cHina beiging OFFice guangzHOu OFFice Heavy Duty … Series.pdf · cHina beiging OFFice ... gears or belts, ... spindle ideal for mold manufactures

2012-03-4000 Ver. 2 ENG

LISH

Head Office & Factory391-8 Gaumjung-Dong, Seongsan-Gu, Changwon, Gyeongnam, KoreaTEL : +82 55 280 9114, FAX : +82 55 282 9680 http : //www.hyundai-wia.com, E-mail : [email protected]

Seoul Office9th Floor Landmark Tower 837-36, Yeoksam Dong, Gangnam-Gu, Seoul, KoreaTEL : +82 2 2112 8452~63, FAX : +82 2 2112 8400

Hyundai-Wia MacHine aMerica cOrp. 450 Commerce Blvd. Carlstadt, New Jersey, U.S.A., 07072TEL : +1 201 636 5600 FAX : +1 201 636 5678http ://www.hyundai-kiamachine.com

cHicagO OFFice751 Landmeier Rd. Elk Grove Village, IL 60007 U.S.A.TEL : +1 847 640 8870(#201) FAX : +1 847 640 8701 http ://www.hyundai-kiamachine.com

L.a OFFice11155 Knott Ave, Suit F, Cypress, CA 90630 U.S.A TEL : +1 714 373 5480 FAX : +1 714 373 5485 http ://www.hyundai-kiamachine.com

argentina OFFiceAV, Alicia Moreau de Justo 1848 of 4-6 Puerto Madero(C1107AFL). Buenos Aires, Argentina TEL : +54 11 4313 1917 FAX : +54 11 4313 1929 http ://www.hyundai-kiamachine.com

Hyundai-Kia eurOpe gMbH Kaiserleipromenade 5, D-63067 Offenbach,Germany TEL : +49 69 271 472700 FAX : +49 69 271 472719 http ://www.hyundai-kia.de

raunHeiM Service centerKelsterbacher Str. 38-46 D-65479 Raunheim, Germany TEL : +49 6142 834 0 FAX : +49 6142 834 100 http ://www.hyundai-kia.de

cHina beiging OFFiceRoom 908 No. 38 Xiaoyun Road, Chaoyang District, Beijing China 100027 TEL : +86 10 8453 9850~2 FAX : +86 10 8453 9853

SangHai OFFiceRoom 501 Ocular B/D, No.1366 Wu Zhong Road, 201103 Shanghai, Chian TEL : +86 21 3431 0370~2 FAX : +86 21 3431 0376

guangzHOu OFFiceRoom 906, International Finance Place, No.8 Huaxia Road, Pearl River New Town, Tianhe District, Guangzhou, China, 510623 TEL : +86 20 8550 6595~6 FAX : +86 20 8550 6597

cHengdu OFFiceRoom 2103, Block A, Times Plaza, Zongfu Road, Chengdu, China 610016 TEL : +86 28 8665 5550 FAX : +86 28 8665 2985

WuHan OFFice Room 43-05, New World International Trade Building(Wuhan) No.568 Jianshe Avenue, Jianghan District, Hankou, Wuhan, Hubei 430022 TEL : +86 - 27 - 5952- 3256~7 FAX : +86 - 27 - 5952 - 3258

QingdaO OFFiceRoom 1207, Zhaoyin Building, 36 Hongkong Middle Road, Qungdao, shandong 266071, China TEL : +86 - 532 - 8667-9333~5 FAX : +86 - 532 - 8667-9338

SHenyang OFFiceRoom 1304, Fortune Center No. 53 Bezhan Road Shenhs, D StrictShenyang, China 110013 TEL : +86 - 24 - 3228 - 6640 FAX : +86 - 24 - 3228 - 6642

india cHennai OFFiceNo.6, Papparambakkam Village, Thiruvallur Taluk & District - 602025 Tamilnadu, India TEL : +91- 44 - 3717 - 6333 FAX : +91 - 44 - 3717 - 6363

※ Specifications are subject to change for improvement without notice.

Heavy Duty Vertical Machining Center

F750/960 Series

Heavy Duty Vertical Machining Center

F750/960 Series

The New Face of Mold Machining

High precision Vertical Machining Center ideal for Heavy duty cutting, as well as machining molds.

The powerful and strong geared spindle head provides both high spindle speed and high low end

torque with minimal vibration.

F750/960 Series

HYUNDAI WIA MACHINE TOOL 2 3

High-Rigidity & Heavy duty cuttingVertical Machining Center

Spindle

Peripheral Device

Easy to Operate

Peripheral Equipment

● Built-In Spindle● Spindle Taper● Spindle Coolant

● ATC & Magazine● Machining Ability● HW-MP II

● FANUC 31i-A● SIEMENS 828D● Software

● Chip Conveyor● Option

Basic Structure● Bed● Slide Way● Lubricating Device System

The New Face of Mold Machining

High precision Vertical Machining Center ideal for Heavy duty cutting, as well as machining molds.

The powerful and strong geared spindle head provides both high spindle speed and high low end

torque with minimal vibration.

F750/960 Series


High-Rigidity & Heavy duty cuttingVertical Machining Center

Spindle

Peripheral Device

Easy to Operate


● Built-In Spindle● Spindle Taper● Spindle Coolant

● ATC & Magazine● Machining Ability● HW-MP II

● FANUC 31i-A● SIEMENS 828D● Software

● Chip Conveyor● Option

Basic Structure● Bed● Slide Way● Lubricating Device System

BASIC STRUCTURE

The Finite Element Analysis Method (FEA) is used during machine development in order to increase rigidity and decrease both heat growth and vibration in the casting.

This ensures the machine remains stable even under the heaviest cutting conditions.

FEA Method

Lubricating device

Slide Way

AIR Lift Slide Method

High Quality Capability & Productivity

Slide Way

An automatic, centralized lubrication system supplies the optimal amount of lubricating oil to each axis.

Automatic Centralized Lubrication System

All axis are driven by high precision double-nut ballscrews.

The double pretension design provides outstanding positioning and repeatability with virtually no thermal growth.

All ballscrews are connected directly to the servo drive motors without gears or belts, to eliminate backlash.

The table is supported at all times by the use of 4 box ways and 2 supplementary ways.

This allows for a maximum table load of 4,500 kg without any distortion in the table.

By adapting the “semi-rising sliding ways” the load on the X&Y axis slide way is decreased. By dramatically decreasing the slide way load the X&Y axis is able to hold tolerance and repeatability over longer cycle times.

