NFX 380A HIGH PERFORMANCE 5-AXIS VERTICAL MACHINING CENTER

NFX 380A HIGH PERFORMANCE 5-AXIS VERTICAL MACHINING CENTER

NFX 380A The high performance YCM NFX 380A 5-axis vertical machining center is designed especially for small, complex high-quality parts mainly for aerospace, automotive, medical, job shop and die & mold applications. From roughing to finishing, the NFX 380A enables manufacturers to reduce setup time and overall lead-time while increasing machining quality and improving precision of complex machining processes. 1

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High Rigidity Body Structure Design Extra wide column and base design to ensure best support and cutting rigidity. High quality and rugged MEEHANITE casting maintains optimum accuracy. High Accuracy Axial Movement Linear guideways adopted for fast and smooth axial movement. Pre-tensioned ball screws with direct drive motors achieve high torque and low backlash. Working Envelope ø380 (ø14.96 ) 150 (5.91 ) ø210 (ø8.27 ) Max. Working Envelope 220 (8.66 ) 480 (18.90 ) 70 (2.8 ) 310 (12.20 ) -120º +30º C-axis Rotary 360 Unit: mm (inch) Table Feedrate Accuracy Size: 380 mm Thru Hole: ø80 mm A-axis: 33.3 rev/min. C-axis: 33.3 rev/min. Positioning (A/C): 10/10 sec. Repeatability (A/C): 6/6 sec. C A FEM Finite Element Analysis 3

YCM In-house A/C-axis Rotary Table Rotary table surface leveled at the C-axis center to ensure machining accuracy and easy programming. ø380 mm (ø14.96") table size with ø80 mm (ø3.15") table-through hole design. 150 (+30 / -120 ) A-axis tilting angle increases the ability of machining. Hydraulic or pneumatic cable preparation. A/C-axis Linear Encoder. (std.) Tool Magazine 30T storage capacity is standard. 40T/60T is servo driven. (opt.) ATC tool door design is standard that prevents coolant and chips from entering tool magazine. Close Open ATC Door 4

YCM In-house IDD PLUS Spindle YCM self-manufactured IDD PLUS spindle. Powerful 22 kw, 12,000 rpm spindle for hi-power, hi-speed machining. Cooling system design on spindle motor seat, quill, and bearing offers most reliable machining capability. Max. Speed 12,000 rpm (std.) 15,000 rpm (opt.) Power Chart FANUC kgf-m lb-ft 12,000 rpm (std.) 15,000 rpm (opt.) HP kw kgf-m lb-ft HP kw 12.98 93.9 11.69 84.6 1min. 5min. 1min. 30 22 12.98 93.89 11.69 84.56 2min. 5min. 2min. 5min. 30 25 22 18.5 9.74 70.5 5min. 25 18.5 9.74 70.45 20 15 7.14 4.87 51.6 35.2 20 15 10 15 11 7.5 7.14 4.87 51.64 35.23 15 10 11 7.5 L H 1.5 kgf-m 1.22 kgf-m 6.44 lb-ft 0.89 kgf-m 0 0 4.41 lb-ft 0.61 kgf-m 0 0 10.85 lb-ft 8.82 lb-ft 1,500 3,000 8,000 12,000 1,500 4,000 15,000 (rpm) POWER TORQUE (rpm) POWER TORQUE L H 10.34 lb-ft 8.68 lb-ft 7.02 lb-ft 5.14 lb-ft 3.54 lb-ft 1.43kgf-m 1.20kgf-m 0.97kgf-m 0.71kgf-m 0.49kgf-m HEIDENHAIN kgf-m lb-ft 14 12.21 9.28 7.34 5.84 4.87 4 2 0 101 88 67 53 42 35 29 14.5 18.8kW 25HP 12,000 rpm (std.) S6-5% 22kW 30HP S6-10% 18.8kW 25HP S6-40% 11.3kW 15HP S6-60% 9kW 12HP cont. 7.5kW 10HP L H 0 0 1,500 3,600 10,000 (rpm) POWER TORQUE HP kw 32 24 30 22 27 20 24 18 21 16 20 15 16 13 12 10 7 9.4 lb-ft 8.82 lb-ft 5.42 lb-ft 4.34 lb-ft 3.25 lb-ft 12 10 9.2 7.4 5.5 1.3 kgf-m 1.22 kgf-m 0.75 kgf-m 0.6 kgf-m 0.45 kgf-m kgf-m lb-ft 14 101.3 27 20 18.3kW 25HP S6-10% 17.5kW 23HP 12 86.8 9.28 7.34 5.84 4.87 67 53 42 35 4.34 3.88 3.07 2.44 2.03 S6-25% 14.3kW 19HP S6-40% 11.3kW 15HP S6-60% 9kW 12HP cont. 7.5kW 10HP 12,000 0 1,500 3,600 10,000 15,000 4.26 3.48 2.75 2.19 1.83 L H 15,000 rpm (opt.) (rpm) POWER TORQUE HP 15 12 10 8 5 5.28 lb-ft 4.05 lb-ft 3.4 lb-ft 2.82 lb-ft 1.88 lb-ft kw 11.3 8.7 7.3 6 4 0.73 kgf-m 0.56 kgf-m 0.47 kgf-m 0.39 kgf-m 0.26 kgf-m 5

