describe				unit	specifications
Processing capacity	Max maching diameter			mm	￠38
	Stroke			mm	210
	Main Spindle RPM			rpm	8000
	Sub Spindle RPM			rpm	8000
	Cross Driven Tools RPM			rpm	5000
	Main/Sub Spindle CS axis indexing minimum unit			°	1/1000(0.001)
	Rapid Traverse Rate	X1 /Z1axis		m/min	24
		Y/X2/Z2 axis		m/min	32
Arrangement of tools	O.D Tools			ea	5
	Front Work Tools			ea	5
	Cross Driven Tools			ea	4
	Back Work Tools			ea	4(fixed)
	O.D Tools specification			mm	□16×16
	Front Work Tools diameter			mm	three￠25+tow￠20
	Power Tool Chuck Specifications			mm	ER16
Motors	Spindle motor			kw	5.5/7.5
	Sub Spindle motor			kw	1.5/2.2
	Servo axis motor			kw	0.75
	Cross Driven Tools motor			kw	0.55/1.1
	Lubrication pump motor			w	100
	Coolant motor			kw	0.9
Others	Coolant tank capacity			L	200
	Lubrication tank capacity			L	1.8
	Height from floor tospindle center			mm	1000
	Floor space		(L)	mm	2760
			(W)	mm	1564
			(H)	mm	1882
	Mass of machine			kg	4500
	CNC control unit			set	FANUC oi TF PLUS

Features:

The five-axis linkage Swiss-type lathe SC385 has a clamping stroke of 220mm, a fast moving speed of 32m/min (X1: 24m/min), a maximum speed of 8,000min-1 for the main spindle and 8,000min-1 for the secondary spindle, and a maximum processing diameter of 38mm.
Technical parameters and specifications of the five-axis linkage Swiss-type lathe SC385
1. High speed, high precision, and high efficiency: the best tool layout, high-speed computing and processing control, minimize tool change time, and obtain the best positioning, and minimize auxiliary time.
2. High configuration: Concentrate on the most advantageous functional components, multi-axis rich tool configuration, and standard power tools, which greatly broaden the processing range and meet the composite processing of complex parts.
3. Convenient processing space: Convenient operating space, easy tool change, and vertical downward tools can obtain the best chip removal.

Applications:

1) Competent in machining external circles, drilling, boring, end face turning, threading, grooving, cutting, tapping and other processes of parts.
2) Equipped with horizontal and vertical rotary power tools and sub-spindle rotary power tools, the machine tool should have the ability of milling (such as keyways, planes, curved surface contours, etc.) compound processing; after the parts are cut off, the sub-spindle can grab the parts and complete the back drilling, boring, milling, end face eccentric processing and other processes on the cut surface of the parts.
3) Equipped with automatic feeders and long/short parts catchers and other automation devices to achieve the goal of "one person, multiple machines" with one person operating and multiple machines being watched over.