Customization: | Available |
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After-sales Service: | Worldwide |
Warranty: | One Year |
Suppliers with verified business licenses
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One piece casting
Big spindle hole
Precision chuck
CNC control system
1. Consistent Quality: Slant bed lathe can produce parts with consistent quality, which is especially important for industries such as aerospace, automotive, and medical device manufacturing where precision is critical.
2. Faster Production: Slant bed lathe can produce parts faster than manual machining methods, which can help manufacturers meet tight deadlines and increase their output.
3. Reduced Downtime: CNC machines can operate continuously for extended periods of time with minimal downtime for maintenance and repairs, which can help manufacturers avoid costly production delays.
4. Improved Design Flexibility: CNC lathe machines can produce parts with complex geometries that would be difficult or impossible to produce with manual machining methods. This allows manufacturers to explore new design possibilities and create more innovative products.
5. Reduced Labor Costs: CNC lathe machines require less manual labor than traditional machining methods, which can help reduce labor costs for manufacturers.
6. Remote Monitoring: Some CNC machines feature remote monitoring capabilities, which allow manufacturers to monitor the status of the machine and adjust production parameters from a remote location. This can help improve efficiency and reduce the need for on-site personnel.
The main technical parameters
Parameters Table |
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Maximum diameter |
mm |
Φ460 |
Maximum machining diameter and length |
mm |
Φ330×400mm |
Bar stock capacity |
mm |
Φ51 |
Spindle revolutions |
rpm |
35-4000 |
Spindle end form |
ASA |
A2-6 |
Spindle through hole |
mm |
Φ66 |
Travel (X/Z) |
mm |
180/400 |
Rapid feed rate |
m/min |
30/30 |
Number of tool stations |
EA |
8 (12) |
Boring bar diameter |
mm |
Φ40/Φ32 |
Knife position cutter body size |
mm |
25×25 |
X direction, Z direction screw specification |
/ |
X:3210 Z:4010 |
X-direction, Z-direction rail specification |
/ |
X:35 Z:35 |
Tailstock stroke |
EA |
265 |
Tailstock sleeve tapered hole |
mm |
MT4 |
Tailstock sleeve travel |
mm |
90 |
Spindle motor (continuous/30) |
kw |
7.5 |
Bidirectional positioning accuracy (machine tool accuracy) |
mm |
0.008 |
Bi-directional repeat positioning accuracy |
mm |
0.003 |
lubrication pump |
W/C |
20 |
Cooling pump |
kw |
0.45 |
Battery capacity |
kVA |
11 |
Chuck size |
inch |
8 inches |
Total mechanical weight |
kg |
3200 |
Machine Tool Dimensions (L*W*H) |
mm |
2200*1900*1700 |
Main Configuration |
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Project |
Brand |
Place of origin |
CNC system |
New generation 6TA-E |
Taiwan |
Bus servo driver |
New generation original |
Taiwan |
X, Z axis absolute value servo motor |
New generation original |
Taiwan |
Servo main motor (7.5KW-1000) |
Alpha |
Shenzhen |
A2-6 spindle |
NSK bearing |
Japan |
Line track |
THK |
Japan |
Ball screw (Class C3) |
Intime |
Taiwan |
Screw bearing |
NSK/NTN |
Japan |
Main electrical components |
Schneider |
Germany |
852 hollow rotary cylinder |
Bedford |
Domestic |
8 inch hollow hydraulic three-jaw chuck |
Bedford |
Domestic |
2.0kw Taiwan spline pump hydraulic station |
Fine shield special |
/ |
Cooling water pump 450W |
Nock |
Taiwan-funded |
Automatic lubrication pump (gear pump) |
Sheng Xiang |
Taiwan-funded |
Inner shield |
Middle part |
Taiwan-funded |
Screw coupling |
Hong Wang |
Taiwan |
100-8T servo turret (25 knives square) |
Cheng Xin |
Taiwan |
Heat exchanger |
Fertile |
Domestic |
Hydraulic tailstock |
Fine shield special |
/ |
Equipped with Siemens 808D system, X, Z axis motors and drivers are original Siemens |
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Equipped with Mitsubishi E80A system, X, Z axis motors and drivers are Mitsubishi original |
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Equipped with FANUC 0i TF system, X, Z axis motors and drivers are FANUC original |
All our machines range: