High Rigidity Automatic CNC Slant Bed Lathe Turning And Milling Machine TCK4640
High Rigidity Automatic CNC Slant Bed Lathe Turning And Milling Machine TCK4640
Basic Properties
Place of Origin:
China
Brand Name:
Matsumoto
Certification:
CE
Model Number:
TCK4640
Trading Properties
Minimum Order Quantity:
1
Price:
$22500-25000
Payment Terms:
T/T
Product Summary
TCK4640 CNC slant bed lathe offers integrated turning & milling with 460mm swing, 400mm processing length, and 12-station tool turret. Features high rigidity, precision ball screws, and 50-4000 RPM spindle for automotive, machinery, and electronic components.
Product Custom Attributes
Highlight
multi axis slant bed CNC lathe
,high rigidity cnc slant bed lathe
,TCK4640 cnc turning and milling machine
Model NO.:
TCK4640
Condition:
New
Swing Over Bed:
460mm
Max. Turning Diameter:
200mm
Max. Process Length:
400mm
Swing Over Cross Slide:
350mm
Product Description
Detailed Specifications & Features
TCK4640 Automatic Lathe CNC Slant Bed Lathe Turning and Milling Machine
Description:
The TCK4640 is a high-performance integrated CNC turning and milling machine designed for precision machining of complex components, featuring optimized dynamic characteristics and stable operational performance. It integrates a high-rigidity machine bed, precision ball screws, and a high-power servo drive system, paired with an advanced CNC control unit that supports multi-axis linkage, enabling seamless switching between turning and milling operations.
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SPECIFICATIONS
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Units
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TCK4640
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Swing over bed
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mm
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460
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Swing over cross slide
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mm
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350
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Max. turning diameter
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mm
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200
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Max. drilling diameter
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mm
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U-type Φ20
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Max. Process length
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mm
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400
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X axis travel
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mm
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240
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Z axis travel
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mm
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450
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Spindle speed range
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rpm
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50-4000
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Spindle bore
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mm
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56
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Spindle nose type
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-
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A2-6
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Spindle speed steps
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-
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Stepless
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Through the bar diameter
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mm
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48
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Spindle center to bed height
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mm
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600
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Spindle center to ground height
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mm
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1250
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Max. travel of tailstock
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mm
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100
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Tailstock diameter
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mm
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60
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Tailstock taper
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mm
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MT4
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X axis rapid traverse
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m/min
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24
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Z axis rapid traverse
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m/min
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24
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Chuck form
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-
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Hydraulic chuck
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Chuck size
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inch
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8inch 200mm
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Tools tower
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-
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12 station servo tools tower
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Main spindle motor
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kw
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7.5
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Machine weight
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kg
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3000
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Overall dimension
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mm
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2550*1700*1850
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Application:
The TCK4640 CNC turning and milling machine is widely applicable in medium and small-batch precision manufacturing industries, with prominent performance in automotive parts, precision machinery, electronic components, and medical device sectors. In the automotive industry, it is ideal for processing engine accessories, transmission connectors, and valve seats, ensuring the compatibility and durability of auto parts with strict tolerance control. For precision machinery manufacturing, it handles complex structural parts, shafts, and sleeves that require both turning and milling processes, meeting high-precision assembly demands. In the electronic components field, it processes small-sized parts such as sensor housings, precision connectors, and terminal blocks, delivering excellent surface quality and dimensional accuracy.
Advantages:
Compared with general CNC turning and milling machines, the TCK46 boasts distinctive competitive advantages. Firstly, superior dynamic stability: optimized structural design and anti-vibration measures address resonance risks identified in modal experiments, ensuring stable operation even under high-speed cutting conditions and reducing processing errors caused by vibration. Secondly, excellent processing precision: relying on high-precision transmission components and servo control system, it achieves precise positioning and consistent processing quality, fully meeting the tight tolerance requirements of precision parts . Thirdly, high processing efficiency: integrated turning and milling functions eliminate multiple clamping procedures, reducing workpiece transfer and adjustment time, while the intelligent tool changing mechanism shortens non-processing time. Fourthly, strong operational flexibility: its CNC system supports quick program modification, adapting to both mass production and small-batch customized processing of complex parts. Finally, cost-effectiveness: compact structure saves workshop space, automated operation reduces manual intervention and labor costs, making it a cost-efficient solution for medium and small manufacturing enterprises.
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