
CLARK MACHINE TOOL CWQ 160/6000 MANUAL LATHES
Specifications & Market Value

Equipment Overview
- Model
- CWQ 160/6000
- Year of manufacture
- -
Technical Description
The CLARK MACHINE TOOL CWQ 160/6000 is a heavy-duty manual engine lathe designed for large-scale turning operations. It features a maximum swing of 63.0 inches (62.992 inches specified in some references), allowing it to handle very large diameter workpieces. The lathe has an impressive distance between centers of 236.2 inches, enabling the machining of exceptionally long components. Powered by a robust 30.0 hp motor, this lathe provides substantial torque and power for heavy cutting and prolonged operation. Its construction is geared towards precision and durability, suitable for industrial applications requiring high rigidity and load capacity. The lathe can achieve surface finishes with roughness values up to 3.2 μm, indicating its capability for fine machining. The machine likely incorporates a range of spindle speeds and feed rates suitable for various materials and turning operations, though specific speed ranges are not detailed here. The CWQ 160/6000's size and power make it ideal for heavy-duty machining tasks such as large shaft turning, cylinder boring, and roughing of massive components. Overall, it stands out as a robust, high-capacity manual lathe engineered for large workpieces and demanding industrial environments.
Technical Attributes
- Distance Between Centers
- 236.20 ''
- Max Swing
- 63.00 ''
Category
- MACHINING
- → LATHES
- → MANUAL LATHES
Data Accuracy and Verification
Specifications, market trends, and valuation estimates are compiled from manufacturer documentation, historical sales, and industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all data before making buying or selling decisions. Valuations do not represent guaranteed transaction prices or binding offers, and Aucto assumes no liability for decisions made using this data.
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