- 48/48/48 m/min - BT-50 tooling - 60 tools rpm / 30kW. - 48/48/48 m/min - BBT-40 tooling - 60 tools rpm / 22kW

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1 R VictorTaichung H M C High Speed on axis rapid feed and tool changeover High Performance by built-in motor-spindle High Efficiency by rotary style APC and oversized linear guide ways Vcenter-H4-48/48/48 m/min - BBT-4 tooling - 6 tools - 14rpm / 22kW Vcenter-HHS - 3/3/24 m/min - BT-4 tooling - 4 tools - 14rpm / 22kW Vcenter-H - 24/24/24 m/min - BT- tooling - 4 tools - 6rpm / kw - heavy cutting Vcenter-H63HS - 48/48/48 m/min - BT- tooling - 6 tools - rpm / 3kW Victor Taichung - an established ISO-91 & 141 company

2 Rapid feed rate 48/48/48 m/min 3-axis moving column design features high rapid feed rate 48 m/min for 3 axes to reduce tool changeover time. Axis acceleration.7g/.7g/.7g with high power output 4././4. kw reaches highest machining efficiency. Steel type telescopic cover design assures long service life. Servo driven ATC and tool magazine Front mounted ATC to reduce machine width. 4-tool magazine with twin arm type ATC offers quick changeover time 9. seconds (chip-to-chip) for BBT- 4 tooling. Both ATC and magazine are servo driven to assure higher reliablity and longer service life. High speed pallet changer APC Rotary type APC for quick pallet exchange. 4 ground cone shaped taper pins and bushings ensures high accuracy and repeatability throughout entire service life. Air jets are blown through cones assure pallet clamping and chip removing. Extenal pallet can be rotated manually. Pallet loading 4 kgs. 1

3 14 rpm built-in spindle Built-in spindle avoids belt vibration to affect machining quality. Dual winding (low/high winding) with power output /18 kw further reduces cutting time. 4 pcs front bearings enhance cutting rigidity. Oil-air lubrication for long service life. BIG PLUS BBT-4 tooling (compatible with BT-4 tooling) for sufficient tool clamping at high rpm. User friendly design Rotary control panel with large keypads for easy operation. Spindle oil cooler, pneumatic and lubrication systems are located in the rear location for easy maintenance. Efficient disposal on coolants and chips Fixed pallet design with bottom flushing coolants assures minimal coolant leakage and chip build-up. Rear disposal chip conveyor utilizes easy layout for line production. 2

4 Built-in spindle Built-in spindle avoids belt vibration to affect machining quality. Dual winding (low/high winding) with high power output further reduces cutting time. Air curtain for extra spindle protection. 6 rpm, 11/ kw for Vcenter-H. 14 rpm, 18./22 kw for Vcenter-HHS. Durable tool changer Side mounted 4-tool magazine with twin arm type ATC offers quick changeover time 8. second (chipto-chip) for BT-4 tooling and.6 seconds for BT- tooling. ATC unit has been designed with minimal maintanance with the use of hydraulic motor to ensure stability and longer service life. Strong machine structure Meehanite casting from Victor Taichung's licensed foundry for maximum damping and strength. One piece bed castings with triangular structure and heavily ribbed column minimizes distortion during heavy cutting. Low table height reduces the bending moment for high positioning accuracy. Curvic coupling is used for table indexing and offer high repeatablity. 3

5 Symmetric design for minimal heat growth and chips build-up Symmetrical machine design with steep angular splashguards inside minimizes the thermal growth on machine accuracy. Twin screw-type chip removers have been fitted to help remove chips out of the machining area to the machine front through the assistance of high pressure coolants. Front positioned chip conveyor for easy chip clean-up. High speed pallet changer APC Rotary type APC for quick changeoover. 4 ground cone shaped taper pins and bushings ensures high accuracy and repeatability throughout entire service life. Air jets are blown through cones assure pallet clamping and chip removing. High loading capacity 8 kgs. High rigidity and high damping guideways Oversized NRS style linear guideways ensure each axis can absorb the most extreme of cutting forces. Ballscrew holders are cast into the machine base to ensure a constant support over the entire machine life. 4

