● All of the casts of machine use high-quality resin sand by the process of high-temperature casting. We have implemented a complete annealing program. After 3-6 months’ natural aging treatment, the whole structure of cast iron base is strengthened, so the stability, the antiknock characteristic and the high rigidity of the machine are all enhanced.
● The high shaft box is designed as a special triangular structure and the best span of force is calculated by mechanical engineering mechanics. Built-in Taiwan precision sleeve spindle ensures maximum axial and radial cutting and machining precision.
● The structure of 30° inclined bed type is stable for operation, convenient for mounting and clamping, smooth for removing chips. All the contact surfaces of precision components are made of precision shovel scraping and running-in.
● Taiwan new generation or Baoyuan controller system makes it very easy to program. With high intelligent technology, it has many functions, such as quick reaction, stable operation and so on.
● The transmission part adopts imported overloaded linear guide rail. The precise ball screw assembly is combined with an imported servo motor to drive, so the speed of tool changing is very fast (26M/ min), and the precision of repeat positioning is up to 0.0025mm. Our design of the system ensures the good quality of machine parts; it also shortens the processing time.
● All precise transmission parts and components are lubricated by microcomputer time quantitative oil supply system , which will be automatically shut down on standby to avoid the waste of lubricating oil.
● The hydraulic system adopts Taiwan electric motor, vane pump, and air-cooled device, which is combined with high-speed central control rotary oil cylinder, so it maintains the chucking force of chuck stable and easily to adjust, and that low noise and low temperature rise.
● The machine tool cover is totally enclosed which can strongly resist deformation and water. Our machine accords with ergonomics. Its operation is very safe, and the shape is also very beautiful.
Types | Items | Units | Parameter | Standard Configuration |
Spindle | Swing over bed | mm | Φ400 | Machine tool x1 |
Swing over knife row | mm | Φ100 | Cooling system x1 | |
Bar hole diameter | mm | Φ36/Φ46 | Hydraulic system x1 | |
Maximum spindle speed | rpm | 4000 | Lubricating device x1 | |
Spindle hole diameter | mm | Φ45/Φ56 | Internal lighting device x1 | |
Maximum stroke | X axial | mm | 750/850 | Chuck adapter x1 |
Z axial | mm | 300 | Collet chuck x2 | |
Rapid moving speed | X axial | m/min | 26 | Cylindrical cutter holder x2 |
Z axial | m/min | 26 | Inner hole cutter holder x4 | |
Tool | Number of tool holder | pcs | 10 | Lateral cutter holder x3 |
Outer diameter tool handle size | mm | 20*20/16*16 | Forward and reverse cutter holder x1 | |
Inner diameter tool bar diameter | mm | 20/25 | Foot adjuster x4 | |
Knife rest above spindle center | mm | 50 | Random tools and tool cabinet x1 | |
Motor | Spindle motor power | kw | 5.5 | Foot switch x1 |
X axis motor power | kw | 0.85/1.3 | Technical manual x1 | |
Z axis motor power | kw | 0.85/1.3 | ||
Lubricating pump motor power | kw | 0.04 | ||
Cooling pump motor power | kw | 0.18 | Optional device | |
Hydraulic station motor power | kw | 0.75 | Oil bath type automatic feeder | |
Guide rail and screw rod | Guide rail type | Linear guide rail | Precise 5-inch chuck(a pair of soft claw included) | |
Width of X guide rail | mm | 25 | Different models of knife tower and tool apron | |
Width of Y guide rail | mm | 30 | ||
Ball screw diameter | mm | 32 | Collet chuck | |
Screw pitch of ball screw | mm | 10 | ||
