TT45 series Double-Spindle Double- Turret CNC Turning Machine
Machine Characteristics
The TT35 TT45 series CNC turning machine is an innovative machine tool product developed . Its unique modular design, simple and powerful cutting capabilities bring unlimited possibilities to your production!
1. High-precision and high-rigidity electric spindle
1.1. High-performance response characteristics (0-5000rpm fastest 0.2s)
1.2. Strong power (up to 580N.m)
1.3. Excellent processing efficiency (maximum speed up to 8000rpm)
1.4. Excellent precision performance (end face and internal and external cone runout ≤ 0.001mm)
2. High rigidity Y axis
2.1. High rigidity virtual Y-axis system + high torque and high rigidity power tool turret
2.2. Modular design, virtual Y axis interchangeable with standard model
3. Optional: high-rigidity high-speed servo turret
3.1. Excellent structure and large-size chainring make it ultra-high rigidity
3.2. Efficient processing: the tool changing time on the front/opposite side can be as low as 0.15/0.5s
4 Synchronous docking sub-spindle
4.1. High-precision and high-rigidity electric spindle: sub-spindle
4.2. Modular design, tailstock-sub-spindle can be switched at will for high-speed docking, achieving synchronous "handshake" and efficient parts interaction.
5. Optional: NC intelligent tailstock
5.1.Integral mobile programmable servo tailstock
5.2. Programmable control of thrust, position and speed: intelligent tailstock control
Applications
1. Shaft components: CNC lathes are capable of machining a range of shaft components such as transmission shafts, drive shafts,and crankshafts with high precision and efficiency.
2. Valve components: CNC lathes have the ability to machine valve components such as valve bodies, valve stems, and valve seats with high precision and tight tolerances.
3. Aerospace components: CNC lathes can be used to machine complex aerospace components such as engine components, landing gear components, and flight control components.
4. Electrical components: CNC lathes can be used to machine electrical components such as connectors, terminals, and conductive components with high accuracy and quality.
5. Medical components: CNC lathes can be used to create precise medical components such as surgical instruments, dental implants, and prosthetics.
6. Automotive components: CNC lathes are widely used in the automotive industry to manufacture components such as bearings,axles, and gears.
7. Hydraulic components: CNC lathes are capable of producing high-precision hydraulic components such as cylinders, pistons, and pump parts.
8. Mold components: CNC lathes are commonly used to produce mold components such as core pins, ejector pins, and cavity inserts with precision and efficiency.
9. Precision gears: CNC lathes are ideal for manufacturing precision gears such as spur gears, helical gears, and bevel gears with high accuracy and repeatability.
10. Sports equipment components: CNC lathes can be used to manufacture a variety of sports equipment components such as golf club heads, bicycle parts, and fishing reels.
Processing Case
TT45 series Double-Spindle Double- Turret CNC Turning Machine
|
model
|
TT35Series
|
TT45Series
|
|
Spindle taper (main/auxiliary)（jis）
|
A2-5/A2-5
|
A2-6/A2-6
|
|
Standard chuck size (main/auxiliary)
|
6/6
|
8/8
|
|
Max spindle speed (main/auxiliary)(rpm)
|
6000/6000
|
4500/4500
|
|
Spindle power (main/auxiliary)(kw)
|
11/11
|
15/15
|
|
Max processing diameter(mm)
|
Φ250
|
Φ300
|
|
Max processing length(mm)
|
200
|
250
|
|
Number of tools12/15(pcs)
|
12/15
|
12/15
|
|
Tool specifications(mm)
|
25/Φ32
|
25/Φ40
|
|
Powered tool holder specifications
|
BMT45
|
BMT55
|
TT45 series Double-Spindle Double- Turret CNC Turning Machine
Machine Characteristics
The TT35 TT45 series CNC turning machine is an innovative machine tool product developed . Its unique modular design, simple and powerful cutting capabilities bring unlimited possibilities to your production!
1. High-precision and high-rigidity electric spindle
1.1. High-performance response characteristics (0-5000rpm fastest 0.2s)
1.2. Strong power (up to 580N.m)
1.3. Excellent processing efficiency (maximum speed up to 8000rpm)
1.4. Excellent precision performance (end face and internal and external cone runout ≤ 0.001mm)
2. High rigidity Y axis
2.1. High rigidity virtual Y-axis system + high torque and high rigidity power tool turret
2.2. Modular design, virtual Y axis interchangeable with standard model
3. Optional: high-rigidity high-speed servo turret
3.1. Excellent structure and large-size chainring make it ultra-high rigidity
3.2. Efficient processing: the tool changing time on the front/opposite side can be as low as 0.15/0.5s
4 Synchronous docking sub-spindle
4.1. High-precision and high-rigidity electric spindle: sub-spindle
4.2. Modular design, tailstock-sub-spindle can be switched at will for high-speed docking, achieving synchronous "handshake" and efficient parts interaction.
5. Optional: NC intelligent tailstock
5.1.Integral mobile programmable servo tailstock
5.2. Programmable control of thrust, position and speed: intelligent tailstock control
Applications
1. Shaft components: CNC lathes are capable of machining a range of shaft components such as transmission shafts, drive shafts,and crankshafts with high precision and efficiency.
2. Valve components: CNC lathes have the ability to machine valve components such as valve bodies, valve stems, and valve seats with high precision and tight tolerances.
3. Aerospace components: CNC lathes can be used to machine complex aerospace components such as engine components, landing gear components, and flight control components.
4. Electrical components: CNC lathes can be used to machine electrical components such as connectors, terminals, and conductive components with high accuracy and quality.
5. Medical components: CNC lathes can be used to create precise medical components such as surgical instruments, dental implants, and prosthetics.
6. Automotive components: CNC lathes are widely used in the automotive industry to manufacture components such as bearings,axles, and gears.
7. Hydraulic components: CNC lathes are capable of producing high-precision hydraulic components such as cylinders, pistons, and pump parts.
8. Mold components: CNC lathes are commonly used to produce mold components such as core pins, ejector pins, and cavity inserts with precision and efficiency.
9. Precision gears: CNC lathes are ideal for manufacturing precision gears such as spur gears, helical gears, and bevel gears with high accuracy and repeatability.
10. Sports equipment components: CNC lathes can be used to manufacture a variety of sports equipment components such as golf club heads, bicycle parts, and fishing reels.
Processing Case
TT45 series Double-Spindle Double- Turret CNC Turning Machine
|
model
|
TT35Series
|
TT45Series
|
|
Spindle taper (main/auxiliary)（jis）
|
A2-5/A2-5
|
A2-6/A2-6
|
|
Standard chuck size (main/auxiliary)
|
6/6
|
8/8
|
|
Max spindle speed (main/auxiliary)(rpm)
|
6000/6000
|
4500/4500
|
|
Spindle power (main/auxiliary)(kw)
|
11/11
|
15/15
|
|
Max processing diameter(mm)
|
Φ250
|
Φ300
|
|
Max processing length(mm)
|
200
|
250
|
|
Number of tools12/15(pcs)
|
12/15
|
12/15
|
|
Tool specifications(mm)
|
25/Φ32
|
25/Φ40
|
|
Powered tool holder specifications
|
BMT45
|
BMT55
|