6 High rapid feeds 48/48/48 m/min "T"-shape structure with Meehanite casting from Victor Taichung's licensed foundry ensures maximum damping and strength. Roller type linear motion guideways enhance structure stiffness to absorb the most extreme of cutting forces for high. Coolants through the ballscrews remove the heats generated by high feeds and assure minimal thermal displacement. Ballscrew holders are cast into the machine base enhances a constant supports. rpm built-in spindle (3KW) Built-in spindle avoids belt vibration to affect machining quality. Dual winding (low/high winding) with high power output 2/3 kw further reduces cutting time. Oil-air lubrication assures long service life. Servo driven tool magazine 6 tool magazine with twin arm type ATC offers quick changeover time 12 seconds (chipto chip) for heavy BT- tooling. Less heat generated in comparison as hydraulic system assure higher reliability.

7 Cutting force Supporting gets closer to the cutting area to increase cutting rigidity. This area is removed to reduce the column weight and inertia for quicker response. Traditional column Slant style column design Innovative design shortens the distance from spindle to rear supporting guideways to enhance the cutting stability. Column responds more dynamically due to the reduced weight and inertia. High speed pallet changer APC Rotary style APC driven by servo motor reduce overall cycle time. 4 ground cone shaped taper pins and bushings ensures high accuracy and repeatability throughout entire service life. Air jets are blown through cones assure pallet clamping (air sealing detection). Hydraulic interface for APC (optional) powered through the Baxis mechanism facilitates auto part clamping. High loading capacity kgs. 6

8 Workpiece measurement To reduce time spent setting workpiece positions and then manually inspecting finished parts, which would be better invested in machining, automatic workpiece measurement is available with the use of Renishaw MP-, OMP6 or RMP6 measuring probes. Workpiece position can be identified with the probe and work offsets automatically updated, enabling parts to be made right first time. During batch production in-processing checking can be performed on the machine, while for optimum accuracy in machining part inspection can be done after roughing so that finished part can maintain tight tolerances. Expandable tool magazine Modular design allows from 4 to 1 tools to be held in tool magazine which is made up of cast-sections. All models Vcenter-H4/H(HS)/H63HS are equipped with servo driven tool magazine for highest reliability. Linear scales Linear scales on all 3 axes offer exceptional positioning accuracy, up to. mm over full stroke. Only Heidenhain linear scales with a thermal behaviour similar to that of the machine are selected so that thermal expansion can be compensated for, further enhancing repeatability. Sealed encoders with durable aluminum housing offer improved reliability and service life. Table shower (Niagara coolants) To enhance chip removal around the workpiece and reduce thermal growth, a table shower system is available which supplies flood coolant from above. The strong coolant flow ensures the workpiece and guards are swept clear of cutting chips. Coupled with steeply angled slideway guards and twin scroll conveyors ensures maximum efficiency in chip removal. Coolant options Std. : coolant ring Purpose : general Opt. : directional pipe Purpose : general Opt. : oil hole coolant Purpose : drilling, boring Opt. : thru. spindle coolant Purpose : drilling, boring Opt. : oil mist Purpose : tapping, reaming 7

