Post on 29-May-2022
Hi-TECH 700Extra-Large Horizontal Turning Center
HS-T073-R6.36-20190116
HIGH PERFORMANCE
EXTRA-LARGE TURNING CENTER
Hi-TECH 700 has a integrated 45-degree slant bed frame to minimize heat distortion, all guide way are designed as solid Box guide ways to
maintain rigidity and precision even during prolonged operations. Its automatic transmission system allows low-speed, high-torque turning as
well as high-speed machining, Hwacheon's advanced, patented design prevents deterioration of the workpiece from thermal displacement.
The jet of lubrication is constantly applied to the spindle bearing for lubrication and cooling, to increase the machine's life and the precision in
machining.
heavy-duty turning
※ Main Features
1. Best structure for Heavy Duty Cutting
Spindle Motor
- Std.: 37/30kW(50/40HP)
- Opt.: 45/37kW(60/50HP)
Max. Cutting Diameter: Ø 650mm
Max. Cutting Length: 1,986mm
2. Reducing lead time
Rapid Speed (X/Z): 18m/miin
3. Tailstock (MT #5)
Quill Dia.: Ø 150mm
Powerful Built-in Quill structure
4. Multi Function
Tailstock Body Program (Std.)
Automatic Tool Presetter (Opt.)
HS-T073-R6.26-20180405
Hi-TECH 700
Hi-TECH 700 / MCHi-TECH 700 / Std.
Ref. 1) Std.: with tailstock 2) MC: Turnmill with C-Axis(0.0001˚)
Machine Line-UpHS-T073-R1.3-20170403
Hi-TECH 700
700/MC
Item Hi-TECH 700 Hi-TECH 700/MC
Capacity
Swing over bed mm(inch) Ø 900 (35.43”)
Max. Cutting diameter mm(inch) Ø 680 (26.77”)
Standard Cutting diameter mm(inch) Ø 387 (15.23”)
Max. Cutting length mm(inch) 1,986 (78.18”) 1,866 (73.46”)
Chuck Size inch 15"
Spindle
Type of spindle nose ASA A2-11
Max. spindle speed rpm 1,800
Through spindle hole diameter mm(inch) Ø 132 (5.2”)
Max. Bar Size mm(inch) Ø 116 (4.56”)
Spindle bearing inner diameter mm(inch) Ø 180 (7.09”)
Spindle motor kW(HP) 37/30 (50/40)
Turret
Number of tool station ea 12
Tool size mm(inch) □ 32 × Ø 60 (□1.25” × Ø2.5”)
Turret indexing time sec/step 0.4
Axes
Rapid speed (X/Z) m/min(ipm) 18/18
Max. Stroke (X/Z) mm(inch) 360/2,050 (14.17”/80.70”)
Feed Motor (X/Z) kW(HP) 6/6 (8/8)
Machine Specification【Hi-TECH 700】HS-T073-R6.24-20190116
Item Hi-TECH 700 Hi-TECH 700/MC
Tailstock
Quill Dia. mm(inch) Ø 150 (5.9”)
Quill Stroke mm(inch) 150 (5.9”)
Quill Taper MT # 5
Turnmill (Opt.)
Spindle motor kW(HP) ㅡ 7.5/5.5 (10/7.5)
Max. spindle speed rpm ㅡ 2,000
Max. Drill/Tap size mm/(inch) ㅡ Ø 32 (Ø1.26”) / M24
Min. index angle o(deg) ㅡ 0.0001˚
Tank
Lubrication ℓ(gal) 12 (3.2)
Hydraulic ℓ(gal) 50 (13.2)
Coolant ℓ(gal) 300 (79)
Power Sources
Electrical power supply kVA 75
Dimension
Height mm(inch) 2,535 (99.8”)
Floor space (L×W) mm(inch) 5,065x2,282 (199.41”x89.84”)
Weight kgf (lbf) 17,350(38,250) 17,500(38,581)
NC Controller Fanuc 0i-TF
Machine Specification【Hi-TECH 700】HS-T073-R6.24-20190116
Item Specification Std. MC
Controlled axis
Controlled axis (Cs axis) 2-axes 2-axes 3-axes
Simultaneously controlled axes 2-axes 2-axes 3-axes
Least input increment0.001mm, 0.0001deg,
0.0001inchS S
Least input increment 1/10 0.0001mm, 0.00001inch O O
inch/metric conversion G20, G21 S S
Stored stroke check 1 S S
Stored stroke check 2,3 S S
Chamfering on/off S S
Backlash compensation S S
Operation
Automatic & MDI operation S S
Program number search S S
Sequence number search S S
Dry run, single block S S
Manual handle feed 1unit S S
Manual handle feed rate x1, x10, x100 S S
Interpolation function
Positioning G00 S S
Linear interpolation G01 S S
Circular interpolation G02, G03 S S
Dwell (Per seconds) G04 S S
Polar coordinate interpolation G12.1/G13.1 ㅡ S
Cylindrical interpolation G7.1 ㅡ S
Threading G32 S S
Multiple threading S S
Threading retract S S
Continuous threading S S
Item Specification Std. MC
Interpolation function
Variable lead threading G34 S S
Ref. position return 1st G28 S S
Ref. position return check G27 S S
2/3/4th Ref. position return G30 S S
Arbitrary Speed Threading O O
Feed function
Rapid traverse override F0, F25, F50, F100 S S
Feed per minute (mm/min) G98 S S
Feed per revolution (mm/rev) G99 S S
Rapid traverse bell-shaped acceleration/deceleration S S
Feedrate override 0-150% S S
Jog feed override 0-1,260 mm/min S S
Program input
Tape code EIA / ISO S S
Optional block skip 9ea S S
Program number O4-digits S S
Sequence number N8-digits S S
Decimal point programming S S
Coordinate system setting G50 S S
Coordinate system shift S S
Workpiece coordinate system (G54-G59) S S
Workpiece coordinate system preset (G92.1) S S
Direct drawing dimension programming S S
G code system A S S
※ㅡ : Not available S: Standard O: Option
NC Specification【Fanuc 0i-TF】HS-T073-R4.9-20180405
Item Specification Std. MC
Program input
Programmable data input G10 S S
Sub program call 10 folds nested S S
Custom macro B S S
Addition of custom macro common variables
#100-#199,
#500-#999S S
Canned cycles S S
Multiple repetitive cycle S S
Multiple repetitive cycle Ⅱ S S
Canned cycles for drilling S S
Manual guide i S S
Spindle speed function
Constant surface speed control G96/G97 S S
Spindle override 50-120% S S
Spindle orientation S S
Rigid tapping O S
Spindle synchronous control ㅡ ㅡ
Tool function / compensation
Tool function T4-digits S S
Tool offset pairs 128pairs S S
Tool nose radius compensation S S
Tool geometry/wear
compensationS S
Tool life management O O
Automatic tool offset Tool Presetter option is
requiredS S
Direct input tool offset value measured B
Tool Presetter option is
requiredS S
Item Specification Std. MC
Editing operation
Part program storage length 1,280m(512kB) S S
Number of register able programs
400ea S S
Background editing S S
Extended part program editing S S
