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The five-axis CNC lathe is a high-precision, high-efficiency modern processing equipment that realizes multi-angle processing of complex curved surfaces through five-axis linkage control (X, Y, Z axis and two rotation axes), it is also called machining center. Compared with traditional three-axis machine tools, the five-axis CNC lathe can reduce the number of clamping times and improve processing accuracy. It is widely used in high value-added industries such as aerospace, precision molds, medical equipment, and automobile manufacturing.
1. Complex parts are formed in one go
Through five-axis synchronous linkage, the precision machining of complex geometric shapes such as impellers, propellers, and special-shaped structural parts can be completed, avoiding the accumulation of errors caused by multiple clamping.
2. Ultra-high machining accuracy
Adopting high-rigidity structural design and precision servo system, the positioning accuracy can reach ±0.002mm, meeting strict industrial standards.
3. Efficient production and cost reduction
Reduce the use of fixtures, and complete multi-faceted machining in a single clamping, shorten the production cycle, and reduce manual intervention and scrap rate.
4. Wide range of material adaptability
Supports difficult-to-process materials such as titanium alloys, high-temperature alloys, and composite materials, and is suitable for cutting and fine carving of high-hardness and high-toughness workpieces.
Item | Unit | Parameters | |
1、Capacity | Swing over bed | mm | Φ800 |
Swing over cross slide | mm | Φ630 | |
Maximum processing diameter | mm | Φ800 | |
Maximum workpiece length | mm | 2000 | |
Maximum workpiece weight | kg | 3000 | |
Maximum drilling and milling | mm × mm/u | φ16×0.25（HSS tools） φ40×0.16（insert tools） | |
Maximum cutting | mm × mm | M22×2.5 M36×2.0 | |
Maximum milling (end milling) | mm ×mm × mm/min | φ30×20×100（HSS tools） φ40×40×200（insert tools） | |
Maximum milling (face milling) | mm ×mm × mm/min | φ80×5×500 | |
2、Machine stroke | X-axis travel | mm | 700 |
Y-axis travel | mm | +135/-150 | |
X-axis travel | mm | 2150 | |
B-axis travel | ±105° | ||
C-axis travel | 360° | ||
3、Spindle | Spindle nose | A2-11 | |
Spindle front diameter | mm | 160 | |
Spindle through hole | mm | φ100 | |
Hydraulic chuck diameter | mm | φ400 (medium solid) | |
Maximum spindle speed | r/min | 2000 | |
Spindle number | 2-stage (hydraulic shift, stepless shifting) | ||
Spindle diameter | mm | φ100 | |
Main motor power | kw | 28/42 (Servo) | |
C-axis minimum indexing angle | 0.001° | ||
C-axis | RpM/min | 400 | |
4、Tailstock | Tail shaft sleeve diameter and stroke | φ120×120 mm | |
Tail shaft front taper hole | MT6 | ||
Tail shaft sleeve extension and locking method | Hydraulic | ||
Tail shaft positioning locking method | Bidirectional positioning, hydraulic locking | ||
Tailstock Z-axis moving stroke | mm | Full stroke | |
Tailstock moving speed | m/min | 6 | |
Tailstock movement | Servo motor + ball screw | ||
Operation form | Jog and programmed movement (MPG) |
5、Feed | Feed motor (X/Y/Z/W) | N.m | 27/27/36/6（2） |
Feed axis rapid moving speed (X/Y/Z/W) | m/min | X∶20/ Y∶15/ Z∶15 /W:6 | |
Feed axis maximum stroke (X/Y/Z/W) | mm | 700/±150/2150/1800 | |
Feed minimum setting unit | mm | 0.001 | |
6、B-axis tool holder | Milling axis | ||
power | kw | 48.6 | |
Torque | Nm | 100 | |
Maximum speed | r/min | 12000 | |
Positioning Angle | Every45° | ||
B-axis | |||