9 CNC table with.1 continuous indexing CNC controlled pallet with.1 indexing is available on the B-axis for simultaneous 4-axes machining. The servo-motor is upgraded so that plenty of power is provided in machining complex forms and contours. Table indexing time is also reduced to only.2 sec per deg. Rotary encoder has been included for improved positioning accuracy. Tool length measurement To reduce tool set-up times and improve machine operator interface Victor offers Renishaw tool measurement system. Using the TS27R probe tool length and diameter values can be automatically inputted into the tool offset values once the tool is tipped off the probe. This system is ideal for batch production where tools need to be constantly changed or replaced. Multi-face table T-slotted fixture block allows a variety of parts to be clamped offering improved productivity over vertical machine centres. Used in conjunction with standard B-axis pallet allows more parts to be set-up at a time! Machine and control features for high speed machining NC package This high powered, high speed spindle is ideal for finishing hardened parts (HRC ) or for producing thin walled parts with precise spindle runout throughout its operating range and minimal vibration utilizing a built in spindle motor. Oil-air mist lubrication to the bearings ensures smooth running at high rpm and water cooling around the motor eliminates thermal growth. Through spindle coolant For improved deep drilling and boring capability, coolant can be forced through the center of the spindle under high pressure, to flow through the tool directly to the cutting area. To ensure long and reliable running of this system fine particles produced during machining must be filtered out to prevent damage to the spindle. Control features for fast contour milling (Victor Taichung's standard) Feature \ Controller Block addressing time Data storage Fanuc i-md 21i-MB 18i-MB 31i-B 4 ms (Opt. 2 ms by AICC-2) 128m (12kB) Opt. 1m (2MB) 2ms 128m (12kB) Opt. 26m (1MB) 2ms (Opt..4ms) 26m (1MB) Opt. 1m (2MB).4ms 26m (1MB) Opt. 24m (8MB) Data server (Memory extension) Opt. (by CF Card) Opt. (by CF card) Std. (by CF card) Std. Ethernet link Std. Std. Std. Std. Preview Contouring (look ahead blocks) 4 (Opt. by AICC-2) 8 18 (Opt. 6 by HPCC) 6 (Opt. by HSP) Graphic display.4".4".4".4" Conversational function Manual guide i Manual guide i Manual guide i Manual guide i Data transfer interface PCMCIA port (+ Opt. USB) PCMCIA port PCMCIA port PCMCIA port + USB NURBS interpolation N.A. N.A. Opt. Opt. 8