AIR Semi-Rising Slide Way

10 Faces Restriction Y Axis Slide Way (F960)

All Guideways are hardened & ground, wide box type for unsurpassed long-term rigidity and accuracy.

Each Guideway is induction hardened and precision ground providing outstanding performance, even during heavy duty machining operations.

Box Guide Way

Pre-tensioned & Double Anchored Ball Screw



Ball-screw Deviation (Diameter) Deviation (μm)

Number of Positioning Repeated (Time)

BASIC STRUCTURE

The Finite Element Analysis Method (FEA) is used during machine development in order to increase rigidity and decrease both heat growth and vibration in the casting.

This ensures the machine remains stable even under the heaviest cutting conditions.

FEA Method

Lubricating device

Slide Way

AIR Lift Slide Method

High Quality Capability & Productivity

Slide Way

An automatic, centralized lubrication system supplies the optimal amount of lubricating oil to each axis.

Automatic Centralized Lubrication System

All axis are driven by high precision double-nut ballscrews.

The double pretension design provides outstanding positioning and repeatability with virtually no thermal growth.

All ballscrews are connected directly to the servo drive motors without gears or belts, to eliminate backlash.

The table is supported at all times by the use of 4 box ways and 2 supplementary ways.

This allows for a maximum table load of 4,500 kg without any distortion in the table.

By adapting the “semi-rising sliding ways” the load on the X&Y axis slide way is decreased. By dramatically decreasing the slide way load the X&Y axis is able to hold tolerance and repeatability over longer cycle times.


10 Faces Restriction Y Axis Slide Way (F960)

All Guideways are hardened & ground, wide box type for unsurpassed long-term rigidity and accuracy.

Each Guideway is induction hardened and precision ground providing outstanding performance, even during heavy duty machining operations.

Box Guide Way

Pre-tensioned & Double Anchored Ball Screw



Ball-screw Deviation (Diameter) Deviation (μm)

Number of Positioning Repeated (Time)

Main Spindle

Built-In Spindle

Spindle Coolant

Spindle Torque & Power

Big Plus Spindle

The Big Plus spindle system (BBT #50) 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 your machining applications.

Through the spindle coolant is available.

This is particularly useful for deep hole drilling and helps increase tool life and decrease cycle time.



• Rigidity improved due to increases of reference diam.• Improvement of ATC repeat precision • Prevention of Z axis displacement when rotating in high speed• Increased life cycle of tools

Both the F750M and 960M feature a standard built-in cartridge type spindle ideal for mold manufactures.

The high torque is also suitable for a wide variety of heavy machining applications.

Application of 2 Faces Spindle (F750B/F750M/F960M)

Cooling System of Cutting Oil

Spindle Thru Coolant

Before Clamping After Clamping

Clamping

Non Contact Contact

Axial Movement is Important for Face Contact

F750B & F960B are designed with a 2-step gear drive, providing both high spindle speed and high low end torque.

Gear Type Spindle

SPINDLEHigh-Power & Heavy Duty Cutting

Spindle Construction


By using ultra precision class angular ball bearings, fast acceleration and deceleration of the main spindle is achieved.

The spindle head is designed to minimize the heat displacement of main spindle, and with the use of a hydraulic tool lock system the machining stability has been increased.

4,500 r/min 8,000 r/min 12,000 r/min Opt.

Main Spindle

Built-In Spindle

Spindle Coolant

Spindle Torque & Power

Big Plus Spindle

The Big Plus spindle system (BBT #50) 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 your machining applications.





• Rigidity improved due to increases of reference diam.• Improvement of ATC repeat precision • Prevention of Z axis displacement when rotating in high speed• Increased life cycle of tools

Both the F750M and 960M feature a standard built-in cartridge type spindle ideal for mold manufactures.

The high torque is also suitable for a wide variety of heavy machining applications.

Application of 2 Faces Spindle (F750B/F750M/F960M)

Cooling System of Cutting Oil


Before Clamping After Clamping

Clamping

Non Contact Contact

Axial Movement is Important for Face Contact

F750B & F960B are designed with a 2-step gear drive, providing both high spindle speed and high low end torque.

Gear Type Spindle

SPINDLEHigh-Power & Heavy Duty Cutting

Spindle Construction


By using ultra precision class angular ball bearings, fast acceleration and deceleration of the main spindle is achieved.

The spindle head is designed to minimize the heat displacement of main spindle, and with the use of a hydraulic tool lock system the machining stability has been increased.

4,500 r/min 8,000 r/min 12,000 r/min Opt.

20ea

30ea

Ø125mm (4.9″)

Ø240mm (9.4″)

300mm (11.8″)

20kg (44.1 lb)

Memory Random

3.5sec

F750B(M)/960B(M)ITEM

No. of Tool Std.

No. of Tool Opt.

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

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

Max. Tool Length

Max. Tool Weight

Tool Selection Method

Tool Change Time (T-T/C-C)

The tool magazine holds twenty (20) tools as standard with forty (40) tools as an option for the F750 and thirty (30) for the F960. Random access allows for pre-staging of tools for faster tool changes and increased productivity

Magazine

Main Specification of Cam Box & Twin Arm

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

ATC

PERIPHERAL DEVICEHeavy Duty Cutting by High-Rigid & Accurate Mechanism

Machining

Machining ability

FACE MILL 〈Material〈JIS〉:S45C(Carbon steel〉

Tool diameter

Spindl rpm

Feed rate

Cutting width

Cutting depth

Chip quantity

Ø125 mm x 8F

600 r/min

700 mm/min

100 mm

6 mm

420 cc/min

DRILL 〈Material〈JIS〉:S45C(Carbon steel〉

Tool diameter

Spindl rpm

Feed rate

Cutting depth

Chip quantity

Ø60 mm x MT5

143 r/min

28 mm/min

65 mm

79 cc/min

Tapping 〈Material〈JIS〉:S45C(Carbon steel〉

Tool diameter

Spindl rpm

Feed rate

Tap depth

M45 mm x P4.5

49 r/min

220 mm/min

45 mm

Sample Workpieces

To aid in the machining of molds, the Hyundai WIA Mold package is applied as a standard feature for F750M/960M Series machines.

This ensures accurate and high quality surface finishes and contouring.

1. Featuring a FANUC 31i-A control2. 10.4″ LCD Display3. AICC II package4. Thermal Displacement Compensation feature5. Automatic Power off feature

- Machining condition selection function- AI contour control II- Smooth backlash compensation

Main points of Mold package

What is the AICC II package?

