logo
상품
제품 세부 정보
> 상품 >
CK6150BT Precision CNC Lathe: High-Performance Turning Solution for Diverse Machining Needs

CK6150BT Precision CNC Lathe: High-Performance Turning Solution for Diverse Machining Needs

자세한 정보
강조하다:

CK6150BT CNC lathe machine

,

precision CNC horizontal lathe

,

high-performance turning solution

제품 설명
Machine Model CK6150BT
Maximum Swing Diameter over Bed φ500mm
Maximum Swing Diameter over Cross Slide φ280mm
Maximum Travel of X-axis (Transverse) 280mm
Distance between Two Centers 1000/1500mm
Headstock Speed Change Method Gearbox, Manual 3 Gears, Stepless Speed Change within Gear
Spindle Model A2-8/D8
Spindle Bore φ82mm
Spindle Inner Taper Metric No. 90 (1:20)
Spindle Speed Low Speed 45-260 rpm
Medium Speed 140-800 rpm
High Speed 550-1600rpm
Bed Guide Width 400mm
Guideway Type Double Triangle
Machine Foot Integrated Machine Foot
Spindle Motor Power 7.5/11kw
Chuck Standard Configuration: Manual 250mm Three-jaw, Other Optional Configurations
Turret Vertical 4 Positions / Horizontal 6 Positions
Tailstock Sleeve Diameter φ75mm
Tailstock Sleeve Taper Morse 5
Repeat Positioning Accuracy X-axis ≤ 0.01mm Z-axis ≤ 0.015mm
Roundness <0.007
Working Accuracy Diameter Consistency <0.03mm/Length 300mm
Flatness <0.02mm/Length 300mm
Machine Features Slide lengthened, thickened, front large pressure plate with adjustable gib, automatic oil lubrication, making the rigidity of the machine more excellent, and the cutting more stable and powerful.

The CK6150BT Precision CNC Lathe stands out as a versatile and robust machining tool engineered for precision turning operations. Boasting a maximum swing diameter over the bed of φ500mm and a swing diameter over the cross slide of φ280mm, it accommodates a wide range of workpieces. With an X-axis (transverse) travel of 280mm and a distance between two centers of 1000/1500mm, it offers ample machining space for both short and long parts.
Its headstock features a gearbox with manual 3 gears and stepless speed change within each gear, paired with an A2-8/D8 spindle model (φ82mm spindle bore, Metric No. 90 inner taper) that delivers flexible speed ranges: low speed (45-260 rpm), medium speed (140-800 rpm), and high speed (550-1600 rpm). This ensures optimal cutting performance across various materials and applications.
The lathe is built with a 400mm-wide double-triangle guideway and an integrated machine foot, enhancing stability and rigidity. Powered by a 7.5/11kw spindle motor, it supports efficient machining, while standard configurations like a manual 250mm three-jaw chuck and a turret with vertical 4 positions/horizontal 6 positions enable quick tool changes and versatile clamping.
With precision metrics such as repeat positioning accuracy (X-axis ≤ 0.01mm, Z-axis ≤ 0.015mm), roundness <0.007, and working accuracy (diameter consistency <0.03mm over 300mm length), the CK6150BT guarantees high-quality finishes. Its features—including a lengthened/thickened slide, adjustable front pressure plate gib, and automatic oil lubrication—further elevate rigidity and cutting stability, making it an ideal choice for industries demanding accuracy, efficiency, and reliability in turning operations.

상품
제품 세부 정보
CK6150BT Precision CNC Lathe: High-Performance Turning Solution for Diverse Machining Needs
자세한 정보
강조하다

CK6150BT CNC lathe machine

,

precision CNC horizontal lathe

,

high-performance turning solution

제품 설명
Machine Model CK6150BT
Maximum Swing Diameter over Bed φ500mm
Maximum Swing Diameter over Cross Slide φ280mm
Maximum Travel of X-axis (Transverse) 280mm
Distance between Two Centers 1000/1500mm
Headstock Speed Change Method Gearbox, Manual 3 Gears, Stepless Speed Change within Gear
Spindle Model A2-8/D8
Spindle Bore φ82mm
Spindle Inner Taper Metric No. 90 (1:20)
Spindle Speed Low Speed 45-260 rpm
Medium Speed 140-800 rpm
High Speed 550-1600rpm
Bed Guide Width 400mm
Guideway Type Double Triangle
Machine Foot Integrated Machine Foot
Spindle Motor Power 7.5/11kw
Chuck Standard Configuration: Manual 250mm Three-jaw, Other Optional Configurations
Turret Vertical 4 Positions / Horizontal 6 Positions
Tailstock Sleeve Diameter φ75mm
Tailstock Sleeve Taper Morse 5
Repeat Positioning Accuracy X-axis ≤ 0.01mm Z-axis ≤ 0.015mm
Roundness <0.007
Working Accuracy Diameter Consistency <0.03mm/Length 300mm
Flatness <0.02mm/Length 300mm
Machine Features Slide lengthened, thickened, front large pressure plate with adjustable gib, automatic oil lubrication, making the rigidity of the machine more excellent, and the cutting more stable and powerful.

The CK6150BT Precision CNC Lathe stands out as a versatile and robust machining tool engineered for precision turning operations. Boasting a maximum swing diameter over the bed of φ500mm and a swing diameter over the cross slide of φ280mm, it accommodates a wide range of workpieces. With an X-axis (transverse) travel of 280mm and a distance between two centers of 1000/1500mm, it offers ample machining space for both short and long parts.
Its headstock features a gearbox with manual 3 gears and stepless speed change within each gear, paired with an A2-8/D8 spindle model (φ82mm spindle bore, Metric No. 90 inner taper) that delivers flexible speed ranges: low speed (45-260 rpm), medium speed (140-800 rpm), and high speed (550-1600 rpm). This ensures optimal cutting performance across various materials and applications.
The lathe is built with a 400mm-wide double-triangle guideway and an integrated machine foot, enhancing stability and rigidity. Powered by a 7.5/11kw spindle motor, it supports efficient machining, while standard configurations like a manual 250mm three-jaw chuck and a turret with vertical 4 positions/horizontal 6 positions enable quick tool changes and versatile clamping.
With precision metrics such as repeat positioning accuracy (X-axis ≤ 0.01mm, Z-axis ≤ 0.015mm), roundness <0.007, and working accuracy (diameter consistency <0.03mm over 300mm length), the CK6150BT guarantees high-quality finishes. Its features—including a lengthened/thickened slide, adjustable front pressure plate gib, and automatic oil lubrication—further elevate rigidity and cutting stability, making it an ideal choice for industries demanding accuracy, efficiency, and reliability in turning operations.