Hyundai kf, wia vertical machining center

Hyundai kf, wia vertical machining center

INSPIRATION TECHNOLOGY KF Series - PROGRESSIVE TECH VERTICAL MACHINING CENTER

Basic Features: Direct Driven Spindle Table. By motor spindle range up operator. Built-in Spindle. The built-in spindle can minimize vibration in mold high-precision products. mm. Direct Driven Spindle: Built-in Spindle: Thermal Displacement Compensation ATC Magazine. Tool magazine holds standard option. Due to random tool selection method, tool change time. Tool Change Time C-C Built-in. Optimal Structural Analysis, enhancement of bed column makes excellent performance heavy duty cutting. X Axis: Y Axis: Z Axis: High-Precision Speed Vertical Machining Center. One Piece High Column Structure optional z-axis height. KF4600 Slideway. One piece high column provided option z-axis height bigger products such as gear housing. Distance from Table Surface to SP. Distance from Table Surface to SP. Distance from Table Surface to SP. Slideway. Expanded X-axis Design. The X-axis travel increased machining area has been enhanced.

3 Row bearing + Oil Lubricated. Rigidity compared previous model. Double anchored ball screw minimizes heat double anchor support method. Additionally, coupling of the ball screws and reliable digital servo motors connected by metal plate couplings, reduce coupling breakage backlash. High-Speed Roller LM Guideway. Linear roller reduce non-cutting time high rigidity. Rigidity has increased compared Ball Bearing LM Guide. Rapid Traverse Rate x/Y/z.

KF5600 Basic Features: Direct Driven Spindle Table. By connecting motor spindle range up operator. Built-in Spindle. The built-in spindle can minimize vibration in mold high-precision products. 2. Direct Driven Spindle: Built-in Spindle: Thermal Displacement Compensation ATC Magazine. Tool magazine holds standard option. Due to wider selection of tools random tool selection method, tool change time. Tool Change Time C-C. Optimal Structural Analysis, enhancement of bed column makes excellent performance heavy duty cutting. X Axis: Y Axis: Z Axis: High-Precision Speed Vertical Machining Center. One Piece High Column Structure optional z-axis height. KF5600C Additional 300mm extension applied. KF5600 ANB. Distance from Table Surface to SP. Distance from Table Surface to SP. Distance from Table Surface to SP. KF560 C High Column A B.

Distance from Table Surface to SP.

Distance from Surface to SP Slideway Expanded Y-axis Design The Y-axis travel is increased to 560mm, and machining area has been enhanced. UP 1 UP Put Cooling Ball Screw Of 3 Row bearing + Oil Lubricated Rigidity compared to previous model Double anchored ball screw The pretensioned ball screw minimizes the expansion and contraction according to the heat and further reinforces the rigidity by the double anchor support method. In addition, the coupling of the ball screws and the highly reliable digital servo motors are connected by metal plate couplings, to reduce coupling breakage and backlash. High-Speed Roller LM Guideway Linear roller guideways are applied to reduce non-cutting time and bring high rigidity. Each axis is directly connected to a highly reliable digital servo motor to provide high rigidity and minimal thermal displacement. Rigidity has increased compared to the Ball Bearing LM Guide Rapid Traverse Rate x/Y/z: 40/40/36 m/min 10K: 36/36/36 m/min X/Y Axis std. Z Axis std.

Direct Driven Spindle Table By connecting the motor directly to the spindle, the time has shortened. A wide range of machining large working capacity to make setup easier and can be done with spindle speed of up to 12,000 rpm. Built-in Spindle The 15,000 rpm Opt. 20,000 rpm built-in spindle can minimize vibration transmitted to the spindle. It allows excellent machining performance in mold and high-precision products.