Play back S S
Operation/DisplayClock function S S
Self-diagnosis function S S
Alarm history display S S
Help function S S
Run hour and parts count display S S
Graphic function S S
Dynamic graphic display O O
Multi-language display (English, German, French, Italian, Chinese, Spanish, Korean, Portuguese, Polish, Hungarian, Swedish, Russian)
S S
Data input/output
Reader/Puncher interface CH1 RS232C S S
Reader/Puncher interface CH2 RS232C S S
Ethernet interface S S
Memory card interface S S
USB card interface S S
Others
Display unit 10.4" color LCD S S
NC Specification【Fanuc 0i-TF】
※ㅡ : Not available S: Standard O: Option
HS-T073-R4.9-20180405
Item Specification Std. MC
Controlled axis
Control C axes 2-axes 2-axes 3-axes
Simultaneous controlled axes 2-axes 2-axes 3-axes
Interpolating axes 3-axes 3-axes 3-axes
Least input increment0.001mm, 0.0001deg,
0.0001inchS S
Least input increment 1/10 0.0001mm, 0.00001inch O O
Working area limit function S S
Software traverse limit S S
Rapid traverse override F1, F25, F50, F100 S S
Feed override 0~120% S S
Jog feed override 0-1,260 mm/min S S
Manual Hand wheel feed rate x1, x10, x100 S S
Number of Manual Hand wheel 1 unit S S
Operation
Operating panel size 1 Channels S S
Number of channels / mode group 1 Channels S S
Inch/Metric conversion G70, G71 S S
Block search function S S
Program control (dry run, skip block,machine lock)
S S
CompensationMeasuring system and spindle
compensationS S
Backlash compensation S S
Item Specification Std. MC
Axis function
Travel to fixed stop with forced control S S
Acceleration with jerk limitation S S
Advanced Position control S S
Dynamic Pre control S S
Dynamic servo control in the drive S S
Feed function
Rapid traverse override F1, F25, F50, F100 S S
Feed per minute (mm/min) G94 S S
Feed per revolution (mm/rev) G95 S S
Feedrate override 0-120% S S
Jog feed override 0-1,260 mm/min S S
CNC programming
SINUMERIK Program Guide Siemens G-code (DIN66025) S S
Online ISO dialect interpreter S S
CNC editor with editing functions Marking, copying, deleting S S
Absolute/Incremental dimension G90, G91 S S
Working area limitation G25, G26 S S
Exact stop G60, G9 … S S
Programmable rotation ROT, AROT S S
Programmable scale factor SCALE, ASCALE S S
Programmable mirroring MIRROR, AMIRROR S S
※ㅡ : Not available S: Standard O: Option
NC Specification【Siemens 828D】【Option】HS-T073-R4.9-20180405
Item Specification Std. MC
CNC programming
Subroutine levels and interrupt routines, max. 16/2 S S
Number of zero offset 100 EA (G54..) S S
User parameter R-parameters (300) S S
Turning cycle Cycle93 ~ 97 S S
Drilling cycle Cycle81 ~ 82 S S
Technology cycles for drilling/milling S S
Technology cycles for turning ㅡ S
Pocket milling with free contour
definition and islandsS S
Shop Turn S S
Spindle speed function
Constant surface speed control G96/G97 S S
Spindle override 0-120% S S
Spindle orientation M19 S S
Rigid tapping O S
Spindle synchronous control ㅡ ㅡ
Tool management
Tool function T-number S S
Number of tool / edges 256/512 S S
Tool nose radius compensation S S
Tool geometry/wear compensation S S
Replacement tools for tool management O O
Automatic tool offset Tool Presetter option is
requiredS S
Direct input tool offset value measured B
Tool Presetter option is
requiredS S
Item Specification Std. MC
Diagnosis
On board on-line help system S S
On board servo optimization S S
On board signal, bus, network diagnosis S S
Alarm history display / download S S
Operation/Display
Timer & Counter function S S
Screen saver S S
Alarm history display S S
Help function S S
Easy program selection S S
Graphic simulation S S
Multi-language display (Chinese, Simplified, English, French, German, Italian, Spanish)
S S
Help for programming, alarms and machine data, expandable S S
Data management
CNC User memory 5MB 5MB
CF card interface CF card S S
USB interface USB S S
CF card 1GB , 2GB , 4GB O O
Ethernet interface S S
Others
Display unit 10.4" color LCD S S
KeyboardIntegrated QWERTY
keyboardS S
NC Specification【Siemens 828D】【Option】
※ㅡ : Not available S: Standard O: Option
HS-T073-R4.9-20180405
Item ExplanationControl Axes X,Z, C Axis)
Increment system
Least input increment
X, Z-Axis : 0.001 mm
C-Axis : 0.0001°
X-Axis : 0.0005 mm (Radial value)
Least command increment
X-Axis : 0.0005 mm
Z-Axis : 0.001 mm
Maximum command value ± 9999.999 mm
Program memory capacity 1,280M(512kB)
Part program edit
Part program editing as follows is possible by MDI operation.
1) Insert, Alter, Delete of word.
2) Delete of block or until the block designated.
3) Register, delete of program.
Input format
Block, word, address, format, can be altered (inch format)
N4 G2 X(U)4.3 R(C)4.3 I4.3 C(H)4.3 K4.3 F3.4 B4.3 or S4, T4(2.2)
M2 or 3 P4(7) Q4
Decimal point editThe following addresses can be used with a decimal point: X, Z, U,
W, R, C, F, I, K, A, H, B
Command method Absolute / Incremental command is possible
PositioningEach axis can independently feed rapidly and position by G00
command
Cutting federate
Feed per minute and feed per spindle revolution is possible.
G98 : Feed per minute. (mm/min)
G99 : Feed per revolution. (mm/rev)
Feed rate range (Feed override 0 - 150% every 10%)
Feed per minute 0 - 1,260 (mm/min)
Feed per revolution 0.001 - 2,000 (mm/rev)
Auto acceleration
/deceleration Rapid Feed : Linear type acceleration/deceleration
Cutting Feed : Exponential acceleration/deceleration
Coordinate system setting By means of this command, a certain position of the tool for
example, a coordinate system whereby the tip of the cutting edge
becomes (X,Z) of the coordinate system.
