Horizontal machining center with reasonable layout

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A horizontal machining center is a machining center equipment with a horizontally arranged workbench and spindle. Compared with a vertical machining center, the workpiece is processed in the horizontal direction....

product details

A horizontal machining center is a machining center equipment with a horizontally arranged workbench and spindle. Compared with a vertical machining center, the workpiece is processed in the horizontal direction. This layout makes horizontal machining centers suitable for certain machining tasks and has some advantages in certain situations:

1. Uniform distribution of cutting force: Since the workpiece is processed in the horizontal direction in the horizontal machining center, the cutting force is relatively evenly distributed, which helps to reduce vibration and deformation during processing and improve processing quality.

2. Suitable for large workpieces: The horizontal machining center is suitable for processing large and heavy workpieces. Because the workpiece is placed on the workbench, it can effectively support the weight of the workpiece, reduce vibration and deformation, and improve processing accuracy.

3. Convenient for clamping and fixing: The workpiece of the horizontal machining center is placed on the horizontal workbench, which is convenient for clamping and fixing, and is easy to operate, which is beneficial to the stability and safety of the processing process.

4. More suitable for some special workpieces: Some special-shaped workpieces in horizontal machining centers, such as long strips, flat workpieces or workpieces with holes at the bottom, are more suitable for processing on horizontal machining centers.

5. Easy chip removal: During the processing of the horizontal machining center workpiece, the cutting chips can naturally fall from the bottom of the workpiece without affecting the processing process, improving the processing efficiency and the cleanliness of the working environment.

In general, horizontal machining centers have certain advantages when processing certain special-shaped workpieces, large workpieces, or when processing stability is required. However, the type of machining center needs to be selected based on the specific processing needs and workpiece characteristics. Reasonable choice.

Specifications/Models	Unit	WY10	WY15	WY20	WY25	WY30	WY40
Work content
Work surface size	MM	1200×1600	1700×800	2000×1200	2500×1400	3000×1400	4000×1400
X-axis travel	MM	1100	1600	2100	2600	3100	4200
Y-axis spindle box up and down travel (standard/optional)	MM	700/900	700/900	1000/1500	1000/1500	1500/2000	1500/2000
Z-axis column front and rear travel (standard, optional)	MM	800	800/1200	800/1200	800/1200	800/1200	800/1200
Distance from spindle center to worktable	MM	120-890	120-1120	120-1320	120-1820	120-1820	120-2120
Distance from spindle end face to worktable center	MM	130-1030	200-1200	400-1600	500-1700	500-1700	700-1700
Workbench slot width + T slot	MM	5-22	9-28	9-28	11-28	11-28	11-28
Workbench load-bearing	KG	1200	2500	3000	6000	10000	14000
Spindle and spindle specifications
Spindle taper hole	ISO	BT50-190	BT50-190	BT50-190	BT50-190	BT50-190	BT50-190
Spindle speed	RPM	4000/6000	4000/6000	4000/6000	4000/6000	4000/6000	4000/6000
Type A boring bar specification diameter (optional)	MM	/	110	110	130	130	130
Boring bar stroke Z1 (optional)	MM	/	550	550	550	550	550
Type B square ram specifications square type (optional)	MM	/	/	320	320	320	320
Square ram stroke Z2 (optional)	MM	/	/	600	600	600	600
T-shaped workbench (slot width * number of slots)	/	28*300	/	28*300	28*300	28*300	28*300
Feeding system
Shaft Ball Screw Specifications	MM	40/40/50	50/50/50	63/50/50	63/50/50	63/50/50	80/63/63
XYZ axis rapid movement speed	M/MIN	32.32.32	32.32.32	24.24.24	24.24.24	20.24.24	20.24.24
X/Z axis wire gauge specifications	MM	Roller 55/55	Roller 55/55	Roller 55/55	Roller 55/55	Roller 55/55	Roller 55/55
Y-axis wire gauge specifications	MM	Roller 55	Roller 55	Roller 45*4	Roller 45*4	Roller 45*4	Roller 45*4
Motor connection method	/	Direct	Direct	Direct connection + reducer	Direct connection + reducer	Direct connection + reducer	Direct connection + reducer
Main motor parameter marking/selection	KW	22/+reducer	22/+reducer	22/+reducer	22/+reducer	22/+reducer	22/+reducer
Axis positioning accuracy	MM	±0.005	±0.005	±0.005	±0.005	±0.005	±0.005
Axis item repeat positioning accuracy	MM	±0.003	±0.003	±0.003	±0.003	±0.003	±0.003
Minimum move value	MM	0.001	0.001	0.001	0.001	0.001	0.001
Oil and gas pressure system
Spindle box balancing system (vertical installation)	/	gas balance	gas balance	gas balance	gas balance	gas balance	gas balance
air pressure	KG/MM	6.5	6.5	6.5	6.5	6.5	6.5
coolant capacity	L	550	550	550	550	550	550
Lubricating oil capacity L	L	4	4	4	4	4	4
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
Number of tool magazines (optional)	T	24/32	24/32	24/32	24/32	24/32	24/32
Knife inventory structure (optional)	/	Chain plate type tool magazine	Chain plate type tool magazine	Chain plate type tool magazine	Chain plate type tool magazine	Chain plate type tool magazine	Chain plate type tool magazine
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
Tool changing time	MM	5.2	5.2	5.2	5.2	5.2	5.2
Maximum tool weight	KGS	18	18	18	18	18	18
Form factor
Weight approx.	T	9	13/15	16/18	22/24	24/26	32/34
Machine width	MM	3000	4000	5000	6500	7500	9700
Machine length	MM	4500	5500	5800	6300	6300	7300
Machine height (maximum)	MM	4100	4300	5000	5500	5500	6000
Machine tool mechanism	/	Inverted T shape	Inverted T shape	Inverted T shape	Inverted T shape	Inverted T shape	Inverted T shape
Chip removal method	/	Twin screw + chain plate	Twin screw + chain plate	Twin screw + chain plate	Twin screw + chain plate	Twin screw + chain plate	Twin screw + chain plate