HW-MP II (HYUNDAI WIA-MOLD PACKAGE II)


20ea

30ea

Ø125mm (4.9″)

Ø240mm (9.4″)

300mm (11.8″)

20kg (44.1 lb)

Memory Random

3.5sec

F750B(M)/960B(M)ITEM

No. of Tool Std.

No. of Tool Opt.



Max. Tool Length

Max. Tool Weight


Tool Change Time (T-T/C-C)

The tool magazine holds twenty (20) tools as standard with forty (40) tools as an option for the F750 and thirty (30) for the F960. Random access allows for pre-staging of tools for faster tool changes and increased productivity

Magazine

Main Specification of Cam Box & Twin Arm

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

ATC

PERIPHERAL DEVICEHeavy Duty Cutting by High-Rigid & Accurate Mechanism

Machining

Machining ability

FACE MILL 〈Material〈JIS〉:S45C(Carbon steel〉

Tool diameter

Spindl rpm

Feed rate

Cutting width

Cutting depth

Chip quantity

Ø125 mm x 8F

600 r/min

700 mm/min

100 mm

6 mm

420 cc/min

DRILL 〈Material〈JIS〉:S45C(Carbon steel〉

Tool diameter

Spindl rpm

Feed rate

Cutting depth

Chip quantity

Ø60 mm x MT5

143 r/min

28 mm/min

65 mm

79 cc/min

Tapping 〈Material〈JIS〉:S45C(Carbon steel〉

Tool diameter

Spindl rpm

Feed rate

Tap depth

M45 mm x P4.5

49 r/min

220 mm/min

45 mm

Sample Workpieces

To aid in the machining of molds, the Hyundai WIA Mold package is applied as a standard feature for F750M/960M Series machines.

This ensures accurate and high quality surface finishes and contouring.

1. Featuring a FANUC 31i-A control2. 10.4″ LCD Display3. AICC II package4. Thermal Displacement Compensation feature5. Automatic Power off feature

- Machining condition selection function- AI contour control II- Smooth backlash compensation

Main points of Mold package

What is the AICC II package?

HW-MP II (HYUNDAI WIA-MOLD PACKAGE II)



Easy to Operate

Programming system for creating CNC programs easily.

HYUNDAI WIA's smart system is customized to provide user friendly functions to aid in the setup and operation of the machine.

M-Code List Opt. Calculator Opt. Product Guide Opt.

SIEMENS

SINUMERIK 828D Milling is an advanced CNC that was designed for vertical/horizontal machining centers and has the capability to handle six (6) axis. It is ideal for the shop floor thanks to its unique graphical user interface.

Users can quickly commission, operate, program, service and maintain machines tasks without the need for extensive training.

You can use a USB memory card, a CF memory card and LAN commonly with the Siemens Control

• Program Storage CNC memory : 3~5MB• Auto Change of Tool Life Control and Spare Tool• Acceleration and reduction and feed forward control through JERK control• High speed Mold Process (Advanced Surface)• Straight block spline control (COMPRESSOR) function• Connectivity and Remote Diagnositc Function of Network Drive

Programming & Operating Technology

CNC Technology

Shopfloor Communications

• Provide cycle programming (Program Guide) standard.• Support ISO ISO Code type(G291) standard• Interative programming system (SHOPMILL) • 2D / 3D Simulation + realtime Simulation• Connectivity and Remote Diagnositc Function of Network Drive• Support the setup graphic for workpiece coordinate(automatic / manual)• Support the graphic for tool length measuring function (automatic / manual)• Control of NC rotary and support of single section/cylinder interpolation

HW-PGi F Opt.

Programming Guide i for Fanuc System

FANUC

• Real-time cut monitoring• 2 Channel screen display • Self learning for machining amount • 3 stage of status monitoring (wear/break/no-load)

Example of easy programming

Programing is simulated

Realistic 3D solid animation

Readily programing with interactive type, without code

Engraving Cycle

Engraving Programs are instantly created by entering the required text.

❖ If you order these options, Please contact sales person

HW-TM Opt.

Tool Monitoring System


Easy to Operate

Programming system for creating CNC programs easily.

HYUNDAI WIA's smart system is customized to provide user friendly functions to aid in the setup and operation of the machine.

M-Code List Opt. Calculator Opt. Product Guide Opt.

SIEMENS

SINUMERIK 828D Milling is an advanced CNC that was designed for vertical/horizontal machining centers and has the capability to handle six (6) axis. It is ideal for the shop floor thanks to its unique graphical user interface.

Users can quickly commission, operate, program, service and maintain machines tasks without the need for extensive training.

You can use a USB memory card, a CF memory card and LAN commonly with the Siemens Control

• Program Storage CNC memory : 3~5MB• Auto Change of Tool Life Control and Spare Tool• Acceleration and reduction and feed forward control through JERK control• High speed Mold Process (Advanced Surface)• Straight block spline control (COMPRESSOR) function• Connectivity and Remote Diagnositc Function of Network Drive

Programming & Operating Technology

CNC Technology

Shopfloor Communications

• Provide cycle programming (Program Guide) standard.• Support ISO ISO Code type(G291) standard• Interative programming system (SHOPMILL) • 2D / 3D Simulation + realtime Simulation• Connectivity and Remote Diagnositc Function of Network Drive• Support the setup graphic for workpiece coordinate(automatic / manual)• Support the graphic for tool length measuring function (automatic / manual)• Control of NC rotary and support of single section/cylinder interpolation

HW-PGi F Opt.

Programming Guide i for Fanuc System

FANUC

• Real-time cut monitoring• 2 Channel screen display • Self learning for machining amount • 3 stage of status monitoring (wear/break/no-load)

Example of easy programming

Programing is simulated

Realistic 3D solid animation

Readily programing with interactive type, without code

Engraving Cycle

Engraving Programs are instantly created by entering the required text.

❖ If you order these options, Please contact sales person

HW-TM Opt.

Tool Monitoring System



Coolant Chiller

Screw Type Chip AugurChip evacuation is achieved by the use of 2 screw type chip augur system.

Coolant temperature can be controlled by the use of a coolant chiller.

This ensures constant coolant temperature and minimizes growth in the machine due to heat distortion.

