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High speed horizontal machining center

The high-speed horizontal machining center is a CNC machining equipment with high-efficiency processing capabilities....

Product Introduction

The high-speed horizontal machining center is a CNC machining equipment with high-efficiency processing capabilities. Its spindle is set horizontally, generally equipped with three to five coordinate axes, and a rotary axis (or rotary workpiece table). Its spindle speed can reach higher values to meet the needs of efficient processing.

High-speed horizontal machining centers are widely used in many industrial fields, such as automobile manufacturing, aerospace industry, electronic communications industry and mold manufacturing industry. In the automobile manufacturing industry, high-speed horizontal machining centers can be used to process key components such as automobile engine blocks and body structural parts. In the aerospace industry, high-speed horizontal machining centers can meet the demand for high-precision machining of parts. In the electronic communications industry, high-speed horizontal machining centers can process parts such as housings and guide rails of electronic equipment to ensure product quality and process requirements. In the mold manufacturing industry, the multi-axis machining capabilities of high-speed horizontal machining centers make them ideal for manufacturing complex molds.

In general, high-speed horizontal machining centers play an important role in modern manufacturing. With their advantages of efficient processing, time-saving, multi-functionality and flexibility, they promote the improvement of product quality and production efficiency. promote. With the continuous advancement of technology and the expansion of application fields, high-speed horizontal machining centers will play an important role in more fields.

Please note that specific speed values may vary based on different device models and specifications. When selecting a high-speed horizontal machining center, you need to consider factors such as the equipment's processing capacity, efficiency, accuracy, and stability based on actual needs, and refer to key parameters such as the equipment's spindle power and maximum speed.