Direct Driven Spindle 8,000 / 10,000 rpm Built-in Spindle 15,000/20,000 rpm ATC Magazine Thermal Displacement Compensation as standard The tool magazine holds 30 tools as standard and 40 tools as an option. Due to the wider selection of tools and the random tool selection method, tool change time has improved. Tool Change Time C-C: sec

Optimal Structural Analysis Maintain optimized rigidity through reinforcement of rib structure In order to increase the structural rigidity, in front of the bed. Static stiffness has increased compared to the base model, thus making heavy-duty cutting possible.

Rigidity has increased compared to the base model of KF6_700 x Axis: 139 LP x Axis = 144 LP KF6700 Slideway One Piece High Column Structure Direct Spindle Additional 300mm extension can be applied on the KF6700 as an option. Distance from Surface to SP

Slideway Increase of Saddle Rigidity The KF6700 with the largest saddle among the KF series has almost the same level of saddle-end displacement as the base model. This improvement leads to the high quality machining.

Saddle-End Displacement: 1 μm

Put Cooling Ball Screw Of 3 Row bearing + Oil Lubricated Rigidity compared to previous model Double anchored ball screw The pretensioned ball screw minimizes the expansion and contraction according to the heat and further reinforces the rigidity by the double anchor support method. In addition, the coupling of the ballscrews and the highly reliable digital servo motors are connected by metal plate couplings, to reduce coupling breakage and backlash. High-Speed Roller LM Guideway Linear roller guideways are applied to reduce non-cutting time and bring high rigidity. Each axis is directly connected to a highly reliable digital servo motor to provide high rigidity and minimal thermal displacement. Rigidity has increased compared to the Ball Bearing LM Guide Direct Driven Spindle Spindle High-Performance Direct Driven Spindle The directly coupled spindle at a maximum revolution of 12,000 rpm allows high-speed processing. Additionally, the large diameter and the thick to the stability of the machine. To meet various users' demands, HSK type spindle is also available. HSK-A63: 12K Tool Loc Type Through Spindle Coolant Through Spindle Coolant is exceedingly useful when drilling deep holes. It helps increase the Spindle Cooling 12 Std. lifetime of the tool, while decreasing cycle time. The spindle cooling system minimizes thermal displacement which can happen during lengthy machining operations.

Output Max. Output Max. Torque Max. Torque Max. Output Max. Output Max. Output Max. Torque Max. Torque Direct Spindle Long Lasting High Accuracy Excellent Performance 

KF Series

Spindle High-Precision Built-in Spindle By using ultra precision angular ball bearings, fast acceleration and deceleration of the main spindle is achieved. The spindle head is designed to minimize the heat displacement of the main spindle, and with the use of hydraulic tool lock system, the machining stability has increased. Before Clamping After Clamping