This coordinate is called as work coordinates.
Item ExplanationAutomatic coordinate
settingBy means of this command, a certain position of the tool for
example, a coordinate system whereby the tip of the cutting edge
becomes (X,Z) of the coordinate system.
This coordinate is called as work coordinates.
Work coordinate system
shiftWhen the coordinate system actually set by the G50 command or
the automatic coordinate system setting deviate from the
programmed work coordinate system, the set coordinate system
can be shifted
Reference point return 1) Manual reference point return.
2) Automatic reference point return (G27, G28).
Interpolation functionLinear interpolation : Done by G01 command at feed rate code
designated.
Circular interpolation : Any circular arc is interpolated by G02 or
G03, at feed rate F code designated.
G02 : Clockwise. G03 : Counter Clockwise.
When circular radius is command as R, any circular arc of 0°-
180°is interpolated, and when circular radius is command as
address I, K., any circular interpolation of 0°- 360°can be
command
Thread cutting Can be cut using a G32 command in addition to equal lead.
1) Straight thread. 2) Tapered thread.
3) Scroll thread
Dwell Dwell is executed by the P, U, X commands. Setting Range 0 -
999.999 sec. Decimal point be used with P address
Back lash compensation This function compensations for lost motion of the machine.
Compensation value (0-2,550 mm) is set by parameter, for each
axis (by least command increment).
MDI & LCD All kinds of data information is input and displayed such as LCD
character display, program alarm, diagnosis program, etc.,
Program No. search Program number of 4 digit continuous to 0 is searched by MDI &
LCD Panel
Sequence No. search Sequence number in the program selected by MDI & LCD is
searched. (word is also searched by the same way in edit mode.)
Miscellaneous function
(M function)
By the command of 3 digit figure after the address M, ON/OFF
control from the machine is possible. Only one M code can be
command per block
NC Instruction【Fanuc 0i-TF】HS-T073-R4.6-20180405
Item ExplanationSpindle function
(S function)
Spindle speed is commanded by the 4-digit figure to address S.
When this function is used with G96,it means cutting speed.
When with G97, it means rpm
Tool function
(T function)
Turret position can be selected and tool position offset can be
done by the command of 2 digits after the address T
Tool position offset Designating the number of tool position offset by the 2 lower digits
of the 4 digits address T, can make tool wear offset possible.
Offset pairs are 128, offset amount is ranging 0 ± 999.999 mm
Dry run Feed rate becomes jog speed (for both cutting feed and for rapid
moves).
Single block Program can be executed one step at a time
Optional block skip Turning on the optional block skip switch ignores the block
including "/" code at the beginning.
Machine lock When the switch is set to the Machine Lock position, move
command pulses are suppressed. Consequently the display is
updated as specified by the program, but the tool does not move.
The M, S, T and 2nd auxiliary function are executed. This function
is used to check a program
Feed hold Input/output of alarm display can be signaled by pressing alarm,
DGNOS key of MDI panel
Stored stroke limit 1 An area inside the area set by parameter is deemed as prohibited
area, when stroke is commanded into this area, this function
makes the axis decelerate and stop than OT alarm displayed
Canned cycles 1) G90 : Cutting Cycle A --- Outer
diameter/internal diameter cutting
2) G92 : Thread Cutting Cycle
3) G94 : Cutting Cycle B --- End face turning cycle
Constant surface speed
control
By the direct command of surface speed by S4-digit makes the
motor rpm to be controlled continuously so that cutting speed of
spindle can be constant, in spite of the alteration of tool position.
G96 : Constant surface speed control is executed.
G97 : Constant surface speed control is not executed
Multiple repetitive cycle (1) G70 : Finishing Cycle
(2) G71 : Stock removal in turning.
(3) G72 : Stock removal in facing.
(4) G73 : Pattern repeating.
(5) G74 : End face peck drilling cycle.
(6) G75 : Outer diameter/internal diameter drilling cycle.
(7) G76 : Multiple thread cutting cycle
Item ExplanationTool nose radius
compensation
G40 : Tool nose radius compensation cancel.
G41 : Moving on the left side of the programmed path.
G42 : Moving on the right side of the programmed path.
Maximum offset value: + 999.999 mm
Chamfering & corner R In case of linear cutting perpendicular to or parallel with the axis,
when next command is chamfering or corner R, linear cutting,
chamfering or corner R cutting is accomplished by commanding one
block
Portable tape reader Program, Parameter and etc., are used for reading out of NC
inch / Metric conversion inch system and Metric system are selected to input by G code
cutting
G20 : inch input. G21 : Metric input
Changing of tool offset
amountOffset value can be set program command (G10).
Custom macro Having registered macro commands as sub program, in memory.
This function is able to recall at anytime the NC command program
by this simple procedure
Additional program
memoryImpossible (Max. 1,280M(512kB)
External tool
compensation
This is the function to offset the tool offset value from out side the
CNC. Offset value is automatically added to the input data of NC
Additional tool offset This number of tool position offsets and tool nose R, compensation
is maximum 128 pairs.
Tool geometry offset and
tool wear offset
This is a special type of tool offset, offset value regarding tool
installing position (geometry) and offset value regarding tool wear
offset, both are stored and tool offset is done accordingly. Offset
pairs are 128 pairs each.
Run hour display 2 items, moving time and the number of parts are displays on the
position screen.
Part counter : The total number of parts are displayed . . . counted
by either M02, M03.
Run hour : Accumulated running to hour display . . . accumulated
running to hour of automatic operation.
Cycle time : Cycle time display . . . Running hour display of one
automatic cycle.
Solid tapping When tapping, high speed and high accuracy tapping can be done
by running the spindle and X, Z axis synchronous
NC Instruction【Fanuc 0i-TF】HS-T073-R4.6-20180405
Item ExplanationControl Axes X,Z, C Axis
Increment system
Least input increment
X, Z-Axis : 0.001 mm
C-Axis : 0.0001°
X-Axis : 0.0005 mm (Radial value)
Least command increment
X-Axis : 0.0005 mm
Z-Axis : 0.001 mm
Maximum command value ± 9999.999 mm
Program memory capacity 5MB
Part program edit
Part program editing as follows is possible by MDA operation.
1) Insert, Alter, Delete of word.
2) Delete of block or until the block designated.
3) Register, delete of program.
