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Product Description

High-rigidity, high-precision structural design
● The columns are designed with an “A‑frame” cross‑span configuration to ensure chip‑removal rigidity in the Z‑axis direction.
● Y-axis guide rails with a large span and golden ratio design ensure stable center of gravity under heavy loads.
● The three axes are equipped with machine‑tool‑specific imported precision angular contact bearings, ensuring optimal power transmission.

● The lead screw employs a ground-grade-3 ball screw with built-in preload, offering low start-up torque and high‑efficiency power transmission. Combined with optimized preloading, it achieves zero backlash and exceptional rigidity.
● Imported high‑grade linear guide rails offer high positioning accuracy and minimal wear, ensuring long‑term precision; they are suitable for high‑speed cutting operations and significantly reduce the required drive power.

Keywords:

Vertical machining center

Energy equipment

Automobile manufacturing

Aerospace

Mold manufacturing

Electronic Information

Medical device

General Machinery

Customized Solutions

Vertical Machining Center – Heavy-Duty

● The columns are designed with an “A‑frame” cross‑span configuration to ensure chip‑removal rigidity in the Z‑axis direction.
● Y-axis guide rails with a large span and golden ratio design ensure stable center of gravity under heavy loads.
● The three axes are equipped with machine‑tool‑specific imported precision angular contact bearings, ensuring optimal power transmission.
● The lead screw employs a ground-grade-3 ball screw with built-in preload, offering low start-up torque and high‑efficiency power transmission. Combined with optimized preloading, it achieves zero backlash and exceptional rigidity.
● Imported high‑grade linear guide rails offer high positioning accuracy and minimal wear, ensuring long‑term precision; they are suitable for high‑speed cutting motions and significantly reduce the required drive power.

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Specific parameters

Name	Unit	FA-855	FA-1380	FA-1580	FA-1890
Itinerary
X/Y/Z travel	mm	800550550	1300800800	1500800800	1800900800
Spindle center to column guideway Surface distance	mm	640	870	850	920
Distance from the spindle face to the table surface	mm	120-670	200-1000	200-1000	200-1000
Workbench
Worktable dimensions	mm	1000*550	1500*800	1700*800	2000*900
Workbench load capacity	kilogram	600	1200	1500	2200
Worktable T-slot (dimensions × number of slots × spacing)	mm	18580	225125	225125	225150
Spindle
Rotational speed	rpm	10,000 (optional) 12000/15000)	6000	6000	6000
Spindle taper	#	BT40 (optional BBT40/HSK-A63)	BT50 (optional HSK-A63)	BT50 (optional HSK-A63)	BT50 (optional HSK-A63)
Transmission method		Belt/Direct Drive	Belt	Belt	Belt
Feed
Three-axis chip feed	mm/mim	1-10000		1-8000
Three-axis rapid feed	mm/mim	36		20
Precision
Positioning accuracy	mm	±0.005/300	±0.005/300	±0.005/300	±0.005/300
Repeatability of positioning accuracy	mm	±0.003/300	±0.003/300	±0.003/300	±0.003/300
Tool-changing system
Number of tools	PSC	24	24	24	24
Maximum tool weight	kilogram	7	18	18	18
Maximum tool length	mm	300	300	300	300
Tool diameter (full‑cut / edge‑clearance)	mm	80/150	112/200	112/200	112/200
Tool magazine type		Disc-type	Disc-type	Disc-type	Disc-type
CNC system
Control system			FANUC 0I-MF Plus / Mitsubishi M80
Spindle motor power	KW	11/18.5	11/15	15/18.5	15/18.5
Three-axis motor power	kw	3.0/3.0/3.0	3.0/3.0/3.0	3.0/3.0/3.0	3.0/3.0/3.0
Other
Atmospheric pressure	bar	0.6	0.6	0.6	0.6
Electricity demand	what	35	35	45	45
Overall machine weight	kilogram	6000	9000	11000	18000

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Leveraging the technological heritage of China’s machine tool industry and aligning with international market demands, the company is committed to providing precision machining solutions to customers worldwide. Its products are exported to more than 20 countries and regions, including Southeast Asia, Europe, and South America.