Torque | Nm | 450/800 | |
Speed (maximum/interpolation) | r/min | 100/15 | |
Indexing angle | Every5° or 0.001° | ||
Rotation direction | Bidirectional | ||
Graduation accuracy | ±4″ | ||
Repeat positioning accuracy | ±1.5″ |
7、Automatic tool | Handle type | HSK 63A | |
Maximum diameter of adjacent tools | mm | φ100 | |
Tool magazine capacity | 24 | ||
8、Hydraulic center frame | Hydraulic center frame support range | mm | Φ45-φ310 |
Maximum opening circle diameter | mm | φ320 | |
Work Pressure | MPa | 0.5-3.0 | |
Roller linear speed | m/min | 600 | |
Repeat positioning accuracy | mm | 0.01 | |
Positioning accuracy | mm | 0.05 | |
9、Hydraulic station | Maximum pressure of hydraulic station | Mpa | 5.0 |
Hydraulic station capacity | L | 160 | |
Hydraulic turret flow | L/min | 32 | |
10、Lubrication (double pump) | Lubrication form | Automatic intermittent lubrication | |
Lubrication motor power | kw | 0.035 | |
Lubrication pump capacity | L | 4.0 | |
11、Cooling (double pump) | Coolant head | m | 30 |
Cooling pump flow | L/min | 40 |
12、Accuracy (standard specimen) | Precision turning outer circle size accuracy | IT6 | |
Finish turning outer circle surface roughness Ra value | μm | 0.8-1.6 | |
Finish turning outer roundness | mm /mm | 0.004/Φ150 | |
Diameter consistency of finishing outer circle | mm /mm | 0.020/Φ150×300 | |
Finishing end face flatness | mm /mm | 0.020/Φ300 | |
Feed axis repeatability (X/Y/Z) | mm | X∶0.004 Y∶0.004 Z∶0.010 | |
Feed axis positioning accuracy (X/Z) | mm | X∶0.008 Y∶0.006 Z∶0.012 | |
13、Required power source | Total machine power | 110kW | |
power supply | 380V 50HZ | ||
Air source | 5-8bar 500L/min | ||
Hydraulic station | 6.3MPa | ||
14、Weight and appearance | Appearance of the main body of the equipment | Refer to the European color card RAL 9003, the effect is white. | |
Equipment base | Refer to the European color card RAL 7021, the effect is black. | ||
Total weight of the machine tool | kg | 22500 | |
Overall dimensions (length × width × height) | mm | 7750×3000×3250 |
The five-axis CNC lathe is a high-precision, high-efficiency modern processing equipment that realizes multi-angle processing of complex curved surfaces through five-axis linkage control (X, Y, Z axis and two rotation axes), it is also called machining center. Compared with traditional three-axis machine tools, the five-axis CNC lathe can reduce the number of clamping times and improve processing accuracy. It is widely used in high value-added industries such as aerospace, precision molds, medical equipment, and automobile manufacturing.
1. Complex parts are formed in one go
Through five-axis synchronous linkage, the precision machining of complex geometric shapes such as impellers, propellers, and special-shaped structural parts can be completed, avoiding the accumulation of errors caused by multiple clamping.
2. Ultra-high machining accuracy
Adopting high-rigidity structural design and precision servo system, the positioning accuracy can reach ±0.002mm, meeting strict industrial standards.
3. Efficient production and cost reduction
Reduce the use of fixtures, and complete multi-faceted machining in a single clamping, shorten the production cycle, and reduce manual intervention and scrap rate.
4. Wide range of material adaptability
Supports difficult-to-process materials such as titanium alloys, high-temperature alloys, and composite materials, and is suitable for cutting and fine carving of high-hardness and high-toughness workpieces.
