It is suitable for the cutting processing of inner and outer cylindrical surfaces, conical surfaces, arc surfaces, end faces, grooving, chamfering, threads (metric, imperial, taper, and face threads), as well as drilling, milling, reaming, and boring processes of various disc-shaped and shell-shaped parts.

● Product Videos

● Machine Tool Specifications

Technical parameters		Unit	Parameter
Machining range	Maximum workpiece height	mm	300
	Maximum turning diameter	mm	400 (swivel diameter 450) / internal boring within 300mm
	Maximum cutting allowance	mm	Diameter 100 (6mm or more on one side)
Spindle	Spindle speed range	r/min	3000
	Spindle bore diameter	mm	A2-6
	Chuck (hydraulic chuck)		8/10 inches
	Servo main motor power	kW	7.5/11
Feed	Maximum stroke of Z - axis	mm	610
	Maximum stroke of X - axis	mm	250（for disc - type processing, it should not exceed 120 from the center）
	Rapid traverse speed X/Z	m/min	10
	Minimum input unit X/Z	mm	0.001
	X/Z：Drive motor X/Z	N.m	10/15
Tool turret	Servo eight - station		8 - station / 12 - station / turning - milling compound powered tool turret. The size of the turning tool body is 25/32mm (optional)
Tool turret	Tool turret tool change time	s	1.5
Control system	Huazhong / KND / Guangshu / Siemens, etc. (optional)
Machine tool size	Length × Width × Height	mm	268029302655（具体以外形尺寸为准）
Machine tool weight			6.5T/7.5T（reference weight）

● Schematic Diagram Of The Automated Production Line

Four linked machines with pallet systems, processing parts with cycle times over 2.5 minutes. The advantage lies in the ability of the robot to skip the machine during tool changeover and automatically proceed to the next machine via a buffer storage for loading and unloading. This ensures complete separation of personnel from operational hazards, eliminating any risk of collision between the robot and workers. (In this four-machine linked line, one robot effectively controls two production lines.)

Six linked machines with pallet systems, processing parts with cycle times over 3.5 minutes. The advantage lies in the ability of the robot to skip the machine during tool changeover and automatically proceed to the next machine via a buffer storage for loading and unloading. This ensures complete separation of personnel from operational hazards, eliminating any risk of collision between the robot and workers. (In this six-machine linked line, one robot effectively controls three production lines.)