CNC Milling Machines

After years of Reserach & Development, Kin Ah Group is proud to present a series of innovative CNC Milling Machines.

Rather than converting a Conventional Milling Machine into a CNC one, we have pushed forward:

The Kin Ah CNC Milling Machines can be built according to the Customers preferences, are available in more than 60 versions and, since their launch in the Market, have proved to be Precise and Cost Effective Machines expecially suitable for small batches.

They can guarantee 0.02 mm Roundness Accuracy; (0.02/300) mm Positioning Accuracy and 0.01 mm Repeatability.

 

Patent No. ZL2006 20200398.4

CNC M3		CNC M4
CNC M5		CNC M6

Version		Total Models
Quill	L - Linear;     B - Boxway
Spindle Type	F - Servo;     V - Variable Speed;    S - Step Pulley	60
Head Type	T - Turret;   F - Fix

  

CNC Milling Machines		CNC M3	CNC M4	CNC M5	CNC M6	CNC M6 Ex
Work Table	(mm x mm)	254 x 1270	254 x 1320	280 x 1370	306 x 1370
T Slot (N x Width x Pitch)	(mm x mm)	3 x 16 x 63		3 x 16 x 76	3 x 16 x 80
Max Table Load	Kg	250		300		350
X, Y Axis Cutting Feed Rate	mm/min	(0 - 2000)
X, Y Axis Rapid Feed Rate	mm/min	(0 - 7500)
Z Axis Feed Rate	mm/min	1150
Max X Travel	mm	700	720	740		750
Max Y Travel	mm	340	380	400	420
Max Z (Knee) Travel	mm	380	400	445	450
RAM Travel	mm	500
Spindle Speed	rpm	(80 - 5000)
Spindle Taper	Type	ISO 30		ISO 40
Spindle Travel	mm	100		120
Spindle Feed	mm/min	Cutting (0 - 2'000); Rapid (0 - (80 - 5'000)
Spindle Motor Power		(220/380/415/440) V; (50/60) Hz; 3.7 KW;
X, Y Axis Servomotor (Yaskawa)		1.2 KW; 6 Nm
Quil Servomotor (Yaskawa)		1.2 KW; 4 Nm
Positioning Accuracy	mm	0.02/300
Repeatability	mm	0.01
Machine Dimensions	m	1.9 x 1.9 x 2.35	2 x 1.9 x 2.45	2 x 2 x2.55	2 x 2.1 x 2.6
Net Weight	Kg	1,450	1,650	1,750	1,900	2,050

 

Fanuc 0i-Mate MC		esa Easson K3 CNC
Extended Saddle (CNC M6 only)		Spindle's Servomotor and Power Drawbar

Fix Type Head		Renishaw XL-80 laser measurement system.		Pre-loaded X and Y axis ballscrews.
CE Electrical Cabinets		High and low voltage cabinets reduce interference and avoid components overheat.