WIM-CAMDER1.6G

Suitable for milling, drilling (Deep Hole Drilling) and thread milling of automobile mould and complex machine components.
Currently, the CAMDER series has developed to the fourth generation.
Minimum indexing angle 0.0001° to achieve the world leading level
The machining accuracy double increased for lifter hole machining

6-Axis Coordinate Advance Milling and Drilling Machine (CAMDER)
Suitable for milling, drilling (Deep Hole Drilling) and thread milling of automobile mould and complex machine components.
Currently, the CAMDER series has developed to the fourth generation.
The 6-axis CAMDER of WIM is first developed in Asia.

Model		Unit	CAMDER1.6G
Drilling capacity	Gun drill machining hole diameter	mm	3~40
	Ejector drill machining hole diameter	mm	-
	Maximum drilling depth in gun drill operation	mm	1200+500
	Maximum drilling depth in ejector drill operation	mm	-
	Tapping capacity	-	M20×2.5
	Milling capacity	cc/min	180
Travel	table horizontal(X)	mm	1500
	Vertical travel (Y)	mm	1200
	Column horizontal (Z)	mm	500
	Ram tilting angle (A)	-	15°，25°
	Spindle center to table top	mm	0～1200
	Distance from table center to spindle nose	mm	466～966
Spindle	Spindle bore taper	-	BT40
	Max. spindle speed	rpm	6000
Speed	X / Y / Z / W Rapid traverse rate		10
	Ram maximum tilting speed (A)		215
	Table maximum rotation speed (B)		2
Power	X axis servo motor	N·m	22
	Y axis servo motor	N·m	30
	Z axis servo motor	N·m	30
	W axis servo motor	N·m	12
	A axis servo motor	N·m	22
	B axis servo motor	N·m	30
	Total Power Requirement	kW	60
CNC indexing worktable	Max. loading capacity	ton	8
	Size (Length x Width)	mm	1200×1000
Coolant system	Coolant pressure (gun drill)	MPa	2~11
	Coolant pressure (ejector drill)	MPa	-
	Rate of flow (gun drill)	L/min	6~120
	Rate of flow (ejector drill)	L/min	-
Size & Weight	Floor space require (L x W)	mm	6810×6080
	Machine. height	mm	3800
	Machine weight	ton	18
CNC system		-

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