Input formatBlock, Auxiliary Command, Coordinate Axis, Interpolation
Parameter, Feed, Speed, Tool, Misc Function.
Decimal point edit The following addresses can be used with a decimal point
Command method Absolute / Incremental command is possible
PositioningEach axis can independently feed rapidly and position by G00
command
Cutting federate
Feed per minute and feed per spindle revolution is possible.
G94 : Feed per minute. (mm/min)
G95 : Feed per revolution. (mm/rev)
Feed rate range (Feed override 0 - 120%)
Feed per minute 0 - 1,260 (mm/min)
Feed per revolution 0.001 - 2,000 (mm/rev)
Auto acceleration
/deceleration Rapid Feed : Linear type acceleration/deceleration
Cutting Feed : Exponential acceleration/deceleration
Coordinate system setting By means of this command, a certain position of the tool for
example, a coordinate system whereby the tip of the cutting edge
becomes (X,Z) of the coordinate system.
This coordinate is called as work coordinates.
Item ExplanationAutomatic coordinate
settingBy means of this command, a certain position of the tool for
example, a coordinate system whereby the tip of the cutting edge
becomes (X,Z) of the coordinate system.
This coordinate is called as work coordinates.
Work coordinate system
shiftWhen the coordinate system actually set by the G50 command or
the automatic coordinate system setting deviate from the
programmed work coordinate system, the set coordinate system
can be shifted
Reference point return 1) Manual reference point return.
2) Automatic reference point return (G74).
Interpolation functionLinear interpolation : Done by G01 command at feed rate code
designated.
Circular interpolation : Any circular arc is interpolated by G02 or
G03, at feed rate F code designated.
G02 : Clockwise. G03 : Counter Clockwise.
When circular radius is command as R, any circular arc of 0°-
180°is interpolated, and when circular radius is command as
address I, K., any circular interpolation of 0°- 360°can be
command
Thread cutting Can be cut using a G33/34/35 command in addition to equal lead.
1) G33 : Thread cutting with constant lead
2) G34 : Thread cutting with linear increasing lead
3) G35 : Thread cutting with linear decreasing lead
Dwell Dwell is executed by G04 F commands. Setting Range 0 - 999.999
sec.
Back lash compensation This function compensations for lost motion of the machine.
Compensation value (0-2,550 mm) is set by parameter, for each
axis (by least command increment).
MDI & LCD All kinds of data information is input and displayed such as LCD
character display, program alarm, diagnosis program, etc.,
Block search Program number of 4 digit continuous to 0 is searched by MDI &
LCD Panel
Sequence search Sequence in the program selected by MDI & LCD is searched.
(word is also searched by the same way in edit mode.)
Miscellaneous function
(M function)
By the command of 3 digit figure after the address M, ON/OFF
control from the machine is possible. Only one M code can be
command per block
NC Instruction【Siemens 828D】【Option】HS-T073-R4.6-20180405
Item ExplanationSpindle function
(S function)
Spindle speed is commanded by the 4-digit figure to address S.
When this function is used with G96,it means cutting speed.
When with G97, it means rpm
Tool function
(T function)
Turret position can be selected and tool position offset can be
done by the command of 2 digits after the address T
Tool position offset Designating the number of tool position offset by the 2 lower digits
of the 4 digits address T, can make tool wear offset possible.
Offset pairs are 64, offset amount is ranging 0 ± 999.999 mm
Dry run Feed rate becomes jog speed (for both cutting feed and for rapid
moves).
Single block Program can be executed one step at a time
Optional block skip Turning on the optional block skip switch ignores the block
including "/" code at the beginning.
Machine lock When the switch is set to the Machine Lock position, move
command pulses are suppressed. Consequently the display is
updated as specified by the program, but the tool does not move.
The M, S, T and 2nd auxiliary function are executed. This function
is used to check a program
Feed hold Input/output of alarm display can be signaled by pressing alarm,
DGNOS key of MDI panel
Stored stroke limit An area inside the area set by parameter is deemed as prohibited
area, when stroke is commanded into this area, this function
makes the axis decelerate and stop than OT alarm displayed
Constant surface speed
control
By the direct command of surface speed by S4-digit makes the
motor rpm to be controlled continuously so that cutting speed of
spindle can be constant, in spite of the alteration of tool position.
G96 : Constant surface speed control is executed.
G97 : Constant surface speed control is not executed
Technical cycles TURNING
(1) Centering : (CYCLE81) (2) Drilling : (CYCLE82)
(3) Reaming : (CYCLE85) (4) Boring : (CYCLE86)
(5) Deep-hole drilling : (CYCLE78) (6) Cut-off : (CYCLE92)
(7) Thread Turning: (CYCLE99)
Milling
(1)Face Milling : (CYCLE61) (2) Rectangular Pocket : (POKET3)
(3)Rectangular spigot : (CYCLE76) (4)Multi-edge : (CYCLE79)
(5)Open groove : (CYCLE899) (6)Thread Milling : (CYCLE70)
(7)Path Milling : (CYCLE72) (8) Contour Pocket : (CYCLE63)
Item ExplanationTool nose radius
compensationG40 : Tool nose radius compensation cancel.
G41 : Moving on the left side of the programmed path.
G42 : Moving on the right side of the programmed path.
Maximum offset value: + 999.999 mm
Chamfering & corner R In case of linear cutting perpendicular to or parallel with the axis,
when next command is chamfering or corner R, linear cutting,
chamfering or corner R cutting is accomplished by commanding one
block
Portable tape reader Program, Parameter and etc., are used for reading out of NC
inch / Metric conversion inch system and Metric system are selected to input by G code
cutting
G70 : inch input. 71 : Metric input
Changing of tool offset
amountProgrammable tool offset (TOFFL, TOFF, TOFFR)
Custom macro Having registered macro commands as sub program, in memory.
This function is able to recall at anytime the NC command program
by this simple procedure
Additional program
memoryPossible (Option Max. 100MB)
External tool
compensation
This is the function to offset the tool offset value from out side the
CNC. Offset value is automatically added to the input data of NC
Tool geometry offset and
tool wear offset
This is a special type of tool offset, offset value regarding tool
installing position (geometry) and offset value regarding tool wear
offset, both are stored and tool offset is done accordingly. Offset
pairs are 64 pairs each.
Run hour display 2 items, moving time and the number of parts are displays on the
position screen.
Part counter : The total number of parts are displayed . . . counted
by either M02, M03.
Run hour : Accumulated running to hour display . . . accumulated
running to hour of automatic operation.
Cycle time : Cycle time display . . . Running hour display of one
automatic cycle.
