Direct Drive Torque Motor KMC600 Five Axis Vertical Machining
Center
Product Parameters
| Item | Technical parameter | KMC600 V | KMC600 U | KMC600 UMT(With turning) |
| Working range | Maximum swing diamete mm | — | Φ800 | Φ800 |
| Workbench diameter mm | 1000x660 | Φ650x540 | Φ650 |
| Maximum product weight Kg | 1000 | 1000 | 500 |
| Route | X/Y/Z-axis motion quantity mm | 700/650/450 | 650 / 650 /450 | 650 / 650 /450 |
| A-axis rotation range | — | -130°~+130° | -130°~+130° |
| C-axis rotation range | — | unlimited | unlimited |
| Tool spindle | Maximum torque SI / S6 | 125/125▲/120/▲200 ▲ | 125/125▲/120/▲200▲ | 125/125▲ |
| Maximum Rpm rpm | 14000/18000 ▲/10000 ▲ | 14000/18000 ▲/10000 ▲ | 14000/18000▲ |
| Rated power kw | 30 | 30 | 30 |
| Clamp | HSK-A63 | HSK-A63 | HSK-A63 |
| Spindle central water discharge | Unsupported, supported ▲ | Unsupported, supported ▲ | Unsupported, supported ▲ |
| Spindle-directing | supported | supported | supported |
| Positioning lock | Unsupported | Unsupported | supported |
| A-axis drive | A-axis drive mode | — | Torque motor dual direct drive Nm | Torque motor dual direct drive Nm |
| Rated torque Nm | — | 3760 | 3760 |
| C-axis drive | C-axis drive mode | — | Direct drive torque motor | Direct drive torque motor |
| Rated torque Nm | — | 860 | 700 |
| Maximum Feeding speed | X-axis/ Y-axis/ Z-axis m / min | 48 | 48 | 48 |
| A-axis rpm | — | 30 | 30 |
| C-axis rpm | — | 80 | 800 |
| Control resolution | X/Y/Z-axis mm | 0.001,0.0001▲ | 0.001,0.0001▲ | 0.001,0.0001▲ |
| C-axis | — | 0.001°,0.0001°▲ | 0.001°,0.0001°▲ |
| Full close-loop control | X/Y/Z-axis | Standard | Standard | Standard |
| A-axis/C-axis | — | Standard | Standard |
| Positioning accuracy | X/Y/Z-axis mm | 0.008,0.005 ▲ | 0.008,0.005 ▲ | 0.008,0.005 ▲ |
| A-axis/C-axis | — | 8", 5"▲ | 8”, 5"▲ |
| Repeated positioning accuracy | X/Y/Z-axis mm | 0.005,0.003 ▲ | 0.005,0.003 ▲ | 0.005,0.003 ▲ |
| A-axis/C-axis | — | 5", 3" ▲ | 5", 3"▲ |
| Tool Magazine | Capacity Maximum tool diameter mm | 36 | 36 | 36 |
| Maximum tool diameter mm | Φ80 | Φ80 | Φ80 |
| Maximum tool length mm | 300 | 300 | 300 |
| Maximum tool weight kg | 8 | 8 | 8 |
| Attachment ▲ | Wireless probe mm | repeated accuracy±0.003 | repeated accuracy±0.003 | repeated accuracy±0.003 |
| Automatic q-sette mm | repeated accuracy±0.003 | repeated accuracy±0.003 | repeated accuracy±0.003 |
| Machine weight | Net weight | about 11 tons | about 13tons | about 13tons |
| CNC System | Supplier | KEDE Numerical Control Co., LTD |
| Type | GNC62 Bus mode CNC system |
| HMI | 15inches,191inches |
Product Characteristics
Improved gantry framework and complete machine structure design
Optimal Spindle support
1. Using vertical coordinate classic structure, have better spindle
stiffness
2. Two-arm CNCrotary swing workbench support
3. Y-axis using four guide way supports. Driver located in the
center
4. Annular tool magazine and bed of machine constructed
together-simple construction, space saving
Mineral casting frame of machine tool
1. Coefficient of thermal expansion is only 1/20 of cast iron 一
smaller thermal deformation error
2. Damping of mineral casting frame is 6 times of cast iron -
better vibration performance
3. One-step molding technology, greatly reduce cost and time of
subsequent processing
4. Room temperature during manufacturing process,preferable bed
material of international precision machine
Direct Drive
1. Good dynamic response ability
2. No reverse break joint, No transmission mechanical abrasion
3. Using Torque motor as main drive of rotate axis
4. U/UMT type C-axis configure low-speed/high-speed torque motor to
complete high precision milling and turning
Center of gravity drive
1. Stronger and more smoothly drive
2. Center of gravity drive with swinging type rotary table
3. Effectively suppress vibration toeliminate reverse break joint
4. Provide users with ideal processing performance
Using finite element analysis to assist product development
1. Simulate static load and dynamic operationbased on 3D model
2. Simulated and modified design for several times to pursue every
single machine parts reaching the ideal static and dynamic
properties to ensure integral rigidity of machine
3. Finished experiment test and model analysis on prototype
Five axis numerical control system highlights
1. Block spline transfer
2. Synchronous thread cutting
3. Cone interpolation
4. Polar coordinate interpolation
5. Cylindrical surface interpolation ・ Spline interpolation
6. Complete Five-Axis Technology (RTCP TCTP Bevel Processing)
7. System supports wireless probe, tool setting tool access
8. Error compensation function - two-way pitch compensation,
straightness compensation (including isotropic deflection
compensation) and verticality compensation
9. Secondary Development and Offline 3D Simulation System
10. High-speed information interaction
11. High resolution, precise high frequency control scheduling
12. Precise position/angle perception
13. Multi-channel control technology
14. High-speed and high-precision machining
15. Variable pitch thread
16 Polar coordinate interpolation
Proudct deails
