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  • Special features
  • Specification
  • Operation manual
  • Optional
Center turning also gang turning on New CT-1118CNC
CT-1118CNC is the NC upgrade from CTL-618EVS manual toolroom lathe. It keeps the original machine's durability and elegant exterior while automating it with servos and CNC control. With CT-1118CNC's 2008 redesign, we go even further, the ability to use tailstock and lathe center to perform shaft work is maintained, but more importantly an innovative tool plate design adds the capability to remove the compound tool post and swap in T-slot gang tool slide in its place. The gang tool slide great work with a new complete line-up of tool holders from CYCLEMATIC for gang tool turning. Either traditional lathe tooling setup or gangtool setup are easy to swap out and exchange for the other. Now CT-1118CNC is the ONE CNC toolroom lathe that can bring you TWO different styles of machining capability.
 
CNC Toolroom Lathe CT-1118CNC   CNC Toolroom Lathe CT-1118CNC
* Bare cross slide with precision locator holes for custom applications   * Quick-change tool holder on "shory" gang tool plate
     
CNC Toolroom Lathe CT-1118CNC   CNC Toolroom Lathe CT-1118CNC

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Single tool on quick-change tool holder on compound tool slide

Single tool holder in the back

  *
*

Lathe canter in tailstock

Single tool on quick-change tool holder on compound tool slide

     
CNC Toolroom Lathe CT-1118CNC   CNC Toolroom Lathe CT-1118CNC
* One full-length gang tool plate with T-slots to accommodate different kinds of tool holders   * Two "shorty" gang tool plates leaves roon in the middle for long shaft work with the tailstock
     
CNC Toolroom Lathe CT-1118CNC   CNC Toolroom Lathe CT-1118CNC
* Multiple "single" gang tool plates each holding a single tool holder   * six tooling turret
     

Gang Tooling Now Available on CT-1118CNC Toolroom Lathe
There is now one more way to place cutting tools on the CT-1118CNC CNC Toolroom Lathe. Gang tooling makes it easier to setup jobs where multiple tool changes are necessary. It's suitable for higher volume production of the kind of high precision parts toolroom lathes are known for.
CNC Toolroom Lathe CT-1118CNC

SPINDLE TOOLING, TOOLING HOLDER AND OPTIONAL EQUIPMENT FOR CYCLEMATIC HIGH SPEED. HIGH ACCURACY TOOLROOM LATHES

Expanding Collet
Expanding Collet
Vacuum Chuck
Vacuum Chuck
Hydraulic Chuck
Hydraulic Chuck
Chuck Back Plate
Chuck Back Plate
6inch 3-jaw Chuck
6" 3-jaw Chuck
Lathe Dog Face Plate Pneumatic Chuck Precision Diaphragm Chucks Step Chuck
Lathe Dog Face Plate Pneumatic Chuck Precision Diaphragm Chucks Step Chuck

Tool Plate for Quick Change Toolpost ER Collet Holder Square Shank Tool Holder, Right Hand Gang Tool Block 408 mm Gang Tool Block 96 mm Gang Tool Block 48
Tool Plate for Quick Change Toolpost ER Collet Holder Square Shank Tool Holder, Right Hand Gang Tool Block 408 mm Gang Tool Block 96 mm Gang Tool Block 48 mm
Square Shank Tool Holder, Left Hand Square Shank Tool Holder, Right Hand Square Shank Tool Holder, 1 Position Drill Holder, Adjustable Center Releasing Die Nut Holder Tap Holder
Square Shank Tool Holder, Left Hand Square Shank Tool Holder, Right Hand Square Shank Tool Holder, 1 Position Drill Holder, Adjustable Center Releasing Die Nut Holder Tap Holder





  • Guaranteed Circular Accuracy to 50 millionths of an inch
  • Fanuc 0i Mate-TD Controller(standard), Optional with other brand.
  • Powerful 3 HP motor (5HP-Optional) with Yaskawa current vector inverter drive for improved torque response at low end.
  • Spindle mounted on high precision preloaded angular contact ball bearings
  • Precision ballscrew on X, Z-axes
  • Protection guard on Z-axis ballscrew
  • X, Z-axes feeds drven by AC Servo Motor
  • X, Z-axes ballscrews directly coupled to AC Servo Motor, minimizing backlash
  • Fast lever collect chucking
  • Power collet closer
  • Optional gang tooling option
  • Wide variety of accessories to increase versatility
MASSIVE SADDLE