Solid tapping When tapping, high speed and high accuracy tapping can be done
by running the spindle and X, Z axis synchronous
NC Instruction【Siemens 828D】【Option】HS-T073-R4.6-20180405
Standard Accessories
1) Air Blower
2) Air Gun
3) Bar Feeder Interface
4) Chip Conveyor & Box, Side Type
5) Chuck Clamp/Unclamp Confirm Switch
6) Chuck Pressure Check Switch
7) Chuck Pressure Compensation
8) Coolant Gun
9) Dual Pressure (Chuck)
10) High Pressure Coolant, 0.6/ 1.5/ 3/ 7 MPa
11) Hydraulic Chuck, 18“/ 21”/ 24”
12) Hydraulic Steady Rest Base Set
13) Hydraulic Steady Rest Set
14) Lathe-Hwacheon Tool Load Detect (L-HTLD)
15) NC Cooler
16) Oil Skimmer
17) Set of Hard Jaws, 15“/ 18“/ 21“/ 24"
18) Spindle Motor Upgrade, 45/37kW (60/50HP)
19) Tool & Work Counter, External/ Internal
20) Tool Life Management
21) Tool Presetter, Automatic
22) Transformer
23) Turnmill Function Including C-axis (0.0001°)
24) Turnmill Holder (Axial/ Radial)
25) Turret for VDI 60
26) U-Drill Holder
27) Wide Type Turret Disk-BMT75
28) 15” Color LCD(only FANUC)
1) Coolant System
2) Door Interlock
3) Dual Pressure (C-axis Brake)
4) Foot Switch
5) Hydraulic Chuck & Cylinder, 15” Hollow
6) Hydraulic Unit
7) Leveling Bolt & Plate
8) Lubrication System
9) Manual Guide i
10) Operation Manual & Parts List
11) Signal Lamp with 3 Colors (R, G, Y)
12) Spindle Air Curtain
13) Spindle Oil Cooling System
14) Standard Turret, 12 Station
15) Tailstock with Dead Center, MT#5- Tailstock Body Program
- Tailstock Quill Program
16) Tool Kit & Box
17) Tooling System
18) Work Light
19) 10.4” Color LCD
Optional Accessories
Accessories【Hi-TECH 700】HS-T073-R6.27-20180405
※Unit: mm(inch)
【Front】 【Side】
Machine Size【Hi-TECH 700】HS-T073-R2.2-20160226
Floor Space (LxWxH) : 5,065(199.41”) x 2,282(89.94”) x 2,535(99.8”) mm(inch)
Weight : Std. - 17,350kgf , MC - 17,500kgf
Electric power (kVA) : 75
Transformer : 75kVA
Size of power cable : 38 SQ
※Unit: mm(inch)
Foundation【Hi-TECH 700】HS-T073-R4.22-20190116
Moving Range 【Hi-TECH 700/Std.】HS-T073-R4.22-20180405
※Unit: mm(inch)
OD Holder
Moving Range 【Hi-TECH 700/Std.】
※Unit: mm(inch)
ID Holder
HS-T073-R4.22-20180405
Moving Range 【Hi-TECH 700/MC】【Option】
※Unit: mm(inch)
OD Holder
HS-T073-R4.22-20180405
Moving Range 【Hi-TECH 700/MC】【Option】
※Unit: mm(inch)
ID Holder
HS-T073-R4.22-20180405
Moving Range 【Hi-TECH 700/MC】【Option】
※Unit: mm(inch)
Axial Turnmill Holder
HS-T073-R4.22-20180405
Moving Range 【Hi-TECH 700/MC】【Option】
※Unit: mm(inch)
Radial Turnmill Holder
HS-T073-R4.22-20180405
Turret Interference Dia.【Hi-TECH 700/Std.】
※Unit: mm(inch)
HS-T073-R4.22-20180405
Turret Interference Dia.【Hi-TECH 700/MC】【Option】
※Unit: mm(inch)
HS-T073-R4.22-20180405
Tooling System 【 Hi-TECH 700/Std.】HS-T073-R1.11-20181023
Tool
mm(inch)
Part No.
mm(inch)Part name
Q’ty
eaShape
394305B( ← )BLOCK
5
394306B( ← ) 5
3943094
(39430941)
Interference Prevention
Holder1
3943093
(39430391)Face Holder 1
3943091
(39430911)ID Holder 5
Set3991101
(399120A)
5A4301(394367) Sleeve(Ø12, 1/2”) 1
5A4302(394366) Sleeve(Ø16, 5/8”) 1
5A4303(394365) Sleeve(Ø20, 3/4”) 1
5A4304(394364) Sleeve(Ø25, 1”) 1
5A4305(394363) Sleeve(Ø32, 1 1/4”) 1
5A4306(394362) Sleeve(Ø40, 1 1/2”) 1
5A4307(394361) Sleeve(Ø50, 2”) 1
3943231(394373) Socket(MT#1) 1
5A4308(394372) Socket(MT#2) 1
5A4309(394371) Socket(MT#3) 1
5A4310(394370) Socket(MT#4) 1
3943191(394369) Socket(MT#5) 1
394392
(3943921)U-Drill Holder Option
394334(3943341) U-Drill Sleeve(Ø12, 1/2”)
Option
394335(3943351) U-Drill Sleeve(Ø16, 5/8”)
11v4310(11v43101) U-Drill Sleeve(Ø20, 3/4”)
11v4311(11v43111) U-Drill Sleeve(Ø25, 1”)
11v4312(11v43121) U-Drill Sleeve(Ø32, 1 1/4”)
11v4313(11v43131) U-Drill Sleeve(Ø40, 1 1/2”)
11v4314(11v43141) U-Drill Sleeve(Ø50, 2”)
□ 32(□ 1.25”)
Ø 60(Ø 2.5”)
Tooling System 【 Hi-TECH 700/MC】【Option】HS-T073-R1.11-20181023
Tool
mm(inch)
Part No.
