KX-25 Compact CNC Lathe

Compact yet capable, ideal for bar turning up to φ25mm and single parts up to φ50mm with high stability and precision.

Bar Materials : up to φ25mm

Max swing diameter: φ300mm

X-axis travel: 500mm

Z-axis travel: 180mm

Technical Parameters	Standard Value	Maximum Value
Processing Capablity
Spindle bore	φ25 mm	–
Maximum particle diameter	100 mm	120 mm
Maximum length of workpiece to be processed	130 mm	160 mm
Unilateral stock removal of stainless steel	2 mm	2.5 mm
Accuracy	±0.01mm	–
Surface finish	Ra 1.6	–
Height of tool carrier center	40 mm	–
Maximum rotation diameter	φ300 mm	–
Tool holder specification	16mm × 16 mm	–
Travel
X axis travel	500 mm	–
Z axis travel	180 mm	–
Feed
X-axis fast movement speed	18 m/min	30 m/min
Z-axis fast movement speed	18 m/min	30 m/min
X axis servo power	1.2 kW	–
Z axis servo power	1.2 kW	–
Spindle
Spindle speed	3500 rpm	4000 rpm
Spindle motor power	2.2 kW	–
spindle nose	A2-4	–
Size of applicable hydraulic chucks	5 inch	–
Dimensional & Weight
Dimensions	1650×1250×1680 mm	–
Weight	1400 KG	–

Specification	Standard	Optional
CNC Control System	NANJINGKT	SYNTEC/GSK/LNC
Screw	25mm C3-grade ball screw	–
Guide rail	25mm P-grade linear guide	–
Spindle bearing	7013/7011 P5-grade angular contact ball bearing
Spindle motor	2.2kW motor	3.7kW servo motor
Feed servo motor	1.2kW servo motor	–
Tpye of bed	30° Slant bed	–
Base Structure	Patented anti-deformation base	–
Clamping	Hydraulic clamping	–

KX-25 is competent to handle turning process on metal bars including brass, bronze, aluminum, steel, stainless steel, and rigid plastic with diameter up to φ25mm or single work-pieces up to φ 50mm. It can also be equipped with hydraulic chucks for producing single-piece parts within 250mm
Adopting the Yashu’s exclusive control system and electric package to achieve the greatest efficiency of electro-mechanical coordination.
Applying a patented base design to optimize the maximum work envelope with minimum footprint.
KX-25 contains a patented anti-deformation base that supports fast machining actions and is stable enough to revisit vibration during the bar processing which improves turning accuracy and surface finish.