table Size

Maximum Load Capacity

Table Change Time

Change Method

Table Driving Method

Spindle Taper

Spindle RPM

Spindle Power Output (Max./Cont.)

Spindle Torque (Max./Cont.)

Spindle Driving Method

Travel (X/Y/Z)

Distance from Table Surface to Sp

Distance from Column to SP. center

Rapid Feed Rate (X/Y/Z)

Cutting Feed Rate (X/Y/Z)

Slide Type

Number of Tools

Tool Shank

Max. Tool Dia. (W.T / W.O)

Max. Tool Length

Max. Tool Weight

Tool Selection Method

Tool Change Time T-T

C-C

Coolant Tank

Lubricating Tank

Hydraulic Tank

Air Consumption (0.5MPa)

Electric Power Supply

Thickness of Power Cable

Voltage

Floor Space (L×W)

Height

Weight

Controller

TAblE

FEED

TANkCApACITY

SpINDlE

ATC

MACHINE

NC

pOWErSUpplY

mm(in)

kg(lb)

sec

-

-

-

r/min

kW(HP)

N.m

-

mm(in)

mm(in)

mm(in)

m/min

m/min

-

EA

-

mm(in)

mm(in)

kg(lb)

-

sec

sec

ℓ(gal)

ℓ(gal)

ℓ(gal)

ℓ/min

KVA

Sq

V/Hz

mm(in)

mm(in)

kg(lb)

-

ITEM Hi-MOLD6500

1,200x650 (47.2″x25.6″)

1,000 (2,205)

-

-

-

#40

20,000 [24,000]

22/18.5 (30/25) [22/18.5 (30/25)]

53/37 [53/37]

BUILT-IN

1,100/650/550 (43.3″/25.6″/21.7″)

150 ~ 700 (5.9″ ~ 27.6″)

615 (24.2″)

40/40/40

24

RoLLeR GUIde

30

BCV40/BBT40

Ø90/Ø150 (Ø3.5″/Ø5.9″)

300 (11.8″)

8 (17.6)

RANdoM

2

5

450 (118.9)

3 (0.8)

30 (7.9)

500

40

over 50

220/60 (200/50)

3,365×2,955 (132.5″×116.3″)

3,030 (119.3″)

11,000 (24,251)

FANUC 31i-B

Specifications [ ] : Option

SPECIFICATIONS

FANUC 31i-BAxis control / Display unitControlled axesSimultaneous controllable axesLeast input incrementLeast command incrementInch / Metric conversionInterlockMachine lockEmergency stopStored stroke check 1Follow-upServo off

Backlash compensation

Position switchPitch error compensationLCD/MDIOperationAutomatic operation (memory)MDI operationDNC operationProgram restartDry run,Buffer register

Program check function

Single blockFeed functionsManual jog feedManual handle feed-rateFeed commandFeedrate overrideJog feedRapid traverse overrideOverride cancelRapid traverse bell-shaped acce/decelerationprogram input & Interpolation functionsAI Contour Control (AICC) IILabel SkipControl in/out

Interpolation function

Exact stop mode/Exact stopDwellHelical interpolationThreading/synchronous feedManual reference point returnReference point return1st, Reference point returnReference point return check2nd, Reference point returnProgram stop/endTape codeOptional block skipMax. programmable dimensionsAbsolute/incremental commandPlane selectionWork coordinate system settingAdditional work coordinate systemManual absoluteProgrammable data inputSub program callCustom macroCanned cycleOptional chamfering/corner RSkip functionAutomatic coordinate system settingCoordinate system rotationProgrammable mirror image

3 axis (X, Y, Z) 3 axis (G00 & G01 : 3 axis, G02 & G03 : 2 axis)X, Y, Z axis: 0.001 mm (0.0001″) B axis:1° [0.001°]X, Y, Z axis: 0.001 mm (0.0001″) B axis:1° [0.001°]G20 / G21Each axis / All axisAll axis

Over Travel

+/- 0~9999 pulse(rapid traverse & cutting feed)

10.4″ color LCD

Dry run, Program checkZ axis Machine Lock, Before feed stroke check

Rapid, Jog, handle, Manual reference point returnx1, x10, x100F code feedrate direct command0~200% (10% Unit)0~5,000mm/min (197ipm)F1, F25%, F50%, F100%

600Block

Positioning/Linear/Circular(G00/G01/G02/G03)G61 / G09G04, 0~9999.9999sec

G33

G28G27G30M00, M01 / M02, M30EIA / ISO (Automatic recognition)1 ea+/- 9999.9999” (+/- 8digit)G90 / G91G17, G18, G19G52~G59 (6 pairs)G54.1 P1~P48 (48 pairs)“On” fixedG1010 Step#100~#149, #500~#549G73, G74, G76, G80 ~ G89

G31

G68, G69G50.1, G51.1

Sub / Spindle functionsMiscellaneous functionMiscellaneous function lockSpindle speed commandSpindle speed overrideSpindle orientationRigid tappingTool functions / Tool compensationTool functionCutter compensation CTool length measurementTool length compensationTool offset pairsTool life managementData input / Output & Editing functionsReader/Puncher interfaceMemory card input/outputEmbeded EthernetUSB interfaceData serverPart program storage lengthRegistered programsMemory lockBack ground editingExternal workpiece number searchScreen hard copyExtended part program editing

External data input

Automatic data backupSetting, Display, DiagnosisSelf-diagnosis functionAlarm history displayHelp functionRun hour/Parts count displayActual cutting feedrate displayGraphic displaySpindle/Servo setting screenOperation monitor screenSelection of 5 optional languageLCD Screen Save

OptionSub Axis ControlWork coordinate CommandWork coordinate InterpolationCircular interpolationSingle direction positioningFAST ethernetAdditional Work coordinate systemScalingFS 15 tape formatTool offset numberPart program storage lengthAICC IIManual guide iAdditional Optional blockskipHandle Interupt3 Axis MPGProgram storage lengthProtection of data at 8 levelsAdditional custom micro changeRigid tapp returnTool management function

Figures in inch are converted from metric values.Design and specifications subject to change without notice.

M4 digit

S5 digits, binary output50% ~ 120% (10% Unit)

FSSB Rigid tapping

Max. T8 digitsG40~G42Z axis Input CG43, G44, G4964 Pair

RS232C

100 Mbps

1GB1280m (512Kbyte)1,000 ea

Copy, move, change of NC programTool compensation, Message,Machine reference point shift

Alarm & Message

Screen saver

G15, G16G12.1, G13.1G07.1G60100 Mbps300 pairs

200 pairsMax. 1000 EA1000 BlockInteractive program9 ea (Application can be limited)

1Mbyte

#100 ~ #199, #500 ~ #999

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