The saddle slideways are coated with Turcite-B for maximum wear resistance.
The cross slideways have hardened and ground tool steel inserts for smooth accurate movement.
Solid one-piece enclosed headstock has high precision preloaded ball bearing spindle with 5C collet capacity.
High-precision preloaded ball bearing spindle is mounted in the solid one-piece enclosed headstock, providing maximum rigidity and sustained precision.
The collet seats directly in the hardened and precision ground spindle, eliminating troublesome sleeves and adapters that introduce costly inaccuracies.
The fast lever collet closer provides faster chucking. The lever control end of the closer assembly is balanced and rides on a precision bearing. Collet tension is instantly adjustable throughout the full range from light to heavy holding power without the use of tools.
The spindle handwheel is built into the end of the spindle.
Entire collet closer is conveniently removed by pulling up the lock pin.
POWER COLLET CLOSER

The lathe fit with a easy type power collet closer to replace manual lever operation, this air operated collet closer features automatic chucking.
The solid full bearing tailstock supports any load to the preloaded ball bearing spindle headstock, The tailstock has 95mm(3-3/4") travel. The spindle is graduated in inch and metric for easy reading. Standard shank 2 morse taper tools are automatically discharged for easy operation.

STEP CHUCKS are exceptionally useful for accurately holding work up to 6" in diameter. Castings, moldings, stampings and machined parts are held rigidly and accurately Tubing can be held without crushing or distorting.

STEP CHUCKS AND CLOSERS
are carried in stock in 2", 3", 4", 5" and 6" rated sizes. All step chucks are supplied with pin holes in place for precision machining.

CHUCK CLOSERS fit directly to the machine spindle. A taper corresponding to that on the periphery of the step chuck places the closing pressure over the stepped area of the chuck, resulting in greater gripping power and accuracy.


MODEL CT-1118CNC
Maximum Swing 380 mm
Maximum Turning Diameter Ø 150 mm (Ø 6")
Distance Between Centers 457 mm
Bar stock Diameter (5C collet) Ø27 mm (Ø1-1/16")
Hole Through Spindle Ø31.75mm(Ø1-1/4")
CNC Controller FANUC (STANDARD)
Spindle speeds (Variable) 50~4000 R.P.M. (3HP) / 50~6000 R.P.M. (5HP)
Spindle Nose I.D./O.D. 5C (10°) / 4° Taper
Quick-action compound slide travel 2.5 mm (0.1" )
Chuck Diameter Ø150 mm (Ø6")
Maximum X-axis Travel 220 mm (8.661")
Maximum Z-axis Travel 340 mm (13.386")
Rapid Traverse 20 M/min
Inverter Spindle Motor 3 HP / 5HP
X,Z-Axis Servo Motor X : ß2 / Z : ß2
Coolant Pump 1/4 HP
Tailstock Spindle Taper MT No.2
Tailstock Spindle Travel 95 mm
Net/Gross weight 2,640/2,860 lb. (1,200 / 1,300 kg.)
Machine packing dimension 2,300 × 1120 × 2,150 mm (87" × 44" × 85")
All dimensions, specifications and machine appearance are subject to change without prior notice.
C
T
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C

The model CT-1118CNC series machine is built for easy and safe operation and excellent manufacturing of work in process. The machine is built with high quality material, and carefully to exacting standards that guarantee the life, economical use, accuracy, and minimum maintenance of the machine.

This manual is an introduction to the CYCLEMATIC model CT-1118CNC HIGH ACCURACY TOOL ROOM LATHE. It is used for installation, operation and servicing of the CT-1118CNC CYCLEMATIC MACHINES.

Also, for fast reference, because it is necessary to make minor adjustments or do preventive maintenance. (For personnel and operators who deal with the CT-606CNC machine.)

Place Two Levels on Slide Way

Figure A
CT-1118CNC
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  1. Put pads C (Figure B) under each of six points.
  2. Loose set screw A (Figure B)
  3. Insert a pin wrench into the hole B. raise or lower by turning (C.W. or C.C.W)
  4. Tighten set screw A (Figure B) to lock.
  5. Be sure every point is touching the ground to support the machine.