he Big spindle system provides contact between the spindle face and the face of the tool holder. This greatly increases tool rigidity, reduces run out and adds productivity to machining applications. Tool Type Hydraulic: Through Spindle Coolant Through Spindle Coolant is exceedingly useful when drilling deep holes. It helps increase the lifetime of the tool, while decreasing cycle time. Spindle Cooling The spindle cooling system minimizes thermal displacement which can happen during lengthy machining operations, and offers continued accuracy based on the thermal stability. High Speed output Max. output Max. Torque Max. Torque HSK tool holder is untilized for precise positioning with less expansion in the spindle taper during high speed rotation. This ensures an excellent level of precision for die mold machining. Increase of Table Rígidity The rigidity of the table has increased by fasteníng the table and LM guide with bolts. Previous model, Competitive models: bolts Upper Lower Rigidity of The thickness of the table has been increased by 9mm compared to the base equipment by the rib structure of the table. This makes it possíble to process the product under severe cutting and high load. Strengthen Rib Structure Model Table Size Max. Load Capacity ATC Magazine ATC Magazine High Speed ATC Position Control through twin arm ATC on servo motors has been improved drastically. In addition, tool exchanging has become easier, reducing Time Chip to Chip Time sec. C. Servo ATC Position control on the Twin Arm ATC using Servo Motors has improved drastically. The twin arm ATC enables faster tool change and increased productivity. Magazine The tool magazine holds tools as standard and tools as an option. Due to the wider selection of tools and the random tool selection method, tool change time has improved. When selecting tool magazine Servo Motor Tool selection Method Random Tool Shank Weight length Smart System Mold-related Software Standard when selecting Built-in Spindle Adaptive Feed Control Machining Condition Selection Software that controls the feed automatically to maintain a certain working load to extend tool life as well as productivity. Smart System Smart Factory Machine Monitoring System A brand new manufacturing machine by is a unique software capable of monitoring the operation status of manufacturing machines in factories, a smart solution to improve manufacturing conditions of customers. Real-time monitoring of machine operation status Cloud History and statistics of machine operation Cloud History and statistics of alarm occurrence Cloud History and statistics of work count Cloud Remote diagnosis Remote Thermal Displacement Compensation Software that offers operation, maintenance, management monitoring and various user friendly features. Tool Offset Measurement Tool Monitoring User friendly software that indicates tool length, diameter, and damage H/W excluded motor to determine and monitor possible damage of tools. Mold Package Optiоn Built-in Package Package Package Option Option Option Option Blocks S/W Auto Power Off Spindle Heat Distortion Compensation Device Cutting Air Blow Auto Tool Measuring Device Data Server Mold Package COflTROLLER Main Spindle Cooling Device channel Maintains temperature on the main spindle from thermal displacement. heat sensor 0 Cutting Air Blow Cutting air blow is provided for mold machining. C High Speed Contouring Control AICC ll Recognizes ΠC Data prior to the current processing phase Development S/W Auto Tool Measuring Device Selectable Proress Conditions or LTS Adapive Feed Control Detects and sets tool length, and attrition User Convenience

Chip Conveyor Chip Type Coolant Tank Type Chip Exhaust Direction Linear Scale Linear scales can be applied when highly accurate positioning is required. Rotary Table Additional axis machining is possible with the installation of CRT. U-Center The U-Center makes external and internal diameter turning possible, allowing for a wide range of variety in products. Hydraulic Supply Unit Instead of the standard hydraulic supply unit, an optional fixture unit can bring the pressure up to maximize the clamping force on the fixture. Spindle Cooling Unit The cooling unit is installed within the side of the machine to minimize the installation area. Measuring System Measuring Device Automatic Workpiece Measuring Device Workpiece coordinates can be set automatically using the optional spindle probe. Automatic measurement applications: Centering - Automatically sets the zero position of the workpiece. Measurement - Automatically measures the dimension of the workpiece. Laser Touch Probe 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. Touch type TLM Ts27R as standard with Built-in spindle. Automatic measurement applications: Automatic Tool Length Automatic Tool Broken Detection Automatic measurement detects breakage of tools. SPECIFICATIONS Standard Optional: Standard or Option; Prior Consultation: Non-Applicable Spindle KF4600, KF5600, KF5600C, KF6700 Spindle Speed: Multiple configurations Machine Guidance: HW-MC6 Tool Monitoring: HW TM1 Software: HW eDNC Spindle Heat Distortion Compensation: HW-TD Spindle Warm-Up Function: HW-WARMUP Energy-Saving System: HW-E551 Spindle Cooling System: B4OOOrpm Machine Monitoring System: HW-MMSI Offset Measurement: HW-TOM Adaptive Feed Control: HW-AFCI Conversational Program: HW-DPRO Electric Cabinet: Multiple options High Column: 300mm Transformer: 25kVA Backup Module: Available Main Spindle Nozzle Measuring Device: TACO Air Zero Sensor: SMC 30bar Work Measuring Device: Available Linear Scale: X/Y/Z Axis Coolant Level Sensor: Available Shower Coolant: For Chip Conveyor Sun Coolant: Available Coolant Filtration System: Backup Module Coolant Tank: 400 ga1 Single Rotary Table: Interior Screw Chip Conveyor, Channel 1 Axis: Available 2 Axis: External M Code Reading Automation Interface: Available 16 Contacts: Available 32 Contacts: Available Hydraulic Device: Multiple options Customized: Tool Box, Color, Specifications Swing: Tool Box, Customized Color Large Swing: CAD CAM Software, Large Size Customized Specifications

Specifications are subject to change without notice for improvement.

