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![](/images/machines/263/15888/t_15888_1.jpg?y98j20Yp)
[MFR]CHUBU KOKI
[Model]CLL-1000
[Year]1996
Φ750*1000 Cross:Φ435 Gapφ1000 4 jaw independent chuck Φ600 15-685rpm 7.5Kw 3 axis scale Steady rest Stopper in spindle Chuck cover
![](/images/machines/216/16056/t_16056_1.jpg?VvA5k3EZ)
[MFR]YAMAZAKI MAZAK
[Model]Rex770×8000
[Year]1984
Φ770*8000 CrossΦ530 GapΦ1030 12-1200rpm BoreΦ104 MT-6 S-300
![](/images/machines/216/16122/t_16122_1.jpg?EdgBN7da)
![](/images/machines/260/16185/t_16185_1.jpg?mEL5DY0M)
![](/images/machines/1304/16244/t_16244_1.jpg?y98Oyobv)
[MFR]FUJI SEIKI
[Model]FA10
[Year]2000
FA10 High Speed Precision Automatic Lathe Features The spindle mechanism uses bearings to ensure high speed and stable accuracy. The installation of a threading error detection device ensures safe work management. The automatic material stop device automatically stops the machine at the end of material processing. The automatic material stop device automatically stops the machine at the end of material The machine automatically stops when material is finished, indicated by a red lamp. ● Large work space and easy chip disposal are outstanding. FUJI SEIKI Main Spindle The main bearing is a super-precision angular contact bearing. The spindle bearing is designed to be fixed to the spindle stand after adjusting the preload by using ultra-precision angular contact bearings for back alignment. The bearings are designed to be fixed to the spindle head for easy maintenance and The machine is designed to be fixed to the spindle head, using ultra-precision class angular contact bearings with back alignment and preload adjustment. and precision parts can be machined with high precision and stability. The machine is designed to be fixed to the main spindle for easy maintenance. Tool post The turrets are referred to as No. 1, No. 2, No. 3, and No. 4 tools in the clockwise direction, Each tool is arranged radially around the main spindle. The No. 1 tool moves only in the longitudinal and radial directions, while the No. 2 tool moves only in the radial direction. The No. 1 tool can also perform hole drilling, chamfering, grooving, and other operations simultaneously during the longitudinal feed process, making it very efficient for certain products. Each turret can be fine-tuned with a micro screw, allowing the cutter to be set accurately and quickly. The micro-screws on each turret allow for accurate and quick setting of the cutter. Swivel Arm This device, located on the cam shaft side, performs swivel and longitudinal movements. and performs material receiving, centering, and drilling. Centering table and threading device The drilling spindle is replaced for drilling, and the threading spindle is replaced for tapping and When a tap or die is used, the threading spindle is replaced with a threading spindle. Threading is performed by rotating the threading spindle at high speed in the same direction as the spindle. The threading spindle rotates at high speed in the same direction as the spindle, and the difference in rotation between the spindle and the threading spindle is used for threading. FA10 type is outstanding in terms of ease of use !
![](/images/machines/216/16380/t_16380_1.jpg?xjZl4RO8)
[MFR]TAKISAWA MACHINE TOOL
[Model]TAL-460
[Year]
Center: 800 9"3-jaw chuck (KITAGAWA JN09T) #Z5P910197
![](/images/machines/218/16408/t_16408_1.jpg?kM9y5xJ9)
[MFR]WASINO MACHINE
[Model]LR-55A
[Year]1989
Swing:360 Center:550 Spindle turning speed: 83~1800 without chuck