Spindle Oil Cooling Design Oil-air lubrication design applied on each bearing, suitable for spindles with the speed of 12,000 rpm and over to ensure prolonged high speed operations. Oil-air Lubrication System Heat Cooling System BBT40 Spindle Design Spindle and taper dual surface contact. Exceptional cutting rigidity with high accuracy. Longer tool life. Contact Surface Contact Surface BT Taper BBT Taper Backlash occurs after contact Single Surface Contact Spindle Elastic deformation occurs, no backlash Dual Surface Contact Spindle Laser Tool Measurement (opt.) 6

Advantages of 5-axis Machining Enhance precision, quality and efficiency of 3D surface machining. Reduce tool length and increase rigidity to obtain superior machining quality. Cutting with the belly and edge of the tool to increase tool life. Reduce fixture error and lessen workpiece loading/uploading time. Saves manufacturing cost for fixture and electrode costs. Reduces machining process, machining cost while improving productivity. Differences between 3-axis and 5-axis machining 3-axis machine Change fixture Process 1 Change fixture Process 2 Change fixture Process 3 Change fixture Process 4 NFX380A Change fixture Process 1 Process 2 Process 3 Change fixture Process 4 Machining Performance 100% 88% 12% Increase Shorten Process Reduce Fixture Cost Improve Accuracy 3-axis Machine NFX380A 7

Automation Advantages Increase productivity through unmanned machining. Enhance quality and reliability of products. Reduce non-cutting or change waiting time. 8

by CONTROL High Response AC Digital Servo & Spindle Drives with High Definition AICC II High Speed High Accuracy with Manual / Auto Switching on/off Machining JERK Control Function High Rigidity Tapping, Helical Interpolation Custom Marco B and Tool Path Graphics Manual Guide i with large Screen Display. Program File Management for Easy Program Classifying USB Interface for Easy Parameters & CNC Programs Transfer 512KB Memory High Speed Positioning Function (MXP-200FB, opt.) Memory Card Program Edit & Operation NANO Smoothing Function (opt.) 400 Pairs Tool Offset, 1,000 (MXP-200FB 400) Total Registered Programs 48 Pairs of Workpieces Coordinate System Extended Parts Program Editing (Cut, Copy, and Paste. Maximum 4,000 Characters) A remote monitoring system The YCM Production Line Monitoring System i-direct overcomes the limitations of time and distance. This software provides plant operators with instant production status, including production value, output, standby, alarm time, status display and malfunction records of the machine. These data could be browsed online and printed. When incidents occur, i-direct will automatically warn plant operators through e-mail or MMS message. With i-direct Production Line Monitoring System the plant operators can easily keep track of production statuses regardless of time and distance. i-direct Main Page Plant Operation Status Monitoring System Chart Single Machine Status Browsing Machine Status Time Record 9 Production Status Process Record Production Management Statistics

