Description
The HCK52 horizontal slant bed CNC lathe machine is engineered for precision, efficiency, and reliability. With advanced spindle technology and a robust mechanical structure, it delivers high-performance turning capabilities that meet the demands of modern machining environments, from high-speed precision work to heavy-duty production cycles.
Equipped with a Taiwan Jianchun high-speed spindle and our refined rotary cylinder assembly process, the slant bed CNC lathe HCK52 runs smoothly at high RPMs with ultra-low noise and vibration, ensuring stable, accurate, and consistent results in every cycle.
Precision CNC Lathe Machine Specification
| Specification | HCK52 |
|---|---|
| Capacity | Φ560mm |
| Max. swing dia. over bed | 480mm |
| Max. processing length | Φ500mm (Disc parts) |
| Max. turning dia. | Φ380mm (Shaft parts) |
| Max. swing dia. over slide | Φ380mm |
| Spindle | |
| Spindle speed range | 50–4200rpm |
| Max. spindle bore dia. | Φ65mm |
| Max. bar dia. | Φ52mm |
| Spindle nose | A2-6 |
| Max. spindle output torque | 150N·m |
| Spindle motor power | 11kW |
| Hydraulic chuck size | 8″, *10” |
| Axis | |
| X axis travel | 270mm |
| Z axis travel | 610mm |
| X axis rapid traverse | 30m/min |
| Z axis rapid traverse | 30m/min |
| Turret | |
| Type | Servo turret |
| No. of tool station | 8 position, *12 position |
| Tool shank size | 25×25mm |
| Boring tool shank size | Φ32/Φ40mm |
| Tailstock | |
| Tailstock travel | 80mm (tailstock quill moving) |
| Taper of tailstock quill | MT5 |
| Max. loading capacity | |
| Disk parts | 200kg |
| Shaft parts | 500kg |
| Machine Dimensions | |
| Overall dimension (L×W×H) | 2580×1890×1720mm |
| Machine weight | 3600kg |
Main Features
1.The follow-up tailstock moves with the Z axis as a whole, with better stability and rigidity.
2.The spindle uses dual encoders (encoder) to measure speed and positioning – with higher accuracy.
3.The hydraulic chuck and high-speed rotary cylinder are made by South Korea Ruiyan or Taiwan Jiahe, and dynamic balancing tests are performed.
How to Choose A Robot?
Product drawings need to be provided. Generally, there are four-axis robots and six-axis robots. In addition, fixtures must be configured according to the product. In addition, the maximum grab load of the robot is different, and the robot solution needs to be determined according to the specific product.
Machine Details
3 Jaw Chuck
12 Position Power turret
CNC Controller
X Aaxis Telescopic Cover