10 Victor s FANUC i-md/21i-mb/18i-mb/31ib Control SPECIFICATIONS Standard ITEM SPECIFICATION DESCRIPTION Controlled Axes 1. Controlled Axes 3 Axes (X, Y, Z) 2. Simultaneous Controlled Axes Position/Linear interpolation/circular interpolation (3/3/2) 3. Least Input Increment.1 mm /.1 inch /.1 deg. 4. Least Input Increment 1/.1 mm /.1 inch /.1 deg.. Max, command value mm ( in) 6. Fine Acceleration & Deceleration Control Std. 7. High Speed HRV Control Std. 8. Inch / Metric Conversion Std. (G/G21) 9. Interlock All Axes / Each Axis / Cutting Block Start. Machine Lock All Axes / Each Axis 11. Emergency Stop Std. 12. Over-travel Std. 13. Stored Stroke Check 1 and Check 2 Std. 14. Mirror Image Each Axis. Mirror Image M73, M74, M7, M76 X, Y Axes 16. Follow-up Std. 17. Position switch (with Victor's own PLC) Std. Operation 1. Automatic Operation Std. 2. MDI Operation MDI B 3. DNC Operation Reader / Puncher Interface is Required 4. DNC Operation with Memory Card PCMCIA Card Attachment is Required. Program Number Search Std. 6. Sequence Number Search Std. 7. Sequence Number comparison and stop Std. 8. Buffer Register Std. 9. Dry Run Std.. Single Block Std. 11. JOG Feed Std. 12. Manual Reference Position Return Std. 13. Manual Handle Feed 1 Unit / Each Path 14. Manual Handle Feed Rate X1, X, X. Z Axis Neglect Std. Interpolation 1. Positioning G 2. Single Direction Positioning G6 3. Exact Stop Mode G61 4. Exact Stop G9. Linear Interpolation G1 6. Circular Interpolation G2, G3 (multi-quadrant is possible) 7. Dwell G4 8. Helical interpolation Std. 9. Skip Function G31. Reference Position Return G Reference Position Return Check G nd / 3 rd / 4 th Reference Position Return Std. 13. Index Table Indexing Std. (only available on HMC) Feed 1. Rapid Traverse Rate Std. 2. Rapid Traverse Override F, 2%, %, % 3. Feed Per Minute G94 (mm / min) 4. Tangential Speed Constant Control Std.. Cutting Feed rate Clamp Std. 6. Automatic Acceleration / Deceleration Rapid traverse: linear; Cutting feed: exponential 7. Rapid traverse Bell shaped Acc./Deceleration Std. (G) 8. Bell shaped Acc./Deceleration Before & After Cutting Feed Interpolation Std. (G1) 9. Automatic Corner Deceleration Std. (G64). Linear Acc/Deceleration Before & After Cutting Feed Interpolation Std. (G1) 11. Feed rate Override ~% 12. Jog Override ~% 13. Automatic Corner Override G Feed Stop Std.. AI contour control (AICC, G.1) (in total) 4 (i) blocks 16. AI nano contour control (G.1) (in total) 8 (21i), 18*1 (18i) blocks 17. Jerk Control Std. (21i/18i only) 18. Rigid Tapping Bell Shaped Acc./Deceleration Std. 19. Feed rate clamp by arc radius (G2/G3) Std. Program Input 1. EIA / ISO Automatic Recognition Std. 2. Label Skip Std. 3. Parity Check Std. 4. Control In / Out Std.. Optional Block Skip 1 6 Max. Programmable Dimension 8-Digit 7. Program Number O4-Digit 8. Sequence Number N-Digit 9. Absolute / Incremental Programming G9/G91. (Pocket Calculator Type) Decimal Point Programming Std. 11. Input Unit Time Multiply Std. 12. Plane Selection G17, G18, G Rotary Axis Designation Std. 14. Rotary Axis Roll-Over Function Std.. Polar coordinate Command G Coordinate System Setting Std. 17. Automatic Coordinate System Setting Std. 18. Workpiece Coordinate System G2, G3, G4~G9 19. Addition of Workpiece Coordinate System Pair 48 Pairs. Manual Absolute On And Off Std. 21. Optional Chamfering/Corner R Std. 22. Programmable Data Input G 23. Sub Program Call 4 folds nested (21i/18i), (i/31i) 24. Custom macro B Std. 2. Addition of Custom Macro Common Variables #~#199,#~# Canned Cycles For Milling G73/G74/G76, G8-G89, G98/G Small hole peck drilling cycle G Circular Interpolation by R Programming Std. 29. Program Format FANUC Std. format 3. Program Stop / Program End M / M1 / M2 / M3 31. Reset Std. 32. Scaling G1 33. Coordinate System Rotation G68 Auxiliary Spindle Speed Function 1. Auxiliary Function Lock Std. 2. High Speed M / S / T Interface Std. 3. Spindle Speed Function Std. 4. Spindle Override ~1%. 1 st Spindle Orientation Std. 6. M Code Function M3 digit 7. S Code Function S digit 8. T Code Function T2 digit 9. Rigid tapping Std. Tool Function & Tool Compensation 1. Tool Function T8 digit 2. Tool Offset Pairs 6-digit, 4 (i/21i2i), 999 (18i/31i) 3. Tool Offset Memory C Std. (D/H codes are separated) 4. Tool Length Compensation G43-G44, G4-G48, G49. Cutting Compensation C Std. 6. Tool Management Function For 1 Path, Tool 64 Pairs Accuracy Compensation 1. Backlash Compensation Rapid Traverse / Cutting Feed 2. Stored Pitch Error Compensation Std. Edit operation 1. Part Program Storage Length (in total) 128m (12KB) (i/21i), 26m (18i), 1MB (31i) 2. Number of Registered programs (in total) 4 (i/21i), (18i/31i) 3. Part Program Editing / Protect Std. 4. Background Editing Std.. Machining Time Stamp Std. (only available on 18i-M) Setting and Display 1. Status Display Std. 2. Clock Function Std. 3. Current Position Display Std. 4. Program Display Program name 31 characters. Parameter Setting and Display Std. 6. Self Diagnosis Function Std. 7. Alarm Display Std. 8. Alarm History Display 2 9. Operation History Display Std.. Help Function Std. 11. Run Hour and Parts Count Display Std. 12. Actual Cutting Feedrate Display Std. 13. Display of Spindle Speed and T Code At All Screens Std. 14. Graphic Function Std.. Dynamic graphic display Std. 16. Servo Setting Screen Std. 17. Spindle Setting Screen Std. 18. Display of Hardware and Software Configuration Std. 19. Multi-Language Display Std.. Data Protection Key Std. 21. Erase CRT Screen Display Std. 22. Machining Condition Selecting Screen Std. 23. Color LCD / MDI.4" Data Input / Output 1. Reader / Puncher Interface RS-232 interface 2. External Work piece number search Memory Card Interface Std. 4. Embedded Ethernet (Mbps) Std. OPTIONS ITEM SPECIFICATION With hardware included: i-md 21i-MB 18i-MB 31iB 1. Conversational programming (Manual Guide i)*2 Std. Std. Std. 2. Conversational programming (Super Cap i) N.A. N.A. 3. Data server (with PCB and CF card 1GB) Std. Std. 4. Fast Ethernet (Mbps, available in Data server) Std. Std.. Tool life management 6. Part Program Storage Length 1m (2MB) (in total) N.A. 7. Program restart 8. Optional block skip 9 blocks 9. High Precision Contour Control (with RISC board) N.A. N.A. 18 blocks N.A.. AI high precision contour control (RISC) N.A. N.A. 6 blocks N.A. 11. AI nano high precision contour control (RISC) N.A. N.A. 6 blocks N.A. 12. Profibus 13. USB Device N.A. N.A. Std. Without hardware included: 14. AI contour control II (AICC-2, G.1, no, of blocks) N.A. N.A.. Tool load monitoring (with Victor own PLC) 16. Programmable mirror image (G.1) 17. Addition of tool pairs for tool life management 12 sets N.A. 18. Cylindrical interpolation (G7.1) (used on 4 th -axis) N.A. 19. Interruption type custom macro N.A.. Addition of work-piece coordinate systems 3 sets N.A. N.A. 21. Exponential interpolation (G2.3) N.A. N.A. 22. Smooth interpolation N.A. N.A. 23. Spiral/conical interpolation N.A. N.A. 24. Floating reference position return N.A. N.A. 2. Hypothetical axis interpolation (G7) N.A. N.A. 26. Tool retract and return (G.6 with Victor own PLC) N.A. N.A. 27. NURBS interpolation (only avail. in HPCC/RISC) N.A. N.A. 28. Polar coordinate interpolation 29. Bi-directional Pitch Error Compensation 3. High speed processing 6 block N.A. N.A. N.A. 31. Lock ahead block expansion block N.A. N.A. N.A. *1.Block addressing time: - 2 ms for AI nano CC (max. cutting feed 3 m / min), - 1 ms for HPCC (max. cutting feed 6 m / min), AI HPCC and AI nano HPCC ( m / min) *2.Only available on 18i-MB for axis simultaneous control including HPCC (RISC). 9