Item | Unit | Parameters | |
1、Capacity | Swing over bed | mm | Φ800 |
Swing over cross slide | mm | Φ630 | |
Maximum processing diameter | mm | Φ800 | |
Maximum workpiece length | mm | 2000 | |
Maximum workpiece weight | kg | 3000 | |
Maximum drilling and milling | mm × mm/u | φ16×0.25（HSS tools） φ40×0.16（insert tools） | |
Maximum cutting | mm × mm | M22×2.5 M36×2.0 | |
Maximum milling (end milling) | mm ×mm × mm/min | φ30×20×100（HSS tools） φ40×40×200（insert tools） | |
Maximum milling (face milling) | mm ×mm × mm/min | φ80×5×500 | |
2、Machine stroke | X-axis travel | mm | 700 |
Y-axis travel | mm | +135/-150 | |
X-axis travel | mm | 2150 | |
B-axis travel | ±105° | ||
C-axis travel | 360° | ||
3、Spindle | Spindle nose | A2-11 | |
Spindle front diameter | mm | 160 | |
Spindle through hole | mm | φ100 | |
Hydraulic chuck diameter | mm | φ400 (medium solid) | |
Maximum spindle speed | r/min | 2000 | |
Spindle number | 2-stage (hydraulic shift, stepless shifting) | ||
Spindle diameter | mm | φ100 | |
Main motor power | kw | 28/42 (Servo) | |
C-axis minimum indexing angle | 0.001° | ||
C-axis | RpM/min | 400 | |
4、Tailstock | Tail shaft sleeve diameter and stroke | φ120×120 mm | |
Tail shaft front taper hole | MT6 | ||
Tail shaft sleeve extension and locking method | Hydraulic | ||
Tail shaft positioning locking method | Bidirectional positioning, hydraulic locking | ||
Tailstock Z-axis moving stroke | mm | Full stroke | |
Tailstock moving speed | m/min | 6 | |
Tailstock movement | Servo motor + ball screw | ||
Operation form | Jog and programmed movement (MPG) |
5、Feed | Feed motor (X/Y/Z/W) | N.m | 27/27/36/6（2） |
Feed axis rapid moving speed (X/Y/Z/W) | m/min | X∶20/ Y∶15/ Z∶15 /W:6 | |
Feed axis maximum stroke (X/Y/Z/W) | mm | 700/±150/2150/1800 | |
Feed minimum setting unit | mm | 0.001 | |
6、B-axis tool holder | Milling axis | ||
power | kw | 48.6 | |
Torque | Nm | 100 | |
Maximum speed | r/min | 12000 | |
Positioning Angle | Every45° | ||
B-axis | |||
Torque | Nm | 450/800 | |
Speed (maximum/interpolation) | r/min | 100/15 | |
Indexing angle | Every5° or 0.001° | ||
Rotation direction | Bidirectional | ||
Graduation accuracy | ±4″ | ||
Repeat positioning accuracy | ±1.5″ |
7、Automatic tool | Handle type | HSK 63A | |
Maximum diameter of adjacent tools | mm | φ100 | |
Tool magazine capacity | 24 | ||
8、Hydraulic center frame | Hydraulic center frame support range | mm | Φ45-φ310 |
Maximum opening circle diameter | mm | φ320 | |
Work Pressure | MPa | 0.5-3.0 | |
Roller linear speed | m/min | 600 | |
Repeat positioning accuracy | mm | 0.01 | |
Positioning accuracy | mm | 0.05 | |
9、Hydraulic station | Maximum pressure of hydraulic station | Mpa | 5.0 |
Hydraulic station capacity | L | 160 | |
Hydraulic turret flow | L/min | 32 | |
10、Lubrication (double pump) | Lubrication form | Automatic intermittent lubrication | |
Lubrication motor power | kw | 0.035 | |
Lubrication pump capacity | L | 4.0 | |
11、Cooling (double pump) | Coolant head | m | 30 |
Cooling pump flow | L/min | 40 |
12、Accuracy (standard specimen) | Precision turning outer circle size accuracy | IT6 | |
Finish turning outer circle surface roughness Ra value | μm | 0.8-1.6 | |
Finish turning outer roundness | mm /mm | 0.004/Φ150 | |
Diameter consistency of finishing outer circle | mm /mm | 0.020/Φ150×300 | |
Finishing end face flatness | mm /mm | 0.020/Φ300 | |
Feed axis repeatability (X/Y/Z) | mm | X∶0.004 Y∶0.004 Z∶0.010 | |
Feed axis positioning accuracy (X/Z) | mm | X∶0.008 Y∶0.006 Z∶0.012 | |
13、Required power source | Total machine power | 110kW | |
power supply | 380V 50HZ | ||
Air source | 5-8bar 500L/min | ||
Hydraulic station | 6.3MPa | ||
14、Weight and appearance | Appearance of the main body of the equipment | Refer to the European color card RAL 9003, the effect is white. | |
Equipment base | Refer to the European color card RAL 7021, the effect is black. | ||
Total weight of the machine tool | kg | 22500 | |
Overall dimensions (length × width × height) | mm | 7750×3000×3250 |