Figure C – Lifting machine
Lifting machine, arrange rope or cable as shown in (Figure C), and check to see if the correct balance has been obtained. Then insert pads of soft cloth between the edges of the rope and machine. The net weight of this machine is approx 1000 kgs (2200 lbs). So the rope or cable must be rated at 3000 lbs capacity.
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The CT-1118CNC TOOLROOM LATHE is shipped completely wired and assembled. Push the "A" (Figure 1) button, after that, hold handle "B" (Figure 1) and rotate it to the left side. Then turn cam switch "C" (Figure1) to the reverse way, check motor voltage and open the switch case cover, connect the wires from the power source to the terminals (R.S.T) and ground connection is made at the "G" (Figure 2) which is the electric switch case. Push start button to start controller and make spindle run. The spindle should rotate counterclockwise when viewed from the tailstock end of the machine. If the spindle does not turn in the correct direction, turn the machine off. Disconnect electric power source and interchanges any two leads until the turning direction is correct. When the spindle is rotation correctly, secure switch case cover.

 
Figure 1-Electrical Box   Figure 2- Electrical Box
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Proper lubrication supplied carefully , will maintain the life and performance of the machine for a long period. Therefore, lubricate the machine with a high quality lubricant. Fill with Mobil Vactra Oil No.2 or equivalent in oil reservoir and check oil level usually, please keep oil more then "Min" line (see figure 3).

1. HEADSTOCK LUBRICATION
The headstock spindle is mounted on precision preloaded ball, bearings. The ball bearings are grease packed for life and require no further lubrication.


Figure 3-Automatically Oil Pump
2. BALL SCREW LUBRICATION
The ball screw should be lubricate every month. Please prepare grease gun for lubricate the ball screw. Before lubricate X-axis ball screw , open screw A (Figure 4) and fill some grease in to the X-axis ball screw. Fill grease in to the Z-axis ball screw from B (Figure 5). (The grease can use SUN LIGHT NO.2 or same kind of grease)

 
Figure 4–X-Axis Ball Screw
Lubrication
  Figure 5–Z-Axis Ball Screw
Lubrication


※PLEASE FILL IN SOME GREASE EVERY MONTH. IF NOT, MAY COUSE THE DAMAGE TO MACHINE
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Running the machine with the collet closer and not having a collet locked in place will damage the collet closer. Remove the collet closer when using chucks, face plates, or spindle nose type fixtures. The collet closer should be removed often for cleaning to prevent loading of chips between collet closer tube and inside of spindle at rear and collet threads. Removal method is:Pull out pin "L" (Figure 4). Slide draw tube out of the spindle. Do not turn the adjusting nut "N" (Figure 6). It is keyed to the spindle. To remove slide it off the end of the spindle. Do not remove collet closer by removing screw "S" (Figure 6), this screw has been adjusted at the factory for proper operation of the collet closer.


Figure 6-Collet Closer Removal
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Before replacement of the closer, clean inside of the headstock spindle and outside diameter at rear of spindle where Adjusting Nut "N" (Figure 7) is located. Apply a film of light oil on rear of spindle Do not force Adjusting Nut "N" (Figure 7) on spindle. If Adjusting Nut "N" (Figure 7) fits to tight, remove and check for burrs or scratches, then replace. Clean collet closer tube inside and out apply a film of light oil on slip surface "T" (Figure 7) of the collet closer tube, replace collect loser and insert Link Pin "L" (Figure 7).


Figure 7-Collet Closer Removal
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  1. Before using collect closer, and any collet or step chuck to be used should be thoroughly cleaned.
  2. Push the lock Pin "E" (Figure 8). To engage lock pin, turn spindle by hand till lock pin enters notch to lock.
  3. Press the Closer Adjusting Finger "F" (Figure 9) down to the point "P" (Figure 9).
  4. Guard "G" (Figure 9) forward with the left hand, and hold the collet or stop chuck with the right hand at the same time.
  5. Place a work piece in collet or step chuck.
  6. Place lever "L" (Figure 9) to the extreme left fixed position. Turn the Shell Guard "G" (Figure 9) toward operator until the work piece is clamped by the collet.
  7. Place lever "L" (Figure 9) to the right, the released position. Turn Shell Guard "G" (Figure 9) toward operator, move the Adjusting Finger "F" (Figure 9).
  8. Test collet closer's tension on work piece. If the work piece needs additional gripping pressure, press down on the adjusting finger "F" (Figure 9) and turn Shell Guard "G" (Figure 9) forward and lock. (see figure 9).
Figure 8-Spindle Lock Figure 9-Collet Closer Adjustment
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Run spindle at approximately 1000 rpm and stop the spindle. This is done to equalize belt tension. Loosen lock nut "N" (Figure 10) 19mm wrench. Turn adjusting screw "P" (Figure 10) 6mm socket head wrench clockwise to tighten belts. Stop machine and check belt tension, there should be approx. 25.4mm (1〃) of play in belt.