Specifications/model	Unit	WH50A	WH50B	WH63A	WH63B	WH75A	WH75B	WH80A	WH80B	WH100A	WH100B
Work content
Work surface size (optional)	MM	500×500	500×500	630×630	630×630	750×750	750×750	800×800	800×800	1000×1000	1000×1000
Workbench indexing (standard)	°C	0.001	0.001	1	1	1	1	1	1	1	1
Customized workbench (optional)	°C	1/5/90	1/5/90	0.001/5/90	0.001/5/90	0.001/5/90	0.001/5/90	0.001/5/90	0.001/5/90	0.001/5/90	0.001/5/90
Maximum rotation diameter of worktable	MM	700	700	1300	1300	1400	1400	1600	1600	1900	1900
X-axis travel	MM	700	700	1050	1050	1300	1300	1300	1300	1600	1600
Y-axis travel (headstock moves up and down)	MM	600	600	770	770	1000	1000	1000	1000	1200	1200
Z-axis travel	MM	600	600	900	900	950	950	1000	1000	1200	1200
Distance from spindle center to worktable	MM	110-190	110-190	120-890	120-890	120-1120	120-1120	120-1120	120-1120	120-1320	120-1320
Distance from spindle end face to worktable center	MM	200-800	200-800	170-1070	170-1070	250-1200	250-1200	300-1300	300-1300	400-1600	400-1600
Workbench (slot width*number of slots)	MM	3-14	3-14	5-22	5-22	5-22	5-22	9-24	9-24	9-24	9-24
Threaded hole (optional)	MM	24-M14	24-M14	24-M16	24-M16	24-M16	24-M16	24-M16	24-M16	24-M16	24-M16
Workbench load-bearing capacity (per block)	KG	600	600	1200	1200	1700	1700	2100	2100	3200	3200
Spindle and spindle box specifications
Spindle taper hole	ISO	BT50-150	BT50-150	BT50-190	BT50-190	BT50-190	BT50-190	BT50-190	BT50-190	BT50-190	BT50-190
Spindle belt speed (standard/optional)	RPM	6000	6000	4000, 6000	4000, 6000	4000, 6000	4000, 6000	4000, 6000	4000, 6000	4000, 6000	4000, 6000
Transmission gearbox ratio (optional)	N	/	/	1:1/1:4	1:1/1:4	1:1/1:4	1:1/1:4	1:1/1:4	1:1/1:4	1:1/1:4	1:1/1:4
Electric spindle HSK (optional)	HSK	A63	A63	A100	A100	A100	A100	A100	A100	A100	A100
Electric spindle speed	RPM	18000	18000	15000	15000	15000	15000	15000	15000	15000	15000
Feeding system
Shaft Ball Screw Specifications	MM	40/40/40	40/40/40	40/40/50	40/40/50	50/50/50	50/50/50	50/50/50	50/50/50	63/63/63	63/63/63
X/Y/Z axis rapid movement speed	M/MIN	32/24/24	32/24/24	24/24/20	24/24/20	24/24/20	24/24/20	24/24/20	24/24/20	16/16/12	16/16/12
B-axis rapid movement speed	M/MIN	B:15	B:15	B:10	B:10	B:10	B:10	B:10	B:10	B:10	B:10
X/Y/Z axis rail specifications	MM	Roller 45/45/45	Roller 45/45/45	Roller 55/55/55	Roller 55/55/55	Roller 55/55/55	Roller 55/55/55	Roller 55/55/55	Roller 55/55/55	Roller 55/55/55	Roller 55/55/55
Motor connection method	/	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct
Main motor parameters	KW	11	11	18.5	18.5	twenty two	twenty two	twenty two	twenty two	twenty two	twenty two
X/Y/Z axis motor power	NM	22/22/22B	22/22/22B	30/40/30B	30/40/30B	30/40/30B	30/40/30B	40/40/30B	40/40/30B	40/40/30B	40/40/30B
B-axis motor power	NM	B:8	B:8	B:12	B:12	B:22	B:22	B:22	B:22	B:30	B:30
Axis positioning accuracy	MM	0.01	0.01	0.012	0.012	0.012	0.012	0.013	0.013	0.015	0.015
Axis item repeat positioning accuracy	MM	0.005	0.005	0.005	0.005	0.005	0.005	0.006	0.006	0.006	0.006
BPositioning accuracy	SEC	10"	10"	10"	10"	10"	10"	10"	10"	10"	10"
B Repeat positioning accuracy	SEC	3"	3"	3"	3"	3"	3"	3"	3"	3"	3"
Minimum move value	MM	0.001	0.001	0.001	0.001	0.001	0.001	0.001	0.001	0.001	0.001
Oil and gas pressure system
air pressure	KG/MM	6.5	6.5	6.5	6.5	6.5	6.5	6.5	6.5	6.5	6.5
coolant capacity	L	450	450	550	550	600	600	650	650	750	750
Lubricating oil capacity L	L	4	4	4	4	4	4	4	4	4	4
Total power capacity	KVA	35	37	40	42	45	47	45	47	45	45
Toolholder/Tool Magazine System (specify when ordering)
Tool magazine structure	/	Disc knife arm type	Disc knife arm type	Disc knife arm type	Disc knife arm type	Disc knife arm type	Disc knife arm type	Disc knife arm type	Disc knife arm type	Disc knife arm type	Disc knife arm type
Number of tool magazines (optional)	T	24, 32, 40	24, 32, 40	24, 32, 40	24, 32, 40	24, 32, 40	24, 32, 40	24, 32, 40	24, 32, 40	24, 32, 40	24, 32, 40
Knife inventory structure (optional)	/	Chain plate type	Chain plate type	Chain plate type	Chain plate type	Chain plate type	Chain plate type	Chain plate type	Chain plate type	Chain plate type	Chain plate type
Number of tool magazines	T	40/50/60/80	40/50/60/80	40/50/60/80	40/50/60/80	40/50/60/80	40/50/60/80	40/50/60/80	40/50/60/80	40/50/60/80	40/50/60/80
Tool changing time T	SEC	3.8/5.2	3.8/5.2	3.8/5.2	3.8/5.2	3.8/5.2	3.8/5.2	3.8/5.2	3.8/5.2	3.8/5.2	3.8/5.2
Maximum tool weight (optional) KGS	8/10	8/10	15/18	15/18	15/18	15/18	15/18	15/18	15/18	15/18	15/18
Maximum tool/adjacent tool clearance diameter	MM	φ110/φ200	φ110/φ200	φ110/φ200	φ110/φ200	φ110/φ200	φ110/φ200	φ110/φ200	φ110/φ200	φ110/φ200	φ110/φ200
Form factor
Weight approx.	KG	5.5	6.5	12.5	15.5	14	17	18.5	22.5	19.5	19.5
Machine length	MM	3500	4800	4800	6100	5100	7000	5350	7200	5300	5300
Machine width	MM	3100	3300	3400	4150	4200	5500	4200	5680	4500	4500
Machine height (maximum)	MM	3200	3200	3400	4550	4400	4400	4400	4400	4700	4700
Machine tool structure	/	Positive T shape	Positive T shape	Inverted T shape	Inverted T shape	Inverted T shape	Inverted T shape	Inverted T shape	Inverted T shape	Inverted T shape	Inverted T shape
Chip removal method	/	Twin screw rear row	Twin screw rear row	Twin screw single chain plate	Twin screw single chain plate	Twin screw single chain plate	Twin screw single chain plate	Twin screw single chain plate	Twin screw single chain plate	Twin screw single chain plate	Twin screw single chain plate