Hinge Belt Type

Scraper Type

Drum Filter Type

Material SS41, 45C, Steel casting Chip Roughly cut chips Synthetic chips

Material SS41, 45C, Steel casting Chip Chips shortly cut and out

Material AL, casting, non-metal Chip Chips in low density and fine powder

Show highly efficiency when treating lots of chips synthetic chip treatment, collective chips

Facilitate to treat chip shortly cut and out, facilitate to forward chips with 90 degree

Have advantage in precision when processing aluminum because chips are not introduced

to coolant nozzle

Standard & Optional

Call Light

Call Light

Call Light & Buzzer

Work Light

Electric Cabinet Light

Door Inter-Lock

Remote MPG

MPG

Spindle Load Meter

Spindle RPM Meter

Work Counter

Total Counter

Tool Counter

Multi Tool Counter

Electric Circuit Breaker

AVR (Auto Voltage Regulator)

Transformer & Cable

Flash Memory Card

Auto Power Off

Back up Module for Black out

Measuring Device

Air Zero

Work Measuring Device

TLM

(Marposs/Renishaw/Bloom)

Tool Broken Detective Device

Linear Scale

Coolant Level Sensor (Only for Chip Conveyor)

Enviornment

Air Conditioner

Dehumidifier

Oil Mist Collector

Oil 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 4ea

Automation Interface

I/O Extension (In & Out)

Hyd. Device

Std. Hyd. Unit

Hyd. Unit for Fixture

❖ The specifications as above will only serve as a reference.

F750B F960B F750M F960M

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Electric Device

4,500rpm (18.5/15kW)

4,500rpm (12kW) SIEMENS

8,000rpm (18.5/15kW)


8,000rpm (22/18.5kW)

8,000rpm (18.5kW) SIEMENS

12,000rpm(30/25kW)

Spindle Cooling System

ATC

ATC Extension

Tool Shank Type

U-Center

Stud Bolt Collet Change

Table & Column

APC

Tap Type Pallet

T-Slot Pallet

NC Rotary Table

High Column

Coolant System

Std. Coolant (Nozzle)

Bed Flushing Coolant


TOP COVER (Only for Spindle Thru Coolant)

Jet Coolant

Gun Coolant

Side Oil Hole Coolant

Air Gun

Spindle Air Blow

Tool Measuring Air Blow (Only for TLM)

Air Blow for Automation

Thru MQL Device (Without MQL)

Coolant Chiller

Power Coolant System (For Automation)

Chip Disposal

Coolant Tank

Cabin Screw Chip Conveyor

Chip Conveyor

Chip Conveyor (Hinge/Scraper)

Special Chip Conveyor (Drum Filter)

Chip box

Safety Device

Total Splash Guard

Half Splash Guard

S/W

Machine Guidance

HWTM (Tool Monitoring System)

DNC Software

Dialogue Program

Tool ID Manager

Spindle Heat Distortion Compensation

Spindle Warm up Function

ETC

Tool Box

Customized Color

CAD&CAM Software

Built-in

20EA

30EA

40EA

BT50

BBT50

D'andrea

45°

60°

90°

Rotary Turn

250mm

20bar

30bar

70bar, 15ℓ

70bar, 30ℓ

470ℓ

690ℓ

Front (Left)

Left (Rear)

Standard (180ℓ)

Swing (200ℓ)

Large Size (330ℓ)

Customized

Need for Munsel NO.

1 Color : ■

3 Color : ■■■

3 Color : ■■■B

FANUC

SIEMENS

FANUC

SIEMENS

FANUC

SIEMENS

Digital

Digital

Digital

6ea

9ea

40kVA

45kVA

50kVA

TACO

SMC

Touch

Laser

X/Y/Z Axis

Std.

High Speed

Single

Channel

1Axis

2Axis

16Contact

32Contact

70bar/13ℓ

45bar

70bar

100bar

Customized

F750B F960B F750M F960M

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Spindle

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

Spindle Probe

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

Linear Scale

Linear scales are available when highly accurate positioning is required, by mini-mizing thermal deformation

TLM

Tool 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

Chip Conveyor Opt.

Opt.

Opt.

Opt.

Opt.



Coolant Chiller

Screw Type Chip AugurChip evacuation is achieved by the use of 2 screw type chip augur system.

Coolant temperature can be controlled by the use of a coolant chiller.

This ensures constant coolant temperature and minimizes growth in the machine due to heat distortion.

Hinge Belt Type

Scraper Type

Drum Filter Type

Material SS41, 45C, Steel casting Chip Roughly cut chips Synthetic chips

Material SS41, 45C, Steel casting Chip Chips shortly cut and out

Material AL, casting, non-metal Chip Chips in low density and fine powder

Show highly efficiency when treating lots of chips synthetic chip treatment, collective chips

Facilitate to treat chip shortly cut and out, facilitate to forward chips with 90 degree

Have advantage in precision when processing aluminum because chips are not introduced

to coolant nozzle

Standard & Optional

Call Light

Call Light

Call Light & Buzzer

Work Light

Electric Cabinet Light

Door Inter-Lock

Remote MPG

MPG

Spindle Load Meter

Spindle RPM Meter

Work Counter

Total Counter

Tool Counter

Multi Tool Counter

Electric Circuit Breaker

AVR (Auto Voltage Regulator)

Transformer & Cable

Flash Memory Card

Auto Power Off

Back up Module for Black out

Measuring Device

Air Zero

Work Measuring Device

TLM

(Marposs/Renishaw/Bloom)

Tool Broken Detective Device

Linear Scale

Coolant Level Sensor (Only for Chip Conveyor)

Enviornment

Air Conditioner

Dehumidifier

Oil Mist Collector

Oil 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 4ea

Automation Interface

I/O Extension (In & Out)

Hyd. Device

Std. Hyd. Unit

Hyd. Unit for Fixture

❖ The specifications as above will only serve as a reference.