11 MACHINE SPECIFICATIONS ITEM Vcenter-H4 Vcenter-HHS Vcenter-H Vcenter-H63HS Capacity Distance Working Table Spindle Axis feed ATC & Tools X axis travel mm 7 7 Y axis travel mm Z axis travel mm Spindle nose to table center mm Spindle center to table surface mm Max. part dimension (Dia. x H) mm Ø6 x 7 Ø7 x 7 Ø7 x 7 Ø x 1 Table work area mm 4 x 4 x x 63 x 63 Max. pallet load kg Surface configuration M12 x P1.7 M16 x P2. M16 x P2. M16 x P2. Min. angle of rotation deg. 1 (Opt..1 for CNC table) 1 (Opt..1 for CNC table) 1 (Opt..1 for CNC table) 1 (Opt..1 for CNC table) Pallet exchange time sec 7 (P-P), 11.4 (C-C) 6. (P-P), 11 (C-C) 6. (P-P), 11 (C-C) 7 (P-P), 12 (C-C) Pallet exchange type rotary rotary rotary rotary Time to index 9 o sec (Opt. 1.6 for CNC table) (Opt. 1.6 for CNC table) (Opt. 1.6 for CNC table) (Opt. 1.6 for CNC table) Time to index 18 o sec (Opt for CNC table) (Opt for CNC table) (Opt for CNC table) (Opt. 3 for CNC table) Spindle taper BBT-4 BT-4 BT- BT- (opt. BBT-) Spindle motor- cont/3 min kw 18. / 22 (high winding) 18. / 22 (high winding) 11 / (Opt. / 18. for rpm spindle) 2 / 3 (high winding) Spindle speed rpm (Opt. ) Spindle bearing diameter mm Rapid feed rate - X/Y/Z m/min 48 / 48 / 48 3 / 3 / / 24 / / 48 / 48 Axis feed motor - X/Y/Z kw 4. /. / 4. 4 / 7 / 4 4 / 7 / 4 4 / 7 / 4 Cutting feed rate by table mm/ min B axis feed motor kw 1.6 (Opt. 3 for CNC table) 1.6 (Opt. 4 for CNC table) 1.6 (Opt. 4 for CNC table) 1.6 (Opt. 4 for CNC table) X/Y/Z ball screw (dia. x pitch) mm Ø4 x 12 Ø4 x Ø4 x 12 Ø4 x 12 Slideway width - X/Y/Z SNS 3 / 4 / 4 NRS / / NRS / / RGW / / (roller) Tool magazine capacity 6 Disk type 4 (Opt. 6, 9) Chain type 4 (Opt. 6, 9) Chain type 6 Chain type Tool selection Random Fixed tool pot number Fixed tool pot number Fixed tool pot number Max. tool diameter (without Adjacent tool) mm 8 (12) 8 (17) 1 (24) 12 (2) Max tool length mm Max. tool weight kg 7 7 Tool exchange time sec 7.3 (T-T) 9. (C-C) 4.1 (T-T) 8. (C-C) 6.8 (T-T).6 (C-C) 6.8 (T-T).6 (C-C) Pull stud angle deg Standard CNC controller i-md (.4") i-md (.4") i-md (.4") i-md (.4 ) Power requirement KVA 44 (4 with CTS) (6 with CTS) 4 ( with CTS) 69 (79 with CTS) Air pressure requirement kg/cm 2.~6..~6..~6..~6. Machine Coolant tank L. 4 4 Chip disposal (with chip conveyor) Rear Front and left Front and left Front and left Machine height mm Floor space requirement mm 28 x x x x 396 Machine weight kg * Specifications are subject to change without notice for design improvement. Standard Accessories Optional Accessories 1 indexing table Spindle oil cooler Coolant tank Fully enclosed splash guard Manual pulse generator (remote type) Hand tools and tool box Scroll type chip removers (for Vcenter-H/HHS) Built-in work lamp Programming end light Leveling block Automatic pallet changer Spindle load meter Oil skimmer Rigid tapping Air conditioner for electrical cabinet Chip conveyer with cart Handy coolant gun Table shower system Coolant Through Spindle (CTS) CNC table with.1 continuous indexing 6, 9, 1 tool magazine T-slot pallet Tool length measurement Workpiece measurement Linear encoder feedback Multi-face table (Tombstone fixture) Air blow system HSK-A63 tooling (Vcenter-H4/HHS) / rpm (Vcenter-HHS) Fanuc 31i/18i/21i controls

12 6 rpm BT- (αb18m-11 / 6i) 318Nm S2 min. 233Nm S1 Const. Low winding 477Nm S3 2% S3 2% 38Nm S3 4% 11kW S1 Const S3 2% kw S2 min Nm S1 Const. High winding Output (kw ) 179Nm S2 min. kw S2 min. 11kW S1 Const rpm BT- (αt/i) Opt. for Vcenter-H Low winding Nm, min 3 126Nm,3 min 2 22kW,min 2Nm,S1 cont 18.kW,3min kw,s1 cont High winding Nm, min 22kW,min 3Nm,3 min 18.kW,3min 4 28Nm,S1 cont kw,s1 cont rpm BT- (αb16ll/13i) 4 3 Low winding 4Nm S3 2% 3Nm S2 min. 238Nm S1 Cont. S3 2% 22kW S2 min. 14Nm kw S1 Cont High winding 4 3 1Nm S2 3min. 3kW min. kw Cont. 9Nm S1 Cont. 9Nm Nm 16 24Nm rpm BBT-4 or BT-4 (αb112l-18. / i) 9.4Nm S1 Const. S3 2% 166Nm S3 2% 117Nm S2 min. Low winding 18. S2 min..kw S1 Const Nm S1 Const. High winding 22kW S2 min. 42.Nm S2 min. 18.kW S1 Const rpm BT-4 or HSK-A63 (αb112l-18. / i) Low winding 1 S3 2% 18. S2 min. 117Nm S3 2% 98.1Nm S2 min..kw S1 Const Nm S1 Const Nm S2 min. 22.Nm S1 Const. High winding 22kW S2 min. 18.kW S1 Const