Figure 10-Belt Adjustment
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When collet close, the handle "A" (Figure 11) will go ← way. when collet open, handle "A" (Figure 11) will go → way.

Figure 11-Air Collet Closer
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Air flow in the triangle on the primary unit. Change psi please pull up 'A' (Figure 12) and counter clock wise it and you may change the psi.


Figure 12-Air F/R.L Unit
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Open 'A'(Figure 11) and fill with Mobil Vactra Oil No.2 or equivalent in oil reservoir when the oil line lower then min line.


Figure 13-Automatically Oil Pump
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Step the foot step air collet closer for open/close collet.


Figure 14 Foot Step Air Collet Closer
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Please fill the coolant water up to max line (Figure 15) , if coolant water less then min line may damage the coolant pump . Change the coolant water , please take off the screw A , the waste water will out of hole .


Figure 15-Coolant Tank
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When red light shine , it mean machine have some alarm massage or some problem . When yellow light shine , it mean work complete. When green light shine , it mean work is doing right now.


Figure 16 – Work situation light
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To increase coolant water please push it this way ←. To decrease it goes to this way →.


Figure 17-Coolant
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Press "LIGHT" key to open or close working lamp.
Figure 18-Working Lamp
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CT-1118 CNC Lathe machine have RX232 or CF card to connect with FANUC controller . Also have 110v plug for Note Book.
Figure 19-RX232
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The hand wheel which control Z-Axis is number "1" (Figure 20). For X-axis hand wheel is "2" (Figure 20). If want to use hand wheel in control penal, please punch F1 to decide use machine side hand wheel or control penal side hand wheel.
Figure 20-Machine Hand Wheel
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The tailstock is mounted on preloaded ball bearings and can support any load to the spindle. It is provided with a fine "feed" for accurate work. The spindle of the tailstock is graduated in eighths of an inch, and 1 mm and has a travel of 95mm (3-3/4〃) The hand wheel is dual dial Inch and Metric. Graduations are 0.02mm (0.001〃). It is built for the operator's convenience of operation just turn the dial ring "D" (Figure 22) to the required location. It is unnecessary to tighten the dial rings. They are spring loaded, so a lock screw is not needed. Sliding cover cage exposes only the dial in use.
Figure 21-Tailstock Spindle Travel Figure 22-Handwheel Dial Ring
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The tailstock spindle lock holds the spindle securely in any travel position. Move lever "L" (Figure 23) toward the headstock lock position and backward to the released position.
Figure 23
Tailstock Spindle and Body Lock
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The tailstock can be clamped in any position along the bed way by operating Lever "M" (Figure 24). The Lever "M" (Figure 24) should be adjusted to a clamp position between the two stop pins "A" (Figure 24) and "B" (Figure 24). when tailstock is fully clamped, lever "M" (Figure 24) should not contact stop pin "A" (Figure 24).The hard ware limit "N"' (Figure 24) protect the tailstock will not crash with carriage .
Figure 24
Tailstock Spindle and Body Lock
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Stating procedures:
1) Main power switch
1. Turn the power of controller on.
2. Turn screen power on.
2) Machine origin locating
1. Press HOME and press X to return X-axis to origin.
2. Press HOME and press Z to return Z-axis to origin.
※EXECUTE MACHINE ORIGIN LOCATING WHENEVER THE MACHINE STARTS, OR ERRORS WILL OCCUR AND PROGRAM CAN NOT BE EXECUTED AFTER WARDS.
3) Perform daily job.
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1. Switch on main power switch.
2. Turn the power of controller on.
3. Press MDI , key in M3 S100 ; and press insert and press cycle start .
4. Rotate way (clockwise).