F750B F960B F750M F960M

● ● ● ●

○ ○ ○ ○

○ ○ ○ ○

● ● ● ●

○ ○ ○ ○

● ● ● ●

● ● ● ●

○ ○ ○ ○

X X X X

○ ○ ○ ○

X X X X

○ ○ ○ ○

X X X X

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

☆ ☆ ☆ ☆

○ – ○ –

– ○ – ○

– ○ – ○

○ ○ ○ ○

○ ○ F31i ● F31i ●

☆ ☆ ☆ ☆

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

☆ ☆ ☆ ☆

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☆ ☆ ☆ ☆

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○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

☆ ☆ ☆ ☆

○ ○ ○ ○

○ ○ ○ ○

X X X X

☆ ☆ ☆ ☆

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☆ ☆ ☆ ☆

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12R ○ 12R ○ 12R ○ 12R ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

☆ ☆ ☆ ☆

Electric Device

4,500rpm (18.5/15kW)


8,000rpm (18.5/15kW)


8,000rpm (22/18.5kW)

8,000rpm (18.5kW) SIEMENS

12,000rpm(30/25kW)

Spindle Cooling System

ATC

ATC Extension

Tool Shank Type

U-Center

Stud Bolt Collet Change

Table & Column

APC

Tap Type Pallet

T-Slot Pallet

NC Rotary Table

High Column

Coolant System

Std. Coolant (Nozzle)

Bed Flushing Coolant


TOP COVER (Only for Spindle Thru Coolant)

Jet Coolant

Gun Coolant

Side Oil Hole Coolant

Air Gun

Spindle Air Blow

Tool Measuring Air Blow (Only for TLM)

Air Blow for Automation

Thru MQL Device (Without MQL)

Coolant Chiller

Power Coolant System (For Automation)

Chip Disposal

Coolant Tank

Cabin Screw Chip Conveyor

Chip Conveyor

Chip Conveyor (Hinge/Scraper)

Special Chip Conveyor (Drum Filter)

Chip box

Safety Device

Total Splash Guard

Half Splash Guard

S/W

Machine Guidance

HWTM (Tool Monitoring System)

DNC Software

Dialogue Program

Tool ID Manager

Spindle Heat Distortion Compensation

Spindle Warm up Function

ETC

Tool Box

Customized Color

CAD&CAM Software

Built-in

20EA

30EA

40EA

BT50

BBT50

D'andrea

45°

60°

90°

Rotary Turn

250mm

20bar

30bar

70bar, 15ℓ

70bar, 30ℓ

470ℓ

690ℓ

Front (Left)

Left (Rear)

Standard (180ℓ)

Swing (200ℓ)

Large Size (330ℓ)

Customized

Need for Munsel NO.

1 Color : ■

3 Color : ■■■

3 Color : ■■■B

FANUC

SIEMENS

FANUC

SIEMENS

FANUC

SIEMENS

Digital

Digital

Digital

6ea

9ea

40kVA

45kVA

50kVA

TACO

SMC

Touch

Laser

X/Y/Z Axis

Std.

High Speed

Single

Channel

1Axis

2Axis

16Contact

32Contact

70bar/13ℓ

45bar

70bar

100bar

Customized

F750B F960B F750M F960M

● X X X

○ X X X

○ X X X

○ X X X

X ● X X

X ○ X X

X X ● ●

● ● ● ●

● ● ● ●

○ ○ ○ ○

○ X ○ X

○ ● ○ ○

● ○ ● ●

○ ○ ○ ○

● ● ● ●

○ ○ ○ ○

○ ○ ○ ○

X X X X

X X X X

● ● ● ●

☆ ☆ ☆ ☆

○ X ○ X

● ● ● ●

● ● ● ●

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

☆ ☆ ☆ ☆

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

☆ ☆ ☆ ☆

☆ ☆ ☆ ☆

☆ ☆ ☆ ☆

☆ ☆ ☆ ☆

● – ● –

– ● – ●

● ● ● ●

● X ● X

○ ○ ○ ○

X X X X

☆ ☆ ☆ ☆

● ● ● ●

☆ ☆ ☆ ☆

☆ ☆ ☆ ☆

☆ ☆ ☆ ☆

○ ○ ○ ○

● ● ● ●

☆ ☆ ☆ ☆

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ ○ ○

○ ○ F31i ● F31i ●

☆ ☆ ☆ ☆

● ● ● ●

☆ ☆ ☆ ☆

☆ ☆ ☆ ☆

Spindle

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

Spindle Probe

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

Linear Scale

Linear scales are available when highly accurate positioning is required, by mini-mizing thermal deformation

TLM

Tool 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

Chip Conveyor Opt.

Opt.

Opt.

Opt.

Opt.

unit : mm(in)

Specifications

External Dimensions

F750M

F960M


unit : mm(in)

unit : mm(in)

Tooling System

Interference

F960MF750M

BT50

BBT50

PULL STUD

PULL STUD


Controller

FANUC 32i-A

3 (X, Y, Z) axes

3 axes (G00 & G01 : 3 axes)

(G02 & G03 : 2 axes)

X axis : 0.001 mm (0.0001”)

Y axis : 0.001 mm (0.0001”)

Z axis : 0.001 mm (0.0001”)

X axis : 0.001 mm (0.0001”)

Y axis : 0.001 mm (0.0001”)

Z axis : 0.001 mm (0.0001”)

G20 / G21

Each axis / All axes

All axis

Over-travel

+/- 0~9999 Pulse

(Rapid traverse & Cutting feed)

10.4” color LCD

Sequence, program

Rapid, Jog, handle

x1, x10, x100

F code feedrate direct command

0~200% (10% Unit)

0~5,000 mm/min (197 ipm)

F0, F25%, F50%, F100%

Positioning/Linear/Circular

(G00/G01/G02/G03)

Controlled axes

Simultaneous

controllable axes

Least input increment

Least command increment

Inch / Metric conversion

Interlock

Machine lock

Emergency stop

Stored stroke check 1

Mirror image

Follow-up

Servo off

Backlash compensation

Position switch

Stored pitch error

compensation

Bi-direction Stored pitch

error compensation

LCD/MDI

Automatic operation (memory)

MDI operation

Search function

Program restart

Dry run

Single block

Buffer register

DNC operation

Manual jog feed

Manual handle feed-rate

Feed command

Feedrate override

Jog feed

Rapid traverse override

Override cancel

Rapid traverse bell-shaped

acceleration/deceleration

Auto corner deceleration

Label skip

Control in/out

Nano Interpolation

Axis control / Display unit

Feed functions

Program input & Interpolation functions

Operation

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

RS232C

100 Mbps

320 m (128 Kbyte)

125 ea

Alarm & operator message

Selection of 5 optional language

Screen saver

48 Pair

#100~#199, #500~ #999

G60

100 Mbps

1GB

9 ea (Application can be limited)

3 unit

640m (256Kbyte) /

1280m (512Kbyte) / 2560m (1Mbyte)

HWTM (Built-in Fanuc type)

