CNC Sliding Headstock Automatic Lathe

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Website: http://ningjiang-machine.com/3-1-automatic-sliding-head-cnc-lathe.html

Electronic connector pins

Optional Configurations

Two-axis drilling attachment: For hole-making operations such as drilling, enlarging, reaming and tapping
Three-axis drilling and boring attachment: Supports drilling, enlarging, boring and tapping, and can also machine tapered holes
Guiding attachment: Used for long, slender shafts (e.g., parts longer than 200 mm) to prevent bending during turning operations
Part-clamping attachment: Holds the finished part and places it into the collection tray, particularly important for very small components (diameter ≤ 1 mm)

Technical Specifications

Model	CK114	CK117			(N1)CK117
Max. bar diameter (mm)	Ø4	Ø7			Ø10
Max. Workpiece Diameter length (mm)	50	66
Max. spindle speed (r/min)	9000
Max. drilling diameter	Ø4mm (copper) Ø3mm (steel)
Spindle power (kW)	1
CNC system	Dedicated CNC system
Tool configuration	Balance turning tools ×2 (No.1, No.2)
	Vertical turning tools ×3 (No.3, No.4, No.5)
	End-face drilling holders ×2 (depending on selected attachments)
Max. tool slide feed rate (m/min)	16
Z-axis rapid traverse (m/min)	15
Repeatability (mm)	0.007
Balance tool slide motor power (W)	1200
Vertical tool slide motor power (W)	400			1000
Tailstock motor power (W)	400
Machine weight (kg)	≤660
Total power (kVA)	5
Overall dimensions (mm)	1280×1256×1600		1555×1256×1600

What types of parts are suitable for a single-spindle automatic sliding head CNC lathe?

It is ideal for machining small-diameter steel parts and non-ferrous metal components.

How can machining accuracy be maintained on this type of lathe?

The CNC lathe’s structure provides high inherent accuracy, but regular maintenance is essential. Proper tool-offset settings, backlash calibration and secure workpiece clamping also help ensure stable machining precision.

What is special about the tool-setting process on this lathe?

Tool setting is similar to that of a conventional CNC lathe, but the sliding-head design requires higher tool-setting accuracy due to its machining characteristics.