Spindle Output/Torque Diagram Direct 8,000rpm Direct 10,000rpm Power: kW Spindle Speed: r/min Direct 12,000rpm Power; Torque; Power; Torque; Spindle Speed; Spindle Speed; Power; Torque; Power; Torque; Spindle Speed; Spindle Speed; External Dimensions; High-Column; Height to Z-axis motor; Height to Z-axis motor; Direct - High-Column; Built-in - High-Column; High-Column; External Dimensions; Height to Z-axis motor; Z-Stroke; KF Series - PROGRESSIVE TECH VERTICAL MACHINING CENTER; External Dimensions; High-Column; High-Column; Pendant; High-Column Pendant; High-Column Embedded; KF Series - PROGRESSIVE TECH VERTICAL MACHINING CENTER; External Dimensions; High-Column; High-Column; High-Column; KF4600; KF5600; SPECIFICATIONS; SPECIFICATIONS; Table Size; Maximum Load Capacity; Spindle Taper; Spindle Speed; Spindle Driving Method; SPINDLE; Spindle Power Output Max/Cont; Spindle Torque Max; Travel X/Y/Z; Rapid Traverse Rate; Feed Distance from Table Surface to SPmm; D - issue - from - column - to SP. center; Slide Type; Number of Tools; Tool Shank; Max. Tool Dia. / mm; Max. Tool Length; Max. Tool Weight; Tool Selection Method; Tool Change T-T; Time C-C; Coolant Tank; CAPACITY; Lubricating Tank; Hydraulic Tank; Air Consumption; POWER Electric Power Supply; SUPPLY; Thickness of Power Cable; Voltage V/Hz; Floor Space; MACHINE Height; Weight; PC Controller; inspiration; technology; improvement; SPECIFICATIONS; Specifications;  Option; Table Size; Maximum Load Capacity; Spindle Taper; Spindle Speed.

Spindle Driving Method - DIRECT SPINDLE Spindle Power Output Max./кw нP Spindle Torque Max. Travel X/Y/Z mm in Rapid Traverse Rate X/Y/Z m/min FEED Distance from Table Surface to SP mm in Distance from Column to SP. center mm in Slide Type - ROLLER Number of Tools ea Tool Shank - BBT40 BBT40 [HS1<-A63] Max. Tool Dia. Max. Tool Length mm ATC Max. Tool Weight kg lb Tool Selection Method - RANDOM Tool Change T-T sec Time C-C sec Coolant Tank P gal TAP1 Lubricating Tank Q gal CAPACITY Hydraulic Tank Q gal Air Consumption cfm min POWER Electric Power Supply KVA SUPPLY Thickness of Power Cable sq Voltage V/Hz Floor Space L W mm MACHINE Height mm in Weight kg lb C Controller - HW F Series HW F i Series [F 32i-B] All specifications are subject to change without notice for improvement. SPECIFICATIONS Specifications : Option MODEL KF5600C Table Size LxW mm in TABLE Maximum Load Capacity kg lb Spindle Taper Spindle RPM rpm  [10,000 3 ] SPINDLE Spindle Driving Method - DIRECT Spindle Power Output Max./кw нP Spindle Torque Max: N m ibfft Travel X/Y/Z mm in Rapid Traverse Rate X/Y/Z m/min FEED Distance from Table Surface to SP mm in Distance from Column to SP center mm in Slide Type - ROLLER Number of Tools ea Tool Shank BBT40 BBT40 [HS1<-A63] Max. Tool Dia. Max Tool Length mm ATC Max. Tool Weight kg lb Tool Selection Method RANDOM Tool Change T-T sec Time C-C sec Coolant Tank gal TAP1 Lubricating Tank gal CAPACITY Hydraulic Tank gal Air Consumption cfm min Electric Power Supply KVA POWER SUPPLY Thickness of Power Cable sq Voltage V/Hz Floor Space LxW mm in MACHINE Height mm in Weight kg lb C Controller HW F Series HW F i Series [F 32i-B]