Reader / Puncher interface

Memory card input/output

Embedded ethernet

Part program storage length

Registered programs

Memory lock

Back ground editing

Extended part program editing

External message

Self-diagnosis function

History display

Help function

Run hour / Parts count display

Actual cutting feedrate display

Graphic display

Sp. / Servo setting screen

Multi-language display

Erase CRT screen display

Auto data back-up

Additional Axis

Additional work

coordinate system

Add custom macro

common variable

Polar coordinate interpolation

Polar coordinate command

Cylindrical interpolation

Single direction positioning

Fast ethernet

Data server

Manual Guide i

Optional block skip add

Manual handle interrupt

3 M.P.G


Dynamic graphic display

Protection of data at 8 levels

Tool monitoring function

Data Input / Output & Editing functions

Setting, Display, Diagnosis

Option

G61 / G09

G04, 0 ~ 9999.9999sec

G28

G27

G30

M00, M01 / M02, M30

EIA RS-244 / ISO 840

(Automatic recognition)

1 ea

+ / - 9999.9999″

(+ / - 8digits)

O4 digit

G90 / G91

G17,G18,G19

G52~G59

“On” fixed

G10

10 levels of nesting

G73, G74, G76, G80 ~ G89

G31

M3 digits

S5 digits, binary output

50% ~ 120% (10% unit)

Max. T8 digits

G40~G42

G43, G44, G49

99 Pairs

Exact stop mode

/ Exact stop

Dwell

Helical interpolation

Threading / Synchronous feed

Manual reference point return

1st Reference point return

Reference point return check

2nd Reference point return

Program stop/end

Tape code

Optional block skip

Maximum programmable

dimensions

Program number

Absolute and incremental

command

Decimal point input

Plane selection

Work coordinate

system setting

Manual absolute

Programmable data input

Sub program call

Custom macro

AICC (AI contour control 2 )

Circular interpolation by

radius R

Canned cycle

Optional chamfering

/ corner R

Skip function

Automatic coordinate

system setting

Coordinate system rotation

Programmable mirror image

Miscellaneous function

Miscellaneous function lock

Spindle speed command

Spindle speed override

Spindle orientation

Rigid tapping

Tool function

Cutter compensation C

Tool length compensation

Tool offset pairs

Tool life management


Auxiliary / Spindle functions

Tool functions / Tool compensation

Specifications

Specifications

F960B F960MF750B F750M 1,800 X 700 (70.9″×27.6″) 2,700 X 950 (106.3″×37.4″)

2,000 (4,409) 4,500 (9,921)

-

-

-

Big Plus #50 NT #50 Big Plus #50

4,500 [8,000] 12,000 8,000 12,000

18.5/15 (25/20) [18.5/15 (25/20)] 30/25 (40/33.5)

22/18.5 (30/25) 30/25(40/33.5)

12 (16) [12 (16)] 18.5 (25)

893/732 [657/532] 420/238

776/657 420/238

881 [642] 658

GEAR BUILT-IN GEAR BUILT-IN

1,550 / 750 / 720 2,450 / 960 / 850

200 ~920 [450~1,170] 200 ~ 1,050

790 1,000

16/16/12 (630/630/472) 16/16/20 (630/630/787)

5 (197) 10 (394)

BOX GUIDE

20 [30,40] 20 [30]

BBT50 BT50 BBT50

Ø125 (4.9″)

Ø240 (9.5″)

300 (11.8″)

20 (44.1)

RANDOM

3.5

10

470 (124.2) 81 0 (224.5)

3 (0.8) 4.4 (1.16)

13

250

35 [40:BUILT-IN] 40 [45:BUILT-IN]

Over 25 Over 50

220 / 60 (200 / 50)

4,040 X 3,770 (240.2″×148.4″) 6,100 X 4,425 (159.1″×150.8″)

3,475 (136.8″) 3,425 (134.8″) 3,645 (143.5″) 3,627 (142.8″)

13,000 (28,660) 23,500 (51,808.6)

FANUC 31i-A [SIEMENS 828D]

TABlE

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 Length

Max. Tool Weight


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

FEED

TANkCAPACITy

SPINDlE

ATC

MACHINE

NC

POWERSuPPly

❖ Specifications are subject to change for improvement without notice.

mm(in)

kg(lb)

sec

-

-

-

r/min

kW(HP)

N.m

-

mm(in)

mm(in)

mm(in)

m/min(ipm)

m/min(ipm)

-

EA

-

mm(in)

mm(in)

mm(in)

kg(lb)

-

sec

sec

ℓ(gel)

ℓ(gel)

ℓ(gel)

ℓ/min

KVA

Sq

V/Hz

mm(in)

mm(in)

kg(lb)

-

ITEM

[ ] : Option : SIEMENS Type


Controller

FANUC 32i-A

3 (X, Y, Z) axes

3 axes (G00 & G01 : 3 axes)

(G02 & G03 : 2 axes)

X axis : 0.001 mm (0.0001”)

Y axis : 0.001 mm (0.0001”)

Z axis : 0.001 mm (0.0001”)

X axis : 0.001 mm (0.0001”)

Y axis : 0.001 mm (0.0001”)

Z axis : 0.001 mm (0.0001”)

G20 / G21

Each axis / All axes

All axis

Over-travel

+/- 0~9999 Pulse

(Rapid traverse & Cutting feed)

10.4” color LCD

Sequence, program

Rapid, Jog, handle

x1, x10, x100

F code feedrate direct command

0~200% (10% Unit)

0~5,000 mm/min (197 ipm)

F0, F25%, F50%, F100%

Positioning/Linear/Circular

(G00/G01/G02/G03)

Controlled axes

Simultaneous

controllable axes

Least input increment

Least command increment

Inch / Metric conversion

Interlock

Machine lock

Emergency stop

Stored stroke check 1

Mirror image

Follow-up

Servo off

Backlash compensation

Position switch

Stored pitch error

compensation

Bi-direction Stored pitch

error compensation

LCD/MDI

Automatic operation (memory)

MDI operation

Search function

Program restart

Dry run

Single block

Buffer register

DNC operation

Manual jog feed

Manual handle feed-rate

Feed command

Feedrate override

Jog feed

Rapid traverse override

Override cancel

Rapid traverse bell-shaped

acceleration/deceleration

Auto corner deceleration

Label skip

Control in/out

Nano Interpolation

Axis control / Display unit

Feed functions


Operation


RS232C

100 Mbps

320 m (128 Kbyte)

125 ea

Alarm & operator message

Selection of 5 optional language

Screen saver

48 Pair

#100~#199, #500~ #999

G60

100 Mbps

1GB

9 ea (Application can be limited)

3 unit

640m (256Kbyte) /

1280m (512Kbyte) / 2560m (1Mbyte)