Other descriptions | Cooling tank capacity | L | 40 | |
Hydraulic station capacity | L | 30 | ||
Lubricating device capacity | L | 2 | ||
Total machine power | KVA | 8 | ||
Average power consumption of continuous usage | kW·h | 1.8 | ||
Spindle center above the ground | mm | 1050 | ||
Machine dimension (Length x width x height) | mm | 2000*1500*1780 | ||
Machine weight | kg | 2100 | ||
Precision | Repeated positioning accuracy | mm | 0.0025 |
lathe cnc TCK500 ,cnc lathe bar feeder
machine tool equipment
Feature:
Spindle is unit structure ,servo motor for higher speed, hydraulic chuck for clamping the workpiece with more accuracy,
30 degree of slide saddle and linear gudieway. s rigidity and faster in feeding
max. swing over bed | mm | (TCK420) 420 | (TCK500) 500 | (TCK520) 520 |
max. swing over cross slide | mm | 270mm | 300 | 320 |
max. processing length | mm | 400mm | 500 | 500 |
X/Z axis travel | mm | 160/400 mm | 220/500 | 220*500 |
spindle nose | mm | A2-6 | A2-6 | A2-8 |
spindle bore | mm | 66 | 66 | 80 |
Max bar capacity | mm | 50 | 50 | 60 |
max. spindle speed | rpm | 3000 | 3000 | 2500 |
chuck size | inch | 8 | 8 | 10 |
Main motor power | kw | 5.5 | 7.5 | 7.5 |
X/Z axis position accuracy | mm | 0.016/0.002mm | 0.016/0.02mm | 0.016/0.02 |
X/Z axis feed motor torque | N.m | 5/7.5 | 7.5/10 | 5/7.5 |
Tailstock travel | mm | 350 | 350 | 350 |
Tailstock sleeve travel | mm | 90 | 90 | 100 |
Tailstock taper |
| MT4# | MT5# | MT5# |
Tool size | mm | 20*20 | 25*25 | 25*25 |
Total power capacity | kva | 11 | 15 | 15 |
Machine size | mm | 2300*1500*1650 | 2450*1600*1700 | 2450*1600*1700 |
N.W. | kg | 3000 | 4000 | 4200 |
Application :
Feature:
1. Advanced overall design:The design of the integrated bed seat, the reasonable arrangement of the steel plate makes the bed body has high rigidity and stability, and the duckling and waterproof properties are good. The single spindle design does not require manual shift. Speed can be stepless speed adjustment.
2. Various types of clamping:Standard with manual clamping head clamping, players can move chuck, power chuck clamping and special clamping way
3. Flexible tool system:According to customer's demand, the tool can choose row knife, four station electric knife holder, still can install 6 station knife holder, row knife and electric knife holder can be installed alone or mixed.
4. Complete machine tool parts:Machine tool standard manual tailstock, pneumatic, hydraulic control, and also can change the hydraulic tailstock also can realize the fast transformation and sleeve schedule control, the user can be used for punching, slender shaft processing and auxiliary equipment, etc.
Product Name | CK6130 | CK6130-1 | CK6136 | |
Max swing diameter over bed | mm | 300 | 360 | |
Swing diameter of silding plate | mm | 150 | 100 | 180 |
Max cutting length | mm | 350 | 750 | |
Guide width | mm | 260 | 310 | |
Spondle speed range | r/min | 300-3000 | 200-2500 | |
Spindle bore | mm | Φ48 | Φ52 | |
Work clamping form | Manual / pneumatic / hydraulic | |||
Spindle motor power | kw | 3(frequency conversion) | 5.5(frequency conversion) | |
X-axis stroke/Z-axis stroke | mm | 200/400 | 300/400 | 200/800 |
X/Z axis rapid moving speed | m/min | 6/8 (servo) | ||
Repeat positioning accuracy | mm | 0.008/0.01 | 0.009/0.01 | |
Carriage/lathe tool dimension | mm | Four positions/20*20 | ||
Diameter/stroke/Hole of Tailstock sleeve | mm | Φ50/100/MT4 | Φ60/120/MT4 | |
CNC System | GSK , KND | |||
Dimensions of tool | mm | 1630*935*1410 | 1630*1025*1410 | 2200*1100*1520 |
Weight | kg | 1200 | 1200 | 1600 |
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