mm(inch)Part name
Q’ty
eaShape
3946005 (39460051) OD Holder 4
3946004 (39460041)Interference Prevention
Holder1
3946003 (39460031) Face Holder 1
3946001(39460011) ID Holder 3
Set
3991101
(399120A)
5A4301(394367) Sleeve(Ø12, 1/2”) 1
5A4302(394366) Sleeve(Ø16, 5/8”) 1
5A4303(394365) Sleeve(Ø20, 3/4”) 1
5A4304(394364) Sleeve(Ø25, 1”) 1
5A4305(394363) Sleeve(Ø32, 1 1/4”) 1
5A4306(394362) Sleeve(Ø40, 1 1/2”) 1
5A4307(394361) Sleeve(Ø50, 2”) 1
3943231(394373) Socket(MT#1) 1
5A4308(394372) Socket(MT#2) 1
5A4309(394371) Socket(MT#3) 1
5A4310(394370) Socket(MT#4) 1
3943191(394369) Socket(MT#5) 1
394602A(3946021S) U-Drill Holder Option
394334(3943341) U-Drill Sleeve(Ø12, 1/2”)
Option
394335(3943351) U-Drill Sleeve(Ø16, 5/8”)
11v4310(11v43101) U-Drill Sleeve(Ø20, 3/4”)
11v4311(11v43111) U-Drill Sleeve(Ø25, 1”)
11v4312(11v43121) U-Drill Sleeve(Ø32, 1 1/4”)
11v4313(11v43131) U-Drill Sleeve(Ø40, 1 1/2”)
11v4314(11v43141) U-Drill Sleeve(Ø50, 2”)
□ 32(□ 1.25”)
Ø 60(Ø 2.5”)
1) mm: 32mm
2) inch: 1 ¼”
Max. Ø 100
Radial Rotary Holder
(3900455)
Axial Rotary Holder
(3900452)
Radial Tapping Holder
(3900456)
Axial Tapping Holder
(3900453)
Axial Face Holder- mm: 3900457- inch: 3900451
Cap
(394607A)
Turnmill Holder
Tooling System 【 Hi-TECH 700/MC】【Option】
Collet Set
ER50
39456211 (39456212)
Tap Set
ER40
3591971 (3945672)
1) mm: ER50
Ø 8, 10, 12, 14, 16, 18, 20, 22, 24, 26,
28, 30, 32
2) inch: ER50
Ø1/2”, 9/16”, 5/8”, 11/16”, 3/4”, 13/16”,
7/8”, 5/16”, 1”, 1 1/8”, 1 1/4”
1) mm: ER40
M6, M8, M10, M12, M14,
M16, M18, M20, M22, M24-25
2) inch: ER40
M3/8”, M7/16”, M1/2”, M9/16”,
M5/8”, M3/4”, M7/8”, M1”
HS-T073-R1.11-20181023
α30 / 6000i
37/30kW (50/40HP)
Max 1,800 rpm
Torque Diagram 【Main Spindle】
Standard
HS-T073-R1.6-20180405
α40 / 6000i
45/37kW (60/50HP)
Max. 1,800 rpm
Torque Diagram 【Main Spindle】【Option】
Option
HS-T073-R1.6-20180405
1PH8186
42/28kW (56/37.5HP)
Max. 1,800 rpm
Torque Diagram 【SIEMENS】【Option】
Option
HS-T073-R1.6-20180405
α6 / 10,000i
7.5/5.5kW (10/7.5HP)
Max. 2,000 rpm
【BMT 85】
Torque Diagram 【Turnmil Spindle】【Option】HS-T073-R1.6-20180405
1PH8103-1DF02
9.4/5.5kW (12.6/7.5HP)
Max. 2,000 rpm
【BMT 85】
Torque Diagram 【Turnmil Spindle, SIEMENS】【Option】HS-T073-R1.6-20180405
The heavily ribbed torque tube design processed with fine grain meehanite prevents twisting and
deformation. This design ensure high rigidity with no deformation during heavy & high-speed cutting.
High rigid slant angle allows for easy loading, changing and inspection of tools. This slant angle
maintains high stability and brilliant balance
High Rigid, Stable Bed Frame HS-T073-R6.26-20180405
Chuck Size (inch) 15”(Opt.: 18”/21”/24”)
Type of Spindle Nose (ASA) A2-11
Max. Spindle speed (rpm) 1,800
Spindle Motor power (kW/HP) 37/30(50/40)
Ultra-precision(Ø180mm(7.09”)) double row of cylindrical roller bearings in the front and duplex
angular thrust bearings ensure excellent stabilities for heavy duty cutting
By adopting the powerful spindle motor 37Kw(Opt. 45Kw), Heavy duty cutting and abnormal
workpiece can be possible with superior machining
Ø 180mm(7.09”)
High performance SpindleHS-T073-R6.26-20180405
The thermal deformation of the spindle is minimized. Because generated heat is removed by
Jet Lubrication system as well as circulating jacket inside. For this reason, the accuracy of
the machining is raised and constantly stabilized.
Jet Lubrication System for Spindle【Patent pending】HS-T073-R6.26-20180405
Power is delivered to the spindle through a two speed transmission allowing
high spindle speed as well as powerful low torque.
Speed Range
• Low Speed: 0~450rpm
• High Speed: 0~1,800rpm
Programmable gear change
• Low Speed: M41
• High Speed: M42
Powerful Transmission
Gear changer
HS-T073-R6.26-20180405
Quill Dia. : Ø 150mm(Ø 5.9”)
Quill Stroke : 150mm(5.9”)
Tailstock Stroke : 1,878mm(73.93”)
Quill Taper : MT #5
The quill is activated by foot pedal or program.
The Tailstock Body is activated by Program.
Absorbed thermal deformation, ensures high
precision machining
Tailstock
Built-in Quill
HS-T073-R6.26-20180405
Max. Cutting Workpiece
Standard Cutting Diameter: Ø 387 (15.23”)
Max. Cutting Length : 1,986 (78.18”) [MC: 1,866 (73.46”)]
Ø 387mm (Ø 15.23inch)
1,986mm (78.18inch)
HS-T073-R6.26-20180405
Axis Driving Motor
X-Axis: Box Way (Turcite)
Z-Axis: Box Way (Turcite)
Type of Slider
X-Axis: 6kW(8HP), α40/3000i
Z-Axis: 6kW(8HP), α40/3000i
Rapid Speed(X/Z) : 18m/min
Double
Pretension
Ball screw
Direct Connection
Between Motor &
Ball Screw
The servo motors are connected to the ball screws without intermediate gears for quiet and
responsive slide movement with virtually no backlash.
High precision X & Z axisHS-T073-R6.26-20180405
【Standard Turret】 【Turnmill Turret】
※ Number of Max. Rotating Tool available: 6 tools
The heavy duty turret maintains
exceptionally perfect precision
and extended tool life
Turret Type: Servo Motor Type
Turret Station: 12
Clamp Force: 20,000kgf (44,093lbf)
Tool Size: □ 32(1.25”) ×Ø60(2.5”)
Chip to Chip(100mm): 2.5sec
Indexing Time: 0.4sec / step
Heavy duty TurretHS-T073-R6.26-20180405
Polar Coordinate Interpolation Cylindrical Interpolation
Driven tools for Milling, Tapping and Drilling contribute
to highly intensive process with spindle indexing
(0.0001˚ ) by a Spindle motor.
