High Speed PHD2016 Gantry Movable CNC Plate Steel Drilling and Milling Machine

High Speed PHD2016 Gantry Movable CNC Plate Steel Drilling and Milling Machine About

Specificationsi14

Workpiece size	LxW	2000x1600mm
	Gantry height	600 mm
Workbench	T-slot width	28mm
Drilling power head	Qty.	1
	Spindle taper	BT40
	Max.drilling diameter	I40 mm
	Max.thickness	100 mm
	Tapping diameter	M3-M24
	Spindle speed	303000 r/min
	Servo spindle motor power	11kW/15kW
	Distance from the lower end of the spindle to the worktable	200-600mm
Lateral movement of power head (X axis)	Max.horizontal stroke	1600 mm
	Lateral movement speed	08 r/min
	Servo motor power for lateral movement	2.4kW
Gantry longitudinal movement (Y axis)	Max. feed stroke	2000 mm
	Feed moving speed	08 m/min
	Feed servo motor power	2x2.4kW
Vertical ram feed motion (Z axis)	Max. stroke	400 mm
	Moving speed	08 m/min
	Servo motor power	2.4kW (Brake)
Three-axis positioning accuracy	X/Y/Z/A/B/C	0.015/1000mm
Three-axis repeat positioning accuracy	X/Y/Z/A/B/C	0.01/1000mm
Machine weight	/	About 11T
Overall size	LxWxH	5300x3400x2700 mm

Precision Engineering for Industrial Efficiency

Engineered with high positioning accuracy and repeatability, the PHD2016 Gantry Movable CNC Machine delivers precise drilling and milling on steel plates for industrial applications. Its robust gantry structure and servo motor drive offer both rigidity and stability, ensuring consistent results and reduced error margins in large-scale production environments.


Advanced Automation and Control

Equipped with a CNC controller (Siemens, Fanuc, or equivalent) and a fully automatic operation setup, this machine streamlines complex plate processing tasks. Features such as hydraulic clamping, automatic lubrication, and PLC control simplify workflow, maximizing productivity while minimizing manual intervention.


Superior Cooling and Lubrication Systems

To guarantee optimal performance and extended machine life, the PHD2016 utilizes automatic water-cooling and lubrication for spindle and moving parts. These systems maintain ideal operating temperatures and reduce wear, ensuring reliable high-speed machining, even on thick steel materials.