13 Tool Specification BBT-4 (used for Vcenter-H4) Taper:7/24 M16XP2. Ø Ø ø17 M16XP Ø17 Ø3 Ø63 ø19 ø14 ø SK-4 (used for Vcenter-H4) M16XP2. Taper:7/ ø14 ø17 M16XP ø17 ø44.4 ø6.2 ø63. ø19 ø BT-4 (used for Vcenter-HHS) M16XP Ø2.3 Ø17 Taper:7/ Ø3 Ø63 Ø Ø Ø BT- (used for Vcenter-H/H63HS) M24xP3 ø4.1 ø2 ø ø8 ø 6 ø23 ø17 M24 ø2 ø

14 Machine Layout & Machining Range Vcenter-H4 ø6 Top2 M12XP1.7 ø4 H move out 429 Pallet (Y) unit:mm Left1 Front1 Vcenter-HHS ø M16XP2. ø ø H (Y) unit:mm 13

15 Machine Layout & Machining Range Vcenter-H ø M16XP2. ø ø H (Y) unit:mm Vcenter-H63HS 24-M16x28L ø ø H (Y) unit:mm 14

16 Taichung, the home of Machine Tool Manufacturing Quality Meehanite Castings-The backbone of VICTOR TAICHUNG machines. Being both ISO 91 approved and a Meehanite cast member, our foundry produces over tons of castings a month for both our own use and export to Japan. Modern machining facilities-6% of components manufactured in house. To ensure greater control over the quality of our machined parts, VICTOR TAICHUNG has introduced 3 giant -side machining centers, 1 CIM line for sheet metal manufacturing and 2 complete FMS lines developed in house. Overseas subsidiaries solely dedicated to service of our own products. To ensure a market for our products, VICTOR TAICHUNG has invested considerably in setting up a global distribution network. As well as numerous agents around the world, VICTOR TAICHUNG has 9 overseas subsidiaries in USA, England, France, Germany, South Africa, Malaysia, Thailand, Indonesia and China to provide our customers efficient after-sales service and technical supports. Striving for the Future-The development of Factory automation. The design and production of complete machining turnkey system, from the single lathe & gantry robot cell to completely automated factory lines, ensures VICTOR TAICHUNG is ready to meet the demands of tomorrow. profile: Sales turnover: USD 23 mil's (in 11)* No. of employees: 91 *Exchange rate: 1 USD=3 TWD TEL: THE VICTOR-TAICHUNG COMPANIES HTL VTL VMC HMC XMT PIM TAIWAN info@mail.or.com.tw Victor Taichung Machinery Works Co., Ltd. Headquarters: 266, Sec.3 Taichung Kan Rd. Taichung,Taiwan, R.O.C. TEL : FAX : Overseas Marketing Division: TEL : FAX : UK Victor CNC (UK) Ltd. TEL : FAX : FRANCE Victor France TEL : FAX : GERMANY Victor GmbH TEL : FAX : was also marketed under the brand names MALAYSIA Victor Machinery (M) SDN. BHD. TEL : FAX : THAILAND Victor (Thailand) Co. Ltd. TEL : FAX : USA Fortune International Inc. TEL : FAX : INDONESIA CHINA PT. Victor Machinery Indonesia Jianrong Precision TEL : Machinery (Shanghai) FAX : TEL : FAX : (outside North America) and MTGGE12ED SOUTH AFRICA Victor Fortune (PTY) Ltd. TEL : FAX :