| Main Technical Parameters | CK6136H |
| Machine Model | CK6136H |
| Maximum Swing Diameter over Bed | φ400mm |
| Maximum Swing Diameter over Slide | φ210mm |
| X-axis (Transverse) Maximum Stroke | 290mm |
| Machining Length (Distance Between Centers) | 750mm |
| Spindle Nose Model | A2-6 |
| Spindle Bore | φ58mm / Metric No.60 |
| Spindle Inner Hole Taper | |
| Spindle Speed | 50-2000 rpm |
| Bed Guide Width | 320mm |
| Guideway Type | One Flat and One V-Shape |
| Bed Feet | Integral Bed Feet |
| Spindle Motor Power | 5.5kw |
| Turret | Vertical 4 Positions / Horizontal 6 Positions |
| Chuck | Standard Configuration 250mm, Other Configurations Optional |
| Tailstock Sleeve Diameter | φ65mm |
| Tailstock Sleeve Taper | Morse No.4 |
| Repeat Positioning Accuracy | - |
| Roundness | - |
| Working Accuracy | - |
| Flatness | - |
The CK6136H CNC Lathe is a compact, high-precision turning solution tailored for small-to-medium workpiece machining, combining versatility, reliability, and user-friendly design. Ideal for industries such as automotive components, electronics, general engineering, and prototype manufacturing, it delivers consistent performance for both simple and complex turning tasks.
With a maximum swing diameter over the bed of φ400mm and over the slide of φ210mm, the lathe efficiently handles a range of workpiece sizes while maintaining a space-saving footprint. Its X-axis (transverse) maximum stroke of 290mm and machining length (distance between centers) of 750mm provide ample capacity for processing short to medium-length components, making it suitable for batch production and custom projects.
At its core, the CK6136H features an A2-6 spindle nose and a φ58mm spindle bore with Metric No.60 inner hole taper, ensuring compatibility with various tooling and workholding setups. The spindle speed range of 50-2000 rpm allows for precise control over cutting conditions, enabling efficient machining of materials like steel, aluminum, brass, and plastics.
Structurally, the lathe prioritizes stability and durability: it boasts a 320mm-wide bed guide with a one-flat and one V-shape guideway design, minimizing vibration during operation. The integral bed feet further enhance rigidity, while the 5.5kw spindle motor delivers consistent power for smooth, reliable cutting performance.
Equipped with a turret offering vertical 4 positions and horizontal 6 positions, the CK6136H enables quick tool changes and flexible machining sequences, reducing setup time and improving productivity. A 250mm standard chuck (with optional configurations) secures workpieces firmly, and the φ65mm tailstock sleeve with Morse No.4 taper provides additional support for longer components, ensuring precision throughout the machining process.
While specific precision metrics (e.g., repeat positioning accuracy, roundness) are not listed, the CK6136H’s robust construction and high-quality components ensure consistent results. Its compact size makes it ideal for workshops with limited space, while its versatile capabilities cater to diverse manufacturing needs—from small-batch prototypes to high-volume production runs.
| Main Technical Parameters | CK6136H |
| Machine Model | CK6136H |
| Maximum Swing Diameter over Bed | φ400mm |
| Maximum Swing Diameter over Slide | φ210mm |
| X-axis (Transverse) Maximum Stroke | 290mm |
| Machining Length (Distance Between Centers) | 750mm |
| Spindle Nose Model | A2-6 |
| Spindle Bore | φ58mm / Metric No.60 |
| Spindle Inner Hole Taper | |
| Spindle Speed | 50-2000 rpm |
| Bed Guide Width | 320mm |
| Guideway Type | One Flat and One V-Shape |
| Bed Feet | Integral Bed Feet |
| Spindle Motor Power | 5.5kw |
| Turret | Vertical 4 Positions / Horizontal 6 Positions |
| Chuck | Standard Configuration 250mm, Other Configurations Optional |
| Tailstock Sleeve Diameter | φ65mm |
| Tailstock Sleeve Taper | Morse No.4 |
| Repeat Positioning Accuracy | - |
| Roundness | - |
| Working Accuracy | - |
| Flatness | - |
The CK6136H CNC Lathe is a compact, high-precision turning solution tailored for small-to-medium workpiece machining, combining versatility, reliability, and user-friendly design. Ideal for industries such as automotive components, electronics, general engineering, and prototype manufacturing, it delivers consistent performance for both simple and complex turning tasks.
With a maximum swing diameter over the bed of φ400mm and over the slide of φ210mm, the lathe efficiently handles a range of workpiece sizes while maintaining a space-saving footprint. Its X-axis (transverse) maximum stroke of 290mm and machining length (distance between centers) of 750mm provide ample capacity for processing short to medium-length components, making it suitable for batch production and custom projects.
At its core, the CK6136H features an A2-6 spindle nose and a φ58mm spindle bore with Metric No.60 inner hole taper, ensuring compatibility with various tooling and workholding setups. The spindle speed range of 50-2000 rpm allows for precise control over cutting conditions, enabling efficient machining of materials like steel, aluminum, brass, and plastics.
Structurally, the lathe prioritizes stability and durability: it boasts a 320mm-wide bed guide with a one-flat and one V-shape guideway design, minimizing vibration during operation. The integral bed feet further enhance rigidity, while the 5.5kw spindle motor delivers consistent power for smooth, reliable cutting performance.
Equipped with a turret offering vertical 4 positions and horizontal 6 positions, the CK6136H enables quick tool changes and flexible machining sequences, reducing setup time and improving productivity. A 250mm standard chuck (with optional configurations) secures workpieces firmly, and the φ65mm tailstock sleeve with Morse No.4 taper provides additional support for longer components, ensuring precision throughout the machining process.
While specific precision metrics (e.g., repeat positioning accuracy, roundness) are not listed, the CK6136H’s robust construction and high-quality components ensure consistent results. Its compact size makes it ideal for workshops with limited space, while its versatile capabilities cater to diverse manufacturing needs—from small-batch prototypes to high-volume production runs.