OPERATION Software Enhancement Exclusively from Pre-machining Preparation Intelligent Tool Data Management Comprehensive tool data management function allows operators to monitor and manage all positions in tool magazine Tool Length Measurement Graphic measuring interface provides automatic tool length measurement function Workpiece Coordinate Calculation Conversational operating window provides convenient and fast setup of workpiece coordinates NEW RENISHAW GUI System (Conversational Graphic Operating Interface) Tool measurement & measurement correction Workpiece measurement Programming NEW i_pattern 15 sets of machining cycle program Reduces program input and memory time Graphic interface & conversational command input CIRCULAR HOLE PATTERN (G120 P1) Function RECTANGULAR HOLE PATTERN (G120 P4) Function GRID HOLE PATTERN (G120 P5) Function Machining High Performance Machining Mode M300 With 5 sets of parameter settings, the users choose the most suitable mode for optimum machining High Speed Machining Mode M400 Increases drilling and tapping speed, reduces machining time for job shop and precision mold machining NEW Tool Load Management Instant tool load monitoring with alarm function Multi-display Fuction Displays 4 statuses simultaneously with configurable status display NEW Tool Life Management Indicates tool status of each g with tool life alert Instant Message Alert Pop-up Alarm Display Maintenance Intelligent Maintenance Instantly provides troubleshooting procedure Quick response to alarm Provide users with periodic maintenance options and descriptions Instantly provide users with maintenance notifications Smart control panel (ipanel) Counter Function Easy to set up and operate important functions Allow users to keep count of workpieces with the function of overtime cycle alarm p easy control over machining cycle time 1. Main Counter 2. Periodical Counter 3. Daily Counter 4. Over Cycle Alarm 10

FANUC MXP-200 FB/FC Control Standard Function (5-axis Control) Tilted Working Plane Command Program order automatic exchange X-Y-Z coordinates. Easy program edition, easy machining for Tilted Working Plane. 3D Interference Simulation 3D Interference Simulation function can help to reduce the danger of collision in 5th axis application. FANUC 31i-MB5 Control Exclusive Function STCP ( Smooth Tool Center Point ) Simultaneous 5-axis Machining with tool end / tool side. Smooth motion with tool end by compensating tool direction (Angle of rotary axis) Smooth machining with tool side by smoothing tool posture Tool side Tool center point With high-speed Smooth TCP 3-Dimensional Cutter Compensation 11

HEIDENHAIN TNC 640 Exclusive Function HEIDENHAIN TNC 640 Simultaneous 5-axis control TFT color flat-panel display 15-inch Storage medium: SSDR solid state disk with 32 GB Programming in HEIDENHAIN conversational format, with SmarT.NC or according to DIN/ISO Tool Center Point Management (TCPM) Dynamic Collision Monitoring (DCM) 0.5 ms Short block processing time TCPM (Tool Center Point Management) The offset of the tilting axes is compensated so that the tool tip remains on the contour. Tilted Working Plane Command The PLANE function is a powerful function for defining tilted working planes in various manners. Dynamic Collision Monitoring (DCM) Dynamic collision monitoring to protect operators and machine. Kinematic Compensation 1) Position of the rotary axis in the kinematics model of the control. 2) Actual position of the rotary axis. 3) Resulting position error during tilting. 12

Table & Dimensions Unit: mm inch ø380 ø14.96" 30T 2,800 110" 26.6" R675 45 125 4.92" T-SLOTS H8 12 0.47" 19 0.75" 75 2.95" 12 0.47" 8 0.31" 250 2,800 110" 9.8" 120.1" 145.7" 3,050 3,700 3,300 129.9" 3,700 145.7" Max. 3,150 124 Shipping 2,650 104 Fixture Hole Position 40T 2,800 110" 26.6" Ø11x20 depth PT1/4-19 pipe thread - 2 holes (symmetrical) Ø30 Ø1.18" 10 0.39" Ø105 Ø4.13" Ø80 Ø3.15" 35.5 1.4" 48.51.91" 250 2,800 110" 120.1" 145.7" 3,700 145.7" Max. 3,150 Shipping 2,650 124 104 3,050 3,700 9.8" 13

Specifications SPINDLE Spindle Speed/Power (std.) FANUC controller Spindle Speed/Power (opt.1) FANUC controller Spindle Speed/Power (opt.2) HEIDENHAIN controller Spindle Speed/Power (opt.3) HEIDENHAIN controller Spindle Taper TRAVEL 380A 12,000 rpm 7.5/11/15/18.5/22 kw 10/15/20/25/30 HP (cont./30min./10min./5min./1min.) 15,000 rpm 7.5/11/15/18.5/22 kw 10/15/20/25/30 HP (cont./30min./10min./5min./2min.) 12,000 rpm 7.5/9/11.3/18.8/22 kw 10/12/15/25/30 HP (cont./s6-60%/s6-40%/s6-10%/s6-5%) 15,000 rpm 7.5/9/11.3/14.3/17.5 kw 10/12/15/19/23 HP (cont./s6-60%/s6-40%/s6-25%/s6-10%) BBT40 X-axis Travel 700 mm 27.56" Y-axis Travel 520 mm 20.47" Z-axis Travel 480 mm 18.90" TABLE Table Size/T-Slots Max. Load on Table (Vertical) Max. Load on Table (Horizontal) A/C AXIS A-axis C-axis A/C Axis Feedrate A/C Axis Positioning Accuracy A/C Axis Repeatability Accuracy (A-axis Optical Scales is standard) FEEDRATE X/Y/Z Rapid Feedrate Cutting Feedrate ø380 mm / 12 mm ø14.96" / 0.47" Radial 200 kg 441 lb 200 kg 441 lb 150 (+30 / -120 ) 360 33.3 rev/min. 10 sec. 6 sec. 36 / 36 / 24 m/min 1,417 / 1,417 / 944 ipm 1~10,000 mm/min 0.04~393.7 ipm ACCURACY ISO 10791-4 YCM* Axial Travel Positioning (X/Y/Z) A Repeatability (X/Y/Z) R 0.025/0.025/0.022 mm 0.00098"/0.00098"/0.00086" 0.015/0.015/0.012 mm 0.00059"/0.00059"/0.0005" Full Length *All values shown above are measured for the machine in good air-conditioned environment. ATC Tool Magazine Capacity(opt.) 30T (40 / 60T) Max. Tool Weight 6 kg 13.2 lb 0.010/0.010/0.010 mm 0.00039"/0.00039"/0.00039" 0.007/0.007/0.007 mm 0.00028"/0.00028"/0.00028" Max. Tool Length ø76 x 280 mm ø3" x 11.02" STANDARD ACCESSORIES Tool Kit Work Lamp Pilot Lamp Spindle Air Blast Spindle Air Seal Cutting Air Blast Spindle Cooling System Guideway Cover (X, Y, Z) Oil Skimmer Coolant Gun Coolant System Central Lubrication System Hydraulic Unit (for 4th and 5th Axes) Complete Chip Enclosure (With Top Cover) Leveling Bolts and Pads A/C Cooler for Electrical Cabinet Mechanical, Maintenance, Electrical and Operating Manuals Safety Door CNC Control: HEIDENHAIN TNC 640 OPTIONAL ACCESSORIES CE Foundation Bolts Chip Conveyor Coolant Through Spindle System (CTS) Auto Tool Measurement System (TT140) CNC Control: FANUC MXP-200FB CNC Control: FANUC MXP-200FC CNC Control: FANUC 31i-MB5 GENERAL Pneumatic Supplier 5.5 kg/cm 2 Power Consumption (Transformer) Machine Weight FANUC: 37.3 kva (40 kva) HEIDENHAIN: 54.4 kva (65 kva) 6,200 kg 13,669 lb Note: Above specifications may vary depending on the machine and the surrounding environment. The manufacturer reserves the right to modify the design, specifications, mechanisms, etc., to improve the performance of the machine without notice. The test data provided in this catalog is performed under specific test procedures and environmental conditions. 14

062017-01-2000 201305-E02-2000