※THE SPINDLE SHALL ROTATE IN THE DIRECTION OF AN ARROW WAY, WHICH IS SHOWING IN THE VICINITY OF THE SPINDLE. IF THE SPINDLE IS ROTATING IN THE OPPOSITE DIRECTION, PLEASE TURN OFF POWER AND OPEN ELECTRICAL BOX AND SWITCH ANY 2 WIRED, AFTER THAT THE SPINDLE SHOULD BE ROTATE CORRECT WAY.
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A) POWER OFF:
Button for power off CNC controller.

B) POWER ON:
Button for power on CNC controller.
C) CYCLE START:
Button for cycle start the program.
D) FEED HOLD:
Button for hold feed rate or stop machine moving.
E) FEED RATE CONTROL:
Switch for feed rate percentage.
F) PANEL HAND WHEEL:
Turn the switch for X and Z axis, X1= move 0.001 MM, X10 = move 0.01 MM, X100 = move 0.1 MM. ( If order machine side hand wheel, use F1 to switch standard hand wheel or machine side hand wheel ) .
G) EMERGENCY STOP:
For any emergency condition, press the button to stop all the moving elements immediately.
1) DNC:
Use RS232C connect with PC . sometimes file too big to save into the FANUC controller , use DNC to transfer file also doing the work in same time .
2) EDIT :
Edit program file to the FANUC controller .
3) AUTO:
Select the AUTO + CYCLE START button for run the program .
4) MDI:
Select the MDI for edit short machine code or one time program edit, after press cycle start those code or program file will disappear(For more info please see Fanuc operator's manual) ps. Change Fanuc parameter should be in MDI mode , otherwise it won't effect.
5) HANDLE:
Select the HANDLE for use hand wheel . For panel side hand wheel can select x or z axis . ( If customer order machine side hand wheel , use F1 to switch panel side hand wheel or machine side hand wheel .)
6) JOG:
Select the JOG move X or Z axis, for use this function please select JOG and press , , , to move any direction of axis.
(For more info please see Fanuc operator's manual) also change feed rate control can be change the JOG speed.
7) RAPID :
Select the RAPID to fast move X or Z axis , for use rapid function please select RAPID and press , , , to move any direction of axis .
8) ZRN:
Select the ZRN to return the X and Z axis origin, for use this function Select ZRN + after X axis return to origin then press to return Z axis origin . .(ps. use×1, ×10, ×100, ×1000 can be control HOME speed, recommend use×10 to HOME ) .
9) POSITIVE OF X AXIS:
To use with JOG , RAPID , ZRN .
10) NEGATIVE OF X AXIS:
To use with JOG , RAPID , ZRN .
11) NEGATIVE OF Z AXIS:
To use with JOG , RAPID , ZRN .
12) POSITIVE OF Z AXIS:
To use with JOG , RAPID , ZRN .
13) SPECIAL FUNCTION F1:
Use key to switch machine hand wheel or penal and wheel.

14) OT RELEASE:
Axis is over travel to hardware limited switch, push the button for release the error, then move axis back by JOG or RAPID .

15) SINGLE BLOCK:
Use this function for running program by single block, if want to move on next line, have to press cycle start every time.
16) OPITIONAL STOP:
Use this function for optional stop the program. Light's on, when program read to Mo1, machine will stop, need press cycle start to let program continue.
17) WORK LAMP ON/OFF:
Press the key to turn on/off the working lamp.
Ps. When lamp lights on mean's light will on
18) BLOCK SKIP:
Use this function for block skip program. When front of machine code add / , also the block skip light are on , it's mean controller will skip this code line .
19) DRY RUN:
Use this function for dry run machine, ignore any feed rate.
20) MACHINE LOCK:
Use this function for lock machine, only run the program, machine did not move. after use machine lock, must HOME again. If not may cause machine damage . Use this function for lock machine, only run the program, machine did not move.
21) COOLANT AUTO:
Use this function for auto coolant, use M8、M9 code to open/close coolant pump.
22) COOLANT ON:
Use this function for manual coolant pump, press button to open/close coolant pump.
23) PROGRAM EDIT LOCK :
To lock the edit program, make people can't program the code by edit or change it.
24) RAPID TRAVERSE OVERRIDE:
This selection use for rapid low speed. Also home speed can control.
25) RAPID TRAVERSE OVERRIDE 25%:
This selection use for rapid 25% speed. also home speed can control, (recommend use this speed to home.)
26) RAPID TRAVERSE OVERRIDE 50%:
This selection use for rapid 50% speed. also home speed can control.
27) RAPID TRAVERSE OVERRIDE 100%:
This selection use for rapid 100% speed.
28) SPINDLE SPEED OVERRIDE:
This selection use for decrease spindle speed or increase spindle speed . Normally this selection will select at 100% .
29) CLOCKWISE SPINDLE:
This button use for clockwise spindle, when light on telling you spindle clockwise right now. (For lathe machine clockwise spindle should go way when you stand front of machine).
30) STOP SPINDLE:
This button use for stop spindle .
31) COUNTER CLOCKWISE SPINDLE:
This button use for counter clockwise spindle, when light on telling you spindle is counter clockwise right now.
32) JOG SPINDLE:
This button use for jog the spindle when you press this button spindle will goes really slowly by clockwise.

33) LUBE ALARM:
When light on, it mean out of oil and please fill some oil into the cub.

34) NC ALARM:
When light on, it mean the CNC have some problem, press penal key to read massage after finish reading, press reset to remove massage and light.
35) MOTOR ALARM:
When left corner red light on, it mean the motor have some problem , please check it.
36) CHUCK CLOSE:
When light on, it mean chuck is close, if light not flash on, it mean chuck is open . when chuck open you can't rotate the spindle.
37) TURRET: Optional Unit
This function key can manual change tool.
38) X AXIS HOME :
When light on , it mean X axis has been home. After move x axis the light will off .
39) Z AXIS HOME :
When light on , it mean Z axis has been home. After move Z axis the light will off .
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ITEM Part no. ITEM Part no. ITEM Part no.
1-2 T-CT-02 4-1-1 CHUCK 8-4 TH-50
1-2 T-CT-03 4-2 T-AP-07 8-4 TH-51
1-2 T-CT-04 4-3 LT-01-109 9-1 T-AH-10
1-2 T-CT-05 4-4 LT-01-108C 9-2 T-RT-16C
1-2 T-CT-06 5-1 LT-01-110T 9-3 T-RT-16
1-2 T-202-2B 5-2 T-315 9-4 T-KT-16
1-2 T-202-3B 5-2-1 KM-6 10-3 T-BT-3
1-2 T-202-4B 5-3 S-5C 10-4 T-BT-6
1-2 T-202-5B 5-4 TF-3B-4 11-1 T-CFT-16
1-2 T-202-6B 5-5 CA5-25 11-2 T-RT-08
1-3 T-DCT-02 5-6 PA6-100 11-3 T-RRD-05
1-3 T-DCT-03 5-7 T-3SJ 11-4 T-SL-408
1-3 T-DCT-04 6-1 TH-01 12-1 T-SL-96
1-3 T-DCT-05 6-2 TH-02 12-2 T-SL-48
1-3 T-DCT-06 6-3 TH-03 12-3 T-KH-48
1-3 T-203-2B 6-4 TH-04R 13-1 T-HE-16
1-3 T-203-3B 6-4 TH-04L 13-2 T-RS-201
1-3 T-203-4B 7-1 TH-04A 13-3 T-ST-10
1-3 T-203-5B 7-2 TH-05 14-1 540-110
1-3 T-203-6B 7-3 TH-06 14-2 540-111
2-1 T-SS-1 7-4 TH-07-1 14-3 540-130
2-1 T-ES-1 7-4 TH-07-2 14-4 C20-ER20
2-1 T-LS-1 7-4 TH-07-3 15-2 TR-302
2-2 T-UCS-25 7-4 TH-07-4 16-3 T-SR-300
3-1 T-CT-01 7-5 TDC-6.5 16-4 T-FR-300
3-2 T-304A 7-5 TDC-10EL 18-3 T-AIT-06
3-2 T-304B 7-5 TDC-13EL 21-1 LB-68-1
3-3 T-FP-3B 7-5 TDC-16H 22-2 T-MC-2
3-3 T-FP-5B 8-1 TH-42 22-3 T-LC-2
3-3 T-FP-8B 8-1 TH-43 22-4 T-DC13-MT2
3-4 T-FP-07B 8-2 TH-44 22-4 T-DC16-MT2
4-1 T-317 8-2 TH-45 22-4 T-DC19-MT2
4-1-1 CHUCK 8-3 T-QC-12   1-27MM
4-1-1 CHUCK 8-4 TH-48    
4-1-1 CHUCK 8-4 TH-49