ROLLER TYPE GUIDE Number of Tools: 30 [40] Tool Shank: BBT40 [H51 - A63] Max. Tool Diameter: Ø80 [Ø76]/Ø125 Ø Max. Tool Length: 300 ATC Max. Tool Weight: 8 Tool Selection Method: RAfIOOM Tool Change: T-T Time: C-C Coolant Tank: 400 Tool Lubricating Tank: 4 CAPACITY Hydraulic Tank: 15 Air Consumption: 110 POWER Electric Power Supply: 32 Supply Thickness of Power Cable: Over 25 Voltage: 220/60 Floor Space: 3,030X2,422 MACHINE Height: 3,080 Weight: 7,400

CONTROLLER HYUNDAI WIA F i Series Option: Technical consultation Controlled Axis / Display / Accuracy Compensation: Program input 3 Axes: X, Y, Z 4 Axes: X, Y, Z, B Interpolation Functions: Linear, Circular Rapid Traverse Position Switch Function Rigid Tapping Backlash Compensation Machine Lock Machine Orientation Program Restart Program Check Function Self-Diagnosis Function Reference Position Return Run Hour / Parts Count Display History Display Maintenance Information Background Editing Single Block Handwheel Data Input / Output Interface Embedded Ethernet Interface Positioning Interpolation Functions Circumference Interpolation Feed Function Acc. Dec. Control Graphic Display Spindle / Servo Load Manual Feed Manual Handle Tool Management Function Absolute / Incremental Program Program Stop Tool Nose / Radius Compensation Tool Length Offset Tool Geometry and Wear Tool Length Measurement Program Restart Wrong Operation Prevention Program Protect Machine Lock Background Editing Handwheel Interrupt Data Input / Output Interface Embedded Ethernet Interface Positioning Interpolation Functions External Message Extraneous Message Language Look-Ahead Block Conversational Auto Program Manual Guide i Tape Code Manual Handle Feed Units Optional Block Skip Custom Macro Addition Program Stop Tool Management Function

Maximum Command Unit: 999 Part Program Storage Size: 5120m 2MB

Flane selection Workpiece coordinate system Add. Workpiece maximum Custom macro system Figures The CONTROLLER specifications are subject to change Controlled axes / Display / Accuracy Compensation Auxiliary function / spindle speed function Control axes 3 axes X, Y, Z 4 axes X, Y, Z B Auxiliary function Simultaneously controlled axes 3 axes Max. 4 axes M Code Multi-axis bypass M code X, Y, Z axes mm inch Spindle speed command S 5 digits Binary output Least setting Unit B axes 1 deg deg Spindle override 0 - 150 10 Unit X Y Z axes mm inch Spindle orientation M19 Least input increment B axes 1 deg deg FS high-speed rigid tapping Inch / Metric conversion Tool motion / Tool compensation Vector control Tool function Max. 8 digits Interlock All axes / Each axis Tool life m m m m m m m pairs Machine lock All axes Tool offset pairs 64 pairs Pulses Tool radius compensation Backlash compensation Rapid traverse / Cutting feed Tool length compensation Position switch Tool offset memory Input Feed back Machine editing function Stored stroke check Overtravel Part program storage size Steps Operation Program protect Background editing MD1 operation Extended part program editing Data Communication Data input / output Interface Program check function Embedded Ethernet interface Z axes Machine lock, Stroke check before move External message Search function Program number / sequence number Fixed keys Input Interpolation Extending Interpolation Function External workpiece number search Data backup Positioning Setting, display, diagnosis Absolute motor feedback Editing function Stored stroke check 1 Overtravel Part program storage size 500 units Operation Program protect Background editing MD1 operation Extended part program editing Data Communication Data input / output Interface Program check function Embedded Ethernet interface Z axes Machine lock, Stroke check before move Single block: External message Search function Program number / sequence number Fixed keys Input Interpolation Extending Interpolation Function External workpiece number search Data backup Positioning Setting, display, diagnosis Linear interpolation Sequences Manua feed Manual handle: Handle interrupt Workpiece coordinate system Manual absolute Fixed OF 500-999 Additional custom micro variables Programmable data input 100-199 Subprogram call 10 folds nested Retraction for rigid tapping Custom macro system Max. 400 pair Programmable mirror image Tool management function Program start number Max. 1000
Including Chamfering / Corner Additional work coordinate block Controlled axis / Display / Accuracy Compensation Auxiliary function / Spindle speed function Control axes 3 axes X, Y, Z 4 axes X, Y, Z, B Auxiliary function 4 digit. Controlled axes 3 axes [Max 4 axes] Level-up M Code Multi / Bypass M code. Spindle speed command S 5 digit Binary output. Least setting Unit B axes 1 deg deg. Backlash compensation Rapid traverse / Editing feed Tool offset memory. Tool length, diameter, Tool length measurement Z axes. Editing function. Operation Program protect Background editing. Program restart Data input / output Interface. Wrong operation prevention RS 232C serial card, USB memory. Program check function Z axes. Machine lock. Stroke check before motion. Screen hard copy. Single block. External message. Search function. External key input. Automatic data backup. Setting, display and diagnosis. Self-diagnosis function. History display. Alarm. Operator message. Operation hour / Parts count display. Maintenance information. Actual cutting feedrate display. Reference. Display of spindle speed. Graphic display. Reference position check. Operating monitor screen. Spindle load detection. Linear interpolation axes max. Spindle / Servo setting screen. Feed function / Acc. Dec. control. Multi-language display. Support 20 languages. Rapid traverse. Display language switching. Selection of optional Languages. Speed settings. Reference position return. Cutting Feed command. Direct input. F code. Feed per minute. Feed per revolution. Spindle control. Look-ahead block. Polar coordinate command G15, G16. Program input. Cylindrical interpolation. Tape code. One-way positioning. Optional block skip. Stored stroke check. Input. Editing. Program number / Sequence number. External key input. Interpolation functions. External workpiece number search. Automatic data backup. Self-diagnosis function. Error history display. Display of spindle speed / T mode. Graphic display. Reference. Manual input. Scales. Optional block skip. Fast Ethernet. Option board. Data server. Option board. Data at system level. Speed and rigidity settings. Reference position check. Operating monitor screen. Linear and angular coordinate system. Manual handle feed 2/3 units. Absolute. Fixed. Additional custom macro variables 100-199. Program storage capacity 512K8 - 8M8. Including Chamfering / Corner. Additional work coordinate pair. Canned cycle G89. A1C1 200 block. Coordinate rotation 400 / 600 / 1000 block. Figures in inch are converted from metric values. The FANUC controller specifications are subject to change based on the policy of company CFNC supplying

BRANCH OFFICE / HEADQUARTER OFFICE

OFFICE

BRANCH OFFICE

BRANCH OFFICE GLOBAL NETWORK HEADQUARTER Technical Center / R D Center / Factory Jeongdong-ro, Seongsan-gu, Changwon-si, Zip Code: Technical Center / R D Center Che1;iúπDangmulgwan-ro, Uıwang-si, Ggeonggi-do, Zip Code: 16082 TEL: 31 596 8209 Fax: 55 210 9804 OVERSEAS OFFICES TOOLS Company Spring Lake Drive, IL 60143 Fenghuang Town, Chengdu, China  Tools Europe Room 1207, Qingdao, China Service Center R D Center Frankfurter Raunheim, Germany  India Branch Office Chennai, Tamilnadu, India TEL:  FAX: