| Customization: | Available |
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| After-sales Service: | Online |
| Warranty: | 1 Year |
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PRODUCT SPECIFICATIONS
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Specifications
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Units
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TCK50A
|
|
Max. Swing over bed
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mm
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Θ560
|
|
Max.Swing over cross slide
|
mm
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Θ260
|
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Max.processing length
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mm
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350/500
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Spindle Unit
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mm
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Θ200
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Spindle nose
|
|
A2-6
|
|
Spindle bore
|
mm
|
Θ66
|
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Spindle speed
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rpm
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3000
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Spindle motor
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kw
|
7.5/10
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|
Bar Capacity
|
mm
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Θ55
|
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The X/Z axis screw specifications
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|
3210/4010
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The X-axis limit stroke
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mm
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240
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The Z axis stroke limit
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mm
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400/500
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The X axis motor torque
|
Nm.
|
7.5/10
|
|
The Z Axis motor torque
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Nm.
|
7.5/10
|
|
X/Z Axis repeating
|
mm
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±0.003
|
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Tool Turret
|
|
100-8T/12T
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Turret center height
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mm
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100
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Tailstock quill dia.
|
mm
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Θ70
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Quill traverse
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mm
|
80
|
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Quill taper
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#
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MT5
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Tail Stock Travel
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mm
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200/450
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Total power capacity
|
kv
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5.5
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|
Dimension (LxWxH)
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mm
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2500x1700x1890/2600x1850x2000
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|
Weight
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kgs
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2800/3000
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Strong chip evacuation: This is its most prominent advantage. Chips do not accumulate between the workpiece and the guide rails, preventing them from scratching and affecting machining accuracy. This also reduces manual cleaning time, making it suitable for long-term continuous machining.
High machining rigidity: The cross-section of a tilting bed is typically an inverted T-shaped or trapezoidal shape, which enhances overall rigidity. This minimizes deformation during high-speed, heavy-duty cutting (such as machining high-strength alloys), ensuring machining accuracy.
Easy operation and maintenance: The tilting structure allows operators to more easily observe the machining process and facilitates routine inspection and maintenance of core components such as the spindle and toolholder.
High space utilization: The tilting bed design makes the machine more compact, resulting in a smaller footprint than a horizontal lathe for the same machining capacity.
Automotive Manufacturing: Machining crankshafts, camshafts, transmission gear shafts, and other parts. These parts are made of hard materials and require high chip removal and high rigidity.
Hydraulics and Pneumatics: Machining hydraulic cylinders, valve cores, and joints requires high internal bore precision. Poor chip removal can easily lead to aperture errors.
Engineering Machinery: Machining heavy parts such as pins and bearing sleeves requires sufficient machine tool rigidity to resist vibration during heavy cutting.
Medical Devices: Machining precision parts made of corrosion-resistant materials such as stainless steel and titanium alloys requires stable machining accuracy and a clean processing environment.
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