HWTM (Built-in Fanuc type)

Reader / Puncher interface

Memory card input/output

Embedded ethernet


Registered programs

Memory lock

Back ground editing

Extended part program editing

External message

Self-diagnosis function

History display

Help function

Run hour / Parts count display

Actual cutting feedrate display

Graphic display

Sp. / Servo setting screen

Multi-language display

Erase CRT screen display

Auto data back-up

Additional Axis

Additional work

coordinate system

Add custom macro

common variable

Polar coordinate interpolation

Polar coordinate command

Cylindrical interpolation

Single direction positioning

Fast ethernet

Data server

Manual Guide i

Optional block skip add

Manual handle interrupt

3 M.P.G


Dynamic graphic display

Protection of data at 8 levels

Tool monitoring function

Data Input / Output & Editing functions

Setting, Display, Diagnosis

Option

G61 / G09

G04, 0 ~ 9999.9999sec

G28

G27

G30

M00, M01 / M02, M30

EIA RS-244 / ISO 840

(Automatic recognition)

1 ea

+ / - 9999.9999″

(+ / - 8digits)

O4 digit

G90 / G91

G17,G18,G19

G52~G59

“On” fixed

G10

10 levels of nesting

G73, G74, G76, G80 ~ G89

G31

M3 digits

S5 digits, binary output

50% ~ 120% (10% unit)

Max. T8 digits

G40~G42

G43, G44, G49

99 Pairs

Exact stop mode

/ Exact stop

Dwell


Threading / Synchronous feed

Manual reference point return

1st Reference point return

Reference point return check

2nd Reference point return

Program stop/end

Tape code

Optional block skip

Maximum programmable

dimensions

Program number

Absolute and incremental

command

Decimal point input

Plane selection

Work coordinate

system setting

Manual absolute

Programmable data input

Sub program call

Custom macro

AICC (AI contour control 2 )

Circular interpolation by

radius R

Canned cycle

Optional chamfering

/ corner R

Skip function

Automatic coordinate

system setting

Coordinate system rotation

Programmable mirror image

Miscellaneous function

Miscellaneous function lock

Spindle speed command

Spindle speed override

Spindle orientation

Rigid tapping

Tool function

Cutter compensation C

Tool length compensation

Tool offset pairs

Tool life management


Auxiliary / Spindle functions

Tool functions / Tool compensation

Specifications

Specifications

F960B F960MF750B F750M 1,800 X 700 (70.9″×27.6″) 2,700 X 950 (106.3″×37.4″)

2,000 (4,409) 4,500 (9,921)

-

-

-

Big Plus #50 NT #50 Big Plus #50

4,500 [8,000] 12,000 8,000 12,000

18.5/15 (25/20) [18.5/15 (25/20)] 30/25 (40/33.5)

22/18.5 (30/25) 30/25(40/33.5)

12 (16) [12 (16)] 18.5 (25)

893/732 [657/532] 420/238

776/657 420/238

881 [642] 658

GEAR BUILT-IN GEAR BUILT-IN

1,550 / 750 / 720 2,450 / 960 / 850

200 ~920 [450~1,170] 200 ~ 1,050

790 1,000

16/16/12 (630/630/472) 16/16/20 (630/630/787)

5 (197) 10 (394)

BOX GUIDE

20 [30,40] 20 [30]

BBT50 BT50 BBT50

Ø125 (4.9″)

Ø240 (9.5″)

300 (11.8″)

20 (44.1)

RANDOM

3.5

10

470 (124.2) 81 0 (224.5)

3 (0.8) 4.4 (1.16)

13

250

35 [40:BUILT-IN] 40 [45:BUILT-IN]

Over 25 Over 50

220 / 60 (200 / 50)

4,040 X 3,770 (240.2″×148.4″) 6,100 X 4,425 (159.1″×150.8″)

3,475 (136.8″) 3,425 (134.8″) 3,645 (143.5″) 3,627 (142.8″)

13,000 (28,660) 23,500 (51,808.6)

FANUC 31i-A [SIEMENS 828D]

TABlE

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 Length

Max. Tool Weight


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

FEED

TANkCAPACITy

SPINDlE

ATC

MACHINE

NC

POWERSuPPly

❖ Specifications are subject to change for improvement without notice.

mm(in)

kg(lb)

sec

-

-

-

r/min

kW(HP)

N.m

-

mm(in)

mm(in)

mm(in)

m/min(ipm)

m/min(ipm)

-

EA

-

mm(in)

mm(in)

mm(in)

kg(lb)

-

sec

sec

ℓ(gel)

ℓ(gel)

ℓ(gel)

ℓ/min

KVA

Sq

V/Hz

mm(in)

mm(in)

kg(lb)

-

ITEM

[ ] : Option : SIEMENS Type


Controller

SINUMERIK 828D

5MB

23 digits

Standard (7Level)

G90 - G91

M - Code

M00, M01, M02, M30

AICC

128/256

Soft Limit

Time, Parts

Internal

Chinese Traditional, Czech, Danish, Dutch, Finnish, Hungarian,

Japanese, Korean, Polish, Russian, Swedish, Portuguese, Turkish

Max 4

5 axes

6 axes (axes + spindle)

0.0001mm / 0.00001inch

0 - 120%

F1, 5, 25/50, 100%

50% - 120%

Max 4 axes

TFT 10.4˝ Color

Ref 1, 2 Approach

Start, Stop, Rev, Jog, Ort.

2D

Max. configuration of axes

Max. configuration of axes and sp.

Least Command/input

Feedrate Override

Rapid Traverse Override

Acceleration with jerk limitation

Programmable acceleration

Follow-up mode

Measuring system 1 and 2,

selectable

Separate path feed for corners and

chamfers

Travel to fixed stop

Spindle Override

Spindle Orientation

Spindle Speed Limitation

Rigid Tapping

Linear interpolation axes

Circle via center point and end point

Circle via interpolation point


Universal interpolator NURBS

(non-uniform rational B splines)

Advanced Surface

Compressor for 3-axis machining

Tool Nose R Comp./Tool Radius Comp.