Machining is one process can be achieved.
Turnmill with C-axis【Option】
Tapping
DrillingDill / tap
Size
ø32mm(ø1.26”)
M24
HS-T073-R6.26-20180405
Various Function
• Minimized coordinate setup time by easy touch sensor manipulation (less than 15sec)
• Auto calculation input of shape calibration value of tool coordinate
• Auto tool coordinate correction on work shape change
Automatic Tool Presetter
Tool Presetter【Option】HS-T073-R6.26-20180405
The large capacity coolant tank and
chip cover are separate from the
machine bed to prevent heat transfer
and easy cleaning
※ Tank capacity: 300ℓ (79gal)
Std. Pump Opt. Pump0.1 MPa 0.6/ 1.5/ 3/ 7 MPa
Coolant Equipments
└ High pressure
HS-T073-R6.26-20180405
50 ℓ
For operation of Turret, Chuck cylinder, Tailstock and Steady Rest.
Hydraulic UnitHS-T073-R6.26-20180405
12 ℓ
Automatic lubrication is provided to all guide ways and ball screws.
A low level alarm prevents the machine from restarting without lubricant.
Lubrication UnitHS-T073-R6.26-20180405
Model
ItemASR 1 ASR 2 ASR 3 ASR 3.1 ASR 3.2 ASR B 5 ASR B5.1
Min. Clamp Dia. Ø 4 Ø 8 Ø 12 Ø 20 Ø 50 Ø 50 Ø 90
Max. Clamp Dia. Ø 64 Ø 101 Ø 152 Ø 165 Ø 200 Ø 310 Ø 350
Available
Machine Model
C-240
H-300/400
H-450
H-550
H-700
H-300/400
H-450
H-550
H-700
H-300/400
H-450
H-550
H-700
H-300/400
H-450
H-550
H-700
H-300/400
H-450
H-550
H-700
H-700 H-700
Korea Manufacturer
Steady Rest 【Option/KHAN】HS-T073-R6.26-20180405
Model
ItemSLU 1 SLU 2 SLU 3 SLU 3.1 SLU 3.2 SLU B 5 SLU B5.1
Min. Clamp Dia. Ø 4 Ø 8 Ø 12 Ø 20 Ø 50 Ø 50 Ø 90
Max. Clamp Dia. Ø 64 Ø 101 Ø 152 Ø 165 Ø 200 Ø 310 Ø 350
Available
Machine Model
C-240
H-300/400
H-450
H-550
H-700
H-300/400
H-450
H-550
H-700
H-300/400
H-450
H-550
H-700
H-300/400
H-450
H-550
H-700
H-300/400
H-450
H-550
H-700
H-700
H-7026
H-700
H-700BB+
German Manufacturer
Steady Rest 【Option/SMW】HS-T073-R6.26-20180405
Model
ItemSLZB 50315 SLZB 90360
Min. Clamp Dia. Ø 50 Ø 90
Max. Clamp Dia. Ø 315 Ø 360
Available
Machine ModelH-700 H-700
Italian Manufacturer
Steady Rest 【Option/Morari】HS-T073-R6.26-20180405
Steady Rest Block 【Option】
Prepared accessory with Rest Base
► Hy’d Line with Valves for Open & Close of Rest Fingers
► Lubrication Line of Rest Finger Rollers
► Interlock Switch between Rest Base and Tailstock
► All necessary PLC ladder with M-code
Method of Feed
► Programmable Type
► Manual Type
HS-T073-R6.26-20180405
Operation Panel
The operator panel is mounted on the right hand side and it fixed on the
machine main cover. The layout and location of the panel is ergonomically
designed to be efficient and convenient for the operator.
10.4” Color LCD(Std.), Full Key type (Fanuc)
HS-T073-R6.26-20180405
Easy Programming【Standard】
Easy programmingBased on ISO-code program
format, complex machining
motions can be created easily by
menu form
Intuitive menu selectingMenu can be selected easily and
intuitively by soft-key with icon
Good affinity with CAD/CAMMost popular ISO-code program format
on CAD/CAM can be dealt as it is
All-in-one ScreenOnly one screen concentrated
all operations
Machine status windowMachine status such as actual
position, feed rate and load meter
are displayed always
Realistic machining
simulation3-D solid model machining
simulation is available
CAD/CAM
(Communication Programming ☞ Manual Guide i)
HS-T073-R6.26-20180405
Arbitrary speed threading will make it possible for an operator to override the spindle speed during a
threading cycle while staying in lead.
This option will also allow an operator to change the spindle speed in the program and stay in lead
without needing to use the thread repair function.
Changing spindle speed override is
prohibited in this period.
Spindle speed override can be changed.
※ This function works with the Fanuc 0i-TF and 31i-B controller.
Arbitrary Speed Threading 【Option】HS-T073-R6.26-20180405
0
0.5
1
1.5
2
2.5
3
2 4 6 8 10 12 14
30 kW
MRR : 1170 cc/min.
37 kW
Dep
th
Feed
Cutting Ability【Outer Cutting】
Depth (mm)
Feed (
mm
/rev)
Material: SM45C (Ø 300×1500)
Spindle Speed (N): 115rpm
HS-T073-R4.21-20150708
Material : SM45C
Spindle speed(N) : 177 rpm
Cutting Depth : 6 mm
Cutting Feed : 0.2 mm/rev
Cutting speed(V) : 85 m/min. 400
Ø1
56
0 2 4 6 8 10
20
60
100
80
40
Cutting Time (sec)
Spin
dle
Load
Cutting Ability【Groove Cutting】
Bite Width 8mm (70%)
Bite Width 10mm (80%)
Vibration: Good
HS-T073-R4.21-20150708
Tool : Facemill [Ø 100, t=6]
Material : SM45C
Cutting speed(V) : 120 m/min.
Spindle speed(N) : 382 rpm
Ad
(mm
)
F (mm/Insert)
0.10
2
0.2 0.3 0.4 0.5 0.6 0.7 0.8
4
6
8
10
0.9
MRR 133cc/min
1.7
5.9
3.9
2.92.4
1.91.5 1.3 1.1
Cutting Ability【Facemill】
Load 100%
HS-T073-R4.21-20150708
Tool : Endmill [Ø 40, t=4]
Material : SM45C
Cutting speed(V) : 60 m/min.
Spindle speed(N) : 477 rpm
Ad
(mm
)
F (mm/Insert)
0.10
2
0.2 0.3 0.4 0.5 0.6 0.7 0.8
4
6
8
10
0.9
MRR 45cc/min
1.7
5.9
3.9
2.92.4
1.91.5 1.3 1.1
Load 95%
Cutting Ability【Endmill】HS-T073-R4.21-20150708
40mm
6m
m
350
Index Grooving
• t: 4, f: 190mm/min.
• Time : 12 min.
Cutting Ability
Face Milling (Ø 100)
• t: 6, f: 190mm/min.
• Time : 12.7 min.
HS-T073-R4.21-20150708
Sample workpieceHS-T073-R1.1-20121211
Packing Dimension【Hi-TECH 700】HS-T073-R4.22-20190116
No Model ContentsDimension (mm) CBM
(m3)
Weight (kgf)
Length Width Height N/W G/W
1
Hi-TECH 700
STD Machine 5,390 2,610 3,140 44.000 17,350 18,950
2 MC Machine 5,390 2,610 3,140 44.000 17,500 19,100
3
-
T/F 1,050 916 1,110 1.068 380 450
4 C/C+T/F 5,500 1,800 1,800 18.000 1,360 1,960
Item Unit
HWACHEON Doosan
Hi-TECH 700 PUMA 500 S 700
Chuck size mm(inch) 15” 18” 15”
Max. Cutting Dia. mm(inch) Ø 680 Ø 700 Ø 700
Max. Cutting Length mm(inch) 1,986 1,575 1,727
Stroke (X/Z) mm(inch) 360/2,050 370/1,575 -
Max. speed rpm 1,800 1,500 1,500
Main spindle motor kW 37/30(50/40) 45/37(60/50) -
Controller - FANUC 0i-TF FANUC-18iTB/21iTB -
Comparison with competitorHS-T073-R5.21-20150825
Update History (1)
(1) Last Update : Jan. 16th, 2019
(2) Responsible: Marketing Team
(3) Rectification:
[1.1] Nov. 26th, 2008: Rectification of part number of Drill Socket for Tooling system
[1.2] Dec. 29th, 2008: Update of Sales point - Jet Lubrication page
[1.3] Mar, 09th, 2009: Update of dimension between floor to middle of screen (Machine Size) --> HAP Request
[1.4] Mar, 30th, 2009: Addition of cutting performance
[1.5] Apr. 09th, 2009: ① Rectification of inch value of Max. Cutting length (28.74” → 78.74”)
② Update of Accessories
[1.6] Apr. 27th, 2009: ① Upgrade of form (Design) of Machine specification
② Upgrade of form (Design) of NC specification
③ Upgrade of form (Design) of NC Instruction & Rectification of No. of Offset
[1.7] Mar. 23th, 2010: ① Upgrade of axes motors from α30/3000i(6kW) to α40/3000i(7kW)
② Rectification of NC specification from Std. to option about Play back function
③ Upgrade of axes motors of seals points
[2.8] July, 26th, 2010: Correction of NC Specification
[3.9] Aug., 10th, 2010: ① Rectification of machine name from FANUC-18iTB to FANUC 0i-TD → Machine Specification, Comparison with Competitor
② Rectification of machine name from HITECH 700 to Hi-TECH 700
→ Line-up, Machine Specification, Foundation, Tooling System, Torque Diagram, Packing Dimension, Comparison with Competitor
③ Correction → NC Instruction, Accessories, Sale point
[4.10] Aug. 17th, 2010: Correction of NC Specification
[4.11] Sep. 10th, 2010: Correction of NC Specification
[4.12] Dec. 11th, 2012: Upgrade of Sales Manual design (Form)
[4.13] Jan. 21th, 2013: Correction of Tooling System: MC Type (BMT Turret -> x)
[4.14] Feb. 4th, 2013: Correction of Max. Bar Size (117->116)
[4.15] Sep. 29th, 2013: Correction of U-Drill Sleeve Part number in Tooling System
[4.16] May, 27th, 2013: Correction of Steady Rest Maker (SMW -> Morari, Morari -> SMW)
[4.17] July, 4th, 2013: Correction of Toolling System: Correction of U-Drill sleeve inch part no.
[4.18] Aug. 20th, 2013: Correction of Toolling System: Correction of sleeve part no.
[4.19] Nov. 18th, 2013: Correction of Accessories
[4.20] Feb. 3th, 2015: ① Toolling System: Correction of Collet set Part No.
② Toolling System: Correction of Block Part No.
③ Addition of High Pressure Coolant Pump 30bar option
[4.21] Jul. 8th, 2015: ① Correction of Max. Cutting Length & Dia. (2,000 -> 1,986 / MC : 1,866, Ø 650 -> Ø 680)② Correction of Tool Interference Diagram & Moving Range③ Correction & Update of Foundation, Accessories, Sales Point and etc.
Update History (2)
[5.21] Aug. 25th, 2015 :Upgrade of Fanuc controller (0i-TD-->0i-TF),Machine Spec. / NC Spec. / NC Instruction / Comparison data
[5.22] Oct. 7th, 2015 : Correction of Sales Manual totally
[5.23] Dec. 14th, 2015 : Add Torque Diagram – SIEMENS
[5.24] Jen. 14th, 2016 : Add Torque Diagram – SIEMENS
[6.25] Feb. 26th, 2016 : Correction of Tatal Sales manual by Updating of Photo
[6.26] Oct. 26th, 2016 : Correction of Collet Part number
[6.27] Oct. 31st, 2016 : Correction of Chuck Dual Pressure System (Optional Status -> Standard Status)
[6.28] Nov. 14th, 2016 : Correction of orthography of Chuck Dual Pressure [Dual Pressure (Chuck / C-axis brake)]
[6.29] Dec. 07th, 2016 : Standard application of Signal Lamp with 3 Colors
[6.30] Mar. 23rd, 2017 : Add Siemens NC Specification and Instruction
[6.31] Apr. 03rd, 2017 : 1. Correction of C-axis Index Angle (0.001 -> 0.0001)
2. Add of Chuck Clamp/Unclamp Confirm Switch to Accessories
[6.32] Jun. 14th, 2017 : NC specification for tool presetter is applied as standard.
[6.33] Aug. 22nd, 2017 : Correction of Part No. of Tooling System
[6.34] Apr. 05th, 2018 : 1. Added 'Option' word to Moving Range , Turret Interference Dia, Tooling System and Torque Diagram
2. Modified 'bar' word to 'MPa‘
[6.35] Oct. 23rd, 2018 : Tooling System Update
[6.36] Jan. 16th, 2019 : Correction of Machine Weight & Packing Dimension