Used C6132a lathe

The used C6132A lathe is a common – type metal – processing equipment, mainly used for turning various rotary – shaped workpieces. Here are more detailed introductions:

Main Technical Parameters7
- Swing Diameter: The maximum swing diameter over bed is 320mm, and the maximum machining diameter is about 48mm.
- Machining Length: Common specifications include 750mm and 1000mm.
- Spindle Parameters: The spindle through – hole diameter is 48mm, which is convenient for the passage of bar – shaped workpieces. The spindle has 12 speed levels, and the speed range can meet the processing requirements of different materials and technological requirements.
- Motor Power: The main motor power is usually 4.5KW, which can provide sufficient power for processing.

6,944.00$

Processing Capabilities7
- It has a wide range of processing functions, which can be used for the turning of the outer circle, inner hole, end face, taper, and groove of various rotary parts, as well as the processing of metric threads, module threads, and diametral pitch threads. In addition, it can also be used for drilling, reaming, trepanning, knurling, and oil - groove cutting.
- It is suitable for processing various metal materials such as carbon steel, alloy steel, and non - ferrous metals, and can use cemented carbide tools for powerful cutting and high - speed cutting.
Appearance and Dimensions9
- The layout form is horizontal, and the installation form is floor - type. The overall dimensions are approximately 2100×1060×1600mm (for an 8 - 9 - new C6132A with a processing length of 750mm), and the specific size may vary slightly depending on the brand and model.
Precision and Performance
- The machining accuracy can generally reach within 2 - wire (0.02mm)9. The bed of the machine tool is usually made of high - strength cast iron, with high structural rigidity, which can ensure the machining accuracy and surface quality of workpieces7. The spindle system has good rigidity, which can reduce the influence on the machining accuracy caused by the cutting force.