Economical CNC Lathe CK6132
Inquire NowDescription
The Economical CNC Lathe CK6132 is an advanced machining tool designed for precision and efficiency in various industrial applications. With a robust braced machine bed made of grey cast iron, this lathe guarantees stability and durability. The elaborate spindle bearing ensures smooth operation, while the inductively hardened bed guideways and dovetail slot lathe carriage enhance longevity. Users can opt for either half or full enclosure, and the machine accommodates GSK, KND, or Siemens controlling systems for versatile operation. It features both manual and automatic lubrication options, along with a standard 4-position electrical tool post, with an optional 6-position upgrade. This lathe is primarily used for turning inner and outer cylindrical surfaces, end surfaces, taper surfaces, arc surfaces, and threads of shafts, delivering high efficiency and accurate processing suitable for industries such as automotive, valve manufacturing, electric tools, and hardware.
Specifications
Technical Parameter | Details | CK6132x500/750/1000 |
---|---|---|
Max. swing over bed | 0320mm | |
Max. swing over carriage | <P 150mm | |
Max. Cutting length | 500/750/1000mm | |
Rail width | 212mm | |
Spindle nose | A2-5 | |
Spindle bore | <P40mm | |
Taper of spindle bore | MT5 | |
Chuck | 6” | |
Range of spindle speed | 150-2500rpm | |
X-axis travel | 180mm | |
Z-axis travel | 500/750/1000mm | |
X/Z Rapid speed | 4/7m/min | |
Station of tool carrier | 4 or 6 | |
Max. section of tool | 20 x 20mm or 16 x 16mm | |
Stroke of tailstock sleeve | 100mm | |
Diameter/Hole of tailstock sleeve | <P32mm/MT3 | |
Main motor power | 2.2kW or 3.7kW | |
Coolant pump power | 120W | |
Overall dimensions LxWxH | 1600/1920/2100x1120x1750mm | |
Parking size LxWxH | 1815/2120/2300 x1300x 2000mm | |
Net weight | 800/900/1050KG | |
Gross weight | 950/1050/1200KG |
Additional Information
This Economical CNC Lathe CK6132 is suitable for a wide range of applications in industries such as automotive manufacturing, valve production, and hardware fabrication. Its design focuses on providing both manual and automated features to enhance user experience and efficiency.