The machine tool is designed using the finite element method.
The key purchased parts of the machine tool, such as the CNC system and spindle bearings, are selected from internationally renowned manufacturers, so that the machine tool has high reliability.
Advanced structural design plus perfect process measures ensure that the machine tool has high processing accuracy and long-term accuracy retention.
The processing of key parts such as the machine bed, headstock, saddle, and tailstock are all processed using advanced equipment.The machine tool has the following main features:
1. The machine tool is designed using the finite element method. The overall layout and key structures of the machine tool are analyzed and calculated theoretically. The machine tool has the characteristics of high rigidity, small thermal deformation, low spindle temperature rise, small vibration, large cutting torque, and can adapt to strong cutting; the design concept of the machine tool reaches the international advanced level.
2. The key purchased parts of the machine tool, such as the CNC system and spindle bearings, are selected from internationally renowned manufacturers, so that the machine tool has high reliability.
3. Advanced structural design plus perfect process measures ensure that the machine tool has high processing accuracy and long-term accuracy retention. The machine tool has good consistency in processing workpieces and can stably achieve IT6 level accuracy. The processing surface roughness can reach Ra1.6um
4. The processing of key parts such as the machine bed, headstock, saddle, and tailstock are all processed using advanced equipment. First-class processing equipment ensures the high processing accuracy of machine tool parts and is an important measure to ensure the technical performance of the machine tool.
5. The machine tool adopts mechatronics design, with a compact and reasonable overall layout, convenient operation and easy maintenance.
6. The machine tool adopts modular design, and can provide a variety of configurations according to user requirements (such as: different tool holders, tailstocks, systems, etc.). Special fixtures and tools can also be provided to meet the needs of users for processing various parts.
Main technical parameters of machine tools
Project | Unit | Specification | Remark |
Maximum rotation diameter on the bed | mm | φ500 | |
Maximum turning diameter on the slide | mm | φ290 | |
Maximum cutting diameter | mm | φ500，φ460* | |
Z Guide rail span | mm | 400 | |
X Guide rail span | mm | 210 | |
Spindle end type and code | A2-8 | ||
Spindle front hole taper | φ90，1：20 | ||
Spindle hole diameter | mm | φ82 | |
Spindle speed range | r/min | 45~1600 | |
Maximum output torque of spindle | Nm | 534 | |
Spindle speed level | Mechanical 3 gears, stepless within gears | ||
Main motor output power | kW | 7.5 | |
Standard chuck diameter | mm | Φ250 | |
X Axis rapid traverse speed | m/min | 6 | |
Z Axis rapid traverse speed | m/min | 8 | |
X Axis travel | mm | 290 | |
Z Axis travel | mm | 920 | Top distance 1000 |
1420 | Top distance 1500 | ||
1920 | Top distance 2000 |
Project | Unit | Specification | Remark |
Tailstock sleeve diameter | mm | φ75 | |
Tailstock quill stroke | mm | 150 | |
Tailstock spindle taper | Mohs | MT5 | |
Top distance | mm | 1000 | |
1500 | |||
2000 | |||
Tool holder type | Vertical four-station | ||
Horizontal six-station | Optional |
Tool size | External circular knife | mm | 25X25 | |||
Boring bar diameter | mm | 25×32 | ||||
Machine weight K6150B | Total weight (excluding packaging) | kg | 2280 | Top distance 1000 | ||
kg | 2480 | Top distance 1500 | ||||
kg | Top distance 2000 | |||||
Center height (from the bottom of the bed) | mm | 1085 | ||||
Machine tool Appearance | Length × Width × Height | mm | 2600mm×1410mm×1540mm | Top distance 1000 | ||
mm | 3100mm×1410mm×1540mm | Top distance 1500 | ||||
mm | Top distance 2000 | |||||
Main power supply | Voltage | V | AC380 | |||
Voltage fluctuation range | －15～＋10 | |||||
Frequency | Hz | 50 2 | ||||
Total power capacity | kVA | CNC system | ||||
CNC system | ||||||
CNC system | ||||||
Note: The parameters with "*" at the end are the maximum processing dimensions of the horizontal six-station tool rest | ||||||
Machine configuration:
1、The main configurations of this machine are as follows: those marked with "★" are standard configurations, and those marked with "☆" are optional configurations.
Kit Name | Specifications | Manufacturer | Remark |
CNC system | GSK 980TB3i | GSK | ★ |
GSK 980TDC | ☆ | ||
SIEMENS 808D | ☆ | ||
SIEMENS 828D | ☆ | ||
FANUC-0i TF | ☆ | ||
KND1000T | ☆ | ||
Main motor | YE2-132M-4（7.5KW） | Ordinary motor | ★ |
7.5KW | Jiangsu Ruibao | ☆ | |
X Axis motor | 扭矩 6N.m(130SJT-M060D) | GSK | ★ |
Z Axis motor | 扭矩 10N.m(130SJT-M100D) | GSK（1000，1500） | ★ |
扭矩 15N.m(130SJT-M150D) | GSK（2000） | ★ | |
Spindle bearings | NN3024KP5W33(120X180X46) | Harbin | ★ |
234424P5(120X180X72) | |||
NN3020KP5W33(100X150X37) | |||
6019/P5(95X145X24) | |||
X Shaft screw | LC-500.5 | Sanhesheng/Han River | ★ |
Z Shaft screw | L-1710 | Sanhesheng/Han River | ★ |
L-2390 | Sanhesheng/Han River | ★ | |
L-2890 | Sanhesheng/Han River | ★ | |
X Shaft screw bearings | 7602020TN/DBBP5 | NACHI/Harbin | ★ |
Z Shaft screw bearings | 7603035TN/DBBP5 | NACHI/Harbin | ★ |
7206AC/TNP5 | |||
6206-2RZ | |||
Tailstock | Manual tailstock | Assembly | ★ |
Cooling pump | AYB-25 | ★ | |
Spindle belt | B2286 | ★ | |
Knife holder | LDB-110A | Sanhe | ★ |
Hongda | ☆ |
Note: The X and Z axis motor models in the table are compatible with the system
2. Standard accessories
Serial number | Name | Model Specifications | quantity | Manufacturer |
1 | Three-jaw manual chuck | Ø250 | 1 set | |
2 | top notch | MT5 | 1 pc | |
3 | tool | 1 set | ||
4 | Shock-absorbing pads | 1 set |
3. Optional accessories
No. | Name | Model Specifications | quantity | Manufacturer |
1 | Four-jaw manual chuck | 1 set | ||
2 | Chuck connection plate | 1 set | ||
3 | Hydraulic chuck | 1 set | ||
4 | Rotary cylinder | 1 set | ||
5 | Hydraulic oil tank | 1 set | ||
6 | Reducer | 90/M5 | 1 pc（￠82） |
