Brief: This video frames the solution within typical operational contexts for clearer understanding. You will see a detailed walkthrough of the PT36 2 Axes CNC Turning Center, exploring its precision machining capabilities for small parts like fasteners and shafts. We demonstrate its compact design, gang-tool layout for efficiency, and high-rigidity construction in action, showing how it performs in electronics, medical, and automotive manufacturing environments.
Related Product Features:
Gang-tool layout reduces cycle time and tool switching delays for high-efficiency small-part machining.
High-rigidity monoblock bed structure ensures exceptional stability and precision during heavy-duty cutting.
Compact design is ideal for limited-space workshops or production lines without sacrificing performance.
High-speed spindle with up to 4000 r/min supports fast and precise turning operations.
Modular power head options enable additional drilling, milling, and tapping functionalities.
Turn-mill configuration with servo turret or multiple power heads handles complex machining demands.
Constructed with HT300 grade cast iron for dimensional stability and long-term durability.
Automation adaptability makes it suitable for high-volume production in various industries.
FAQs:
What is the maximum spindle speed of the PT36 CNC Turning Center?
The PT36 CNC Turning Center has a maximum spindle speed of 4000 r/min, supporting high-speed precision machining.
Can the PT36 machine be configured for milling operations?
Yes, the PT36 can be equipped with modular power heads or a turn-mill configuration to perform drilling, milling, and tapping operations, offering versatile machining capabilities.
What is the standard warranty and technical support provided?
We offer a one-year warranty and provide 24-hour lifetime technical support for the PT36 CNC Turning Center to ensure reliable operation and customer satisfaction.
What types of parts is the PT36 ideally suited for machining?
The PT36 is ideal for precision components such as fasteners, sleeves, pins, and shafts, especially in high-volume production environments for electronics, medical devices, and automotive parts.