Brief: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we showcase the PT46 CNC Gang Tool Flat Bed Lathe in action, demonstrating its compact design and high-performance turning capabilities. You'll see how the gang-tool layout reduces cycle times and how the machine handles precision machining of small parts for electronics, medical devices, and automotive components.
Related Product Features:
Gang-tool layout reduces cycle time and tool switching delays for high-efficiency small-part machining.
High-rigidity structure with HT300 grade cast iron bed ensures precision and repeatability in demanding applications.
Compact footprint with automation adaptability ideal for space-limited workshops and production lines.
Spindle speed range of 50-3000 r/min with 5.5 kW motor power supports versatile machining operations.
Modular power head configurations enable custom drilling, milling, and tapping operations for complex parts.
4-station electric tool post and multiple clamping options provide secure workpiece handling and consistent accuracy.
Max. swing diameter of 410 mm and rapid feed speeds of 25 m/min ensure efficient and precise movements.
Configurable with servo turret or multiple power heads for advanced turn-mill capabilities at minimal capital expenditure.
FAQs:
How does the PT46 ensure long-term dimensional stability and accuracy?
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 durability.
What customization options are available for the PT46 CNC Turning Center?
The PT46 offers modular power head configurations that can be customized for various operations like drilling, milling, and tapping to meet specific part processing requirements, along with optional servo turret setups for turn-mill capabilities.
What types of production environments is the PT46 best suited for?
The PT46 is ideal for high-volume production environments machining small parts, particularly in electronics, medical device, and automotive industries, thanks to its compact design, fast tool changes, and precision capabilities.