Brief: In this video, we take a focused look at the specifications and what they mean in practice for the ST46 CNC Lathe. You'll see a detailed walkthrough of its high-precision slant bed design, the linear turret system for fast tool changes, and how its 4000r/min spindle speed and 5.5KW motor deliver stable, efficient machining for batch production environments.
Related Product Features:
Features a slant-bed structure for efficient chip evacuation and stable high-speed operation.
Equipped with a linear turret system for rapid tool indexing and smooth surface finishing.
Powered by a 5.5KW spindle motor achieving speeds up to 4000r/min for versatile machining.
Constructed with a monolithic HT300 cast iron bed for exceptional rigidity and long-term dimensional stability.
Offers expandable functions with modular power heads for drilling, milling, and tapping operations.
Designed with a low center of gravity and FEM-optimized structure for heavy-duty cutting performance.
Includes an 8-inch chuck and supports pneumatic, manual, or hydraulic clamping options.
Configurable with servo turrets or multiple power heads for advanced turn-mill capabilities.
FAQs:
What materials are used in the construction of the ST46 CNC Lathe bed?
The machine bed is constructed with HT300 grade cast iron as a monolithic casting, processed through vibration aging and double tempering treatments to eliminate residual stresses, ensuring exceptional dimensional stability and long-term durability.
Can the ST46 CNC Lathe be customized for specific machining operations?
Yes, the ST46 offers customizable power head configurations, allowing it to be tailored for specific part processing requirements, including drilling, milling, and tapping, and it can be configured with servo turrets for turn-mill capabilities.
What is the maximum spindle speed and motor power of the ST46 CNC Lathe?
The ST46 CNC Lathe is equipped with a 5.5KW spindle motor and achieves a maximum spindle speed of 4000r/min, providing high-speed performance suitable for precision turning operations.
How does the bed structure contribute to the machine's performance?
The monoblock bed with a low center of gravity is optimized using Finite Element Analysis (FEM) to enhance rigidity, ensuring superior performance in heavy-duty cutting operations and extending tool service life.