Zero Offset

(G54, G55, G56, G57 ,G58, G59)

Programmable Zero Offset

3D Tool Radius Compensation

Tool management

CRT / MDI

Screen saver

Manual Handle/Jog Feed

Reposition

Reference Approach

Spindle Control

Single Block

Feed Hold

Optional Block Skip

Machine Lock

Dry Run

Simulation

Control

Feed Function

Spindle Functions

Interpolations

Tool Function

Diagnosis Function

Programming Function

Alarm Display

Spindle Load/rpm Meter

PLC status/LAD display

Part Program Storage Length

Program Name

Subroutine Call

Absolute/incremental Command

Scaling, ROT

Inch / Metric Conversion

Conversational Cycle Program

Block Search with/without

Calculation

Variable Program (Macro)

Read / Write System Variable

BackGround Editing

Miscellaneous Functions

Lable Skip

Program Stop/End

Lookahead , Jerk LimitationFeed &

forward control

ISO Dialect Interpreter(G291)

Maximum number of tools/cuttings

Number of levels for skip blocks 1

Emergency Stop

Over Travel

Contour Monitoring

Program Protection

Actual Speed Display(Monitor)

Tool Life Management

Work Count Function

Two Language switchable

RS 232C I/F

Ethernet

USB Memory Stick & CF Card

DRF offset

Load and save of MDI

Teach-in


Simulation in 3-D display

ShopMill

TRACYL

TRANSMIT

Display

Manual Operation

Auto Operation

Protection Function

Automation Support Fun.

language Function

Data Transfer

Option


ENERGY SAVING & ECO FRIENDLY

HYUNDAI WIA leads the way in Energy saving and Eco Friendly Machine Tools.

All machines are designed and built with power saving methods and

environmental consideration in mind.

MQL : Minimal Quantity Lubrication Energy Saving

Efficient Lubrication SystemOil Skimmer

Mist Collector

Minimum quantity lubrication or near-dry machining has revolutionized how machining operations are cutting costs, improving tool life and being environmentally responsible.

The goal of this system is to spray only the amount of lubricant required to prevent heat and chip build up at the cutting tool or work piece face

By applying lubricant only when the machines axis are moving lubrication consumption is reduced by 30% compared to standard systems.

Power Consumption Monitor

Real time power consumption can be monitored through the OP screen

ECO System

Coolant

(Wet Cutting)

MQl Cutting

(Semi-Dry)

lubricating Minimal

Mist Oil

Compressed Air

Cooling

Chip Disposal

An Oil Skimmer can be used to reduce coolant contamination.

Mist Collectors reduce the amount of smoke and mist in the air creating a more comfortable and safer work environment

❖ This Catalogue made by recycle paper

Opt.

Opt.

Opt.


Controller

SINUMERIK 828D

5MB

23 digits

Standard (7Level)

G90 - G91

M - Code

M00, M01, M02, M30

AICC

128/256

Soft Limit

Time, Parts

Internal

Chinese Traditional, Czech, Danish, Dutch, Finnish, Hungarian,

Japanese, Korean, Polish, Russian, Swedish, Portuguese, Turkish

Max 4

5 axes

6 axes (axes + spindle)

0.0001mm / 0.00001inch

0 - 120%

F1, 5, 25/50, 100%

50% - 120%

Max 4 axes

TFT 10.4˝ Color

Ref 1, 2 Approach

Start, Stop, Rev, Jog, Ort.

2D

Max. configuration of axes

Max. configuration of axes and sp.

Least Command/input

Feedrate Override

Rapid Traverse Override

Acceleration with jerk limitation

Programmable acceleration

Follow-up mode

Measuring system 1 and 2,

selectable

Separate path feed for corners and

chamfers

Travel to fixed stop

Spindle Override

Spindle Orientation

Spindle Speed Limitation

Rigid Tapping

Linear interpolation axes

Circle via center point and end point

Circle via interpolation point


Universal interpolator NURBS

(non-uniform rational B splines)

Advanced Surface

Compressor for 3-axis machining

Tool Nose R Comp./Tool Radius Comp.

Zero Offset

(G54, G55, G56, G57 ,G58, G59)

Programmable Zero Offset

3D Tool Radius Compensation

Tool management

CRT / MDI

Screen saver

Manual Handle/Jog Feed

Reposition

Reference Approach

Spindle Control

Single Block

Feed Hold

Optional Block Skip

Machine Lock

Dry Run

Simulation

Control

Feed Function

Spindle Functions

Interpolations

Tool Function

Diagnosis Function

Programming Function

Alarm Display

Spindle Load/rpm Meter

PLC status/LAD display

Part Program Storage Length

Program Name

Subroutine Call

Absolute/incremental Command

Scaling, ROT

Inch / Metric Conversion

Conversational Cycle Program

Block Search with/without

Calculation

Variable Program (Macro)

Read / Write System Variable

BackGround Editing

Miscellaneous Functions

Lable Skip

Program Stop/End

Lookahead , Jerk LimitationFeed &

forward control

ISO Dialect Interpreter(G291)

Maximum number of tools/cuttings


Emergency Stop

Over Travel

Contour Monitoring

Program Protection

Actual Speed Display(Monitor)

Tool Life Management

Work Count Function

Two Language switchable

RS 232C I/F

Ethernet

USB Memory Stick & CF Card

DRF offset

Load and save of MDI

Teach-in


Simulation in 3-D display

ShopMill

TRACYL

TRANSMIT

Display

Manual Operation

Auto Operation

Protection Function

Automation Support Fun.

language Function

Data Transfer

Option


ENERGY SAVING & ECO FRIENDLY

HYUNDAI WIA leads the way in Energy saving and Eco Friendly Machine Tools.

All machines are designed and built with power saving methods and

environmental consideration in mind.

MQL : Minimal Quantity Lubrication Energy Saving

Efficient Lubrication SystemOil Skimmer

Mist Collector

Minimum quantity lubrication or near-dry machining has revolutionized how machining operations are cutting costs, improving tool life and being environmentally responsible.

The goal of this system is to spray only the amount of lubricant required to prevent heat and chip build up at the cutting tool or work piece face

By applying lubricant only when the machines axis are moving lubrication consumption is reduced by 30% compared to standard systems.

Power Consumption Monitor

Real time power consumption can be monitored through the OP screen

ECO System

Coolant

(Wet Cutting)

MQl Cutting

(Semi-Dry)

lubricating Minimal

Mist Oil

Compressed Air

Cooling

Chip Disposal

An Oil Skimmer can be used to reduce coolant contamination.

Mist Collectors reduce the amount of smoke and mist in the air creating a more comfortable and safer work environment

❖ This Catalogue made by recycle paper

Opt.

Opt.

Opt.

Documents

cHina beiging OFFice guangzHOu OFFice Heavy Duty … Series.pdf · cHina beiging OFFice ... gears or belts, ... spindle ideal for mold manufactures