Box Way Machining Center/Box Way Machining Tools/Box Way CNC Lathe

Product Description

CNC Machining Center
CNC Machining Tool
Box Way CNC Maching Center
Hard Guide CNC Machine Tool
Box Way Vertical Machining Center
For cutting
For milling
For drilling
For engraving
For turning
Multi-function
High efficiency, High Quality, High Hardness, High Stability
Low cost, Low noise, Low consumable, Less money
SuperImage YongShuo CNC Box Way Vertical Machining Centers can tackle your toughest applications. Our Box Way VMCs are equipped with high torque spindle motors and servo systems to allow for smoother, vibration-free cuts in your part. Our available machine construction options allow SuperImage YongShuo CNC to specify two through six box way guides on the X and Y-axis based on customer applications. SuperImage YongShuo CNC also offers an array of spindle options to meet customer tooling torque and cutting parameters based on current and future cutting tool technology.
For CNC machining center, the hard rails refer to the casting parts of the guide and the bed, then the guide rail is processed on the basis, that is, the shape of the guide rail is cast on the bed, and then the guideway formed after the quenching and grinding, and the bed and the guide rail are not necessarily integrated, such as the steel guide, which is connected to the bed after processing. Hard rail has good rigidity and fast track speed.
The CNC machining center of hard rail is mainly used for heavy cutting and mold. The rail is mainly used for light cutting and products. The weight of the cutting is also relative. The heavy cutting is matched with low speed, the light cutting is matched with the high speed, and the hard rails or line rails of the machine tools are adapted to the same processing requirements. The hard rails are more rigid and the line rail is faster than the speed.
The rigidity and spindle performance of YONGSHUO CNC machining center are greatly improved. The main casting of the machining center is made of the highest grade cast iron. The machine tool has good rigidity and convenient operation. It can perform vertical milling, drilling, expanding, boring and tapping. It has a wide range of applications. It is especially suitable for machining two or three dimensional concave convex models with complex shapes and complicated surfaces and surfaces. It is more suitable for the batch processing of parts in the enterprise production shop. It is suitable for the processing of small and medium small box, cover, plate, shell, plate and other parts of high precision mould, automobile, locomotive, aeronautics, aerospace, instrument, light industry and light textile, electronic instrument and machine manufacturing. It can perform vertical milling, drilling, expanding, boring and rigid tapping.
Main Application Areas:
Automobile manufacturing, spare parts processing;
Toy industry, parts processing and molding
Hardware and mechanical parts processing and rapid prototyping
Spare parts processing and rapid prototyping for electronic and electrical industry
Rapid prototyping and processing of building materials, ceramics and hardware industry
Widely used in the processing of small and medium small box, cover, plate, shell, plate and other parts of high precision mould, automobile, locomotive, aeronautics, aerospace, instrument, light industry and light textile, electronic instrument and machine manufacturing. It can perform vertical milling, drilling, expanding, boring and rigid tapping.
Main Machined Parts:
General type
Light industry
Aviation Industry
Boating Industry
Metallurgy
Instruments and Apparatus
Electric appliance
Stainless Steel Products
Steel structure building
Architectural decoration
Carpentry
Plastic
Aluminium parts
All general-purpose machine parts
Main Parameters Specification List:

TECHNICAL DATA	YS850	YS960	YS1060	YS1270	YS1370	YS1580	YS1890	YS1890B
Workbench Size(MM)	1050*500	1200*600	1300*600	1360*700	1400*710	1700*800	2000*900	2000*900
Process Distance In X-axis(MM)	800	900	1000	1200	1300	1500	1800	1800
Process Distance In Y-axis(MM)	500	600	600	700	700	800	900	900
Process Distance In Z-axis(MM)	550	600	600	600	650	700	680	800
Worktable to Spindle Nose(MM)	110-660	175-775	180-780	150-750	150-800	130-830	160-840	160-960
Spindle Center to Column Spacing	550	645	655	785	785	810	950	950
Max. Loading Weight(KG)	600	800	800	1000	1000	1500	1600	1600
T-Groove Width/Spacing(MM)	5-18*90	5-18*100	5-18*120	5-18*152.5	5-18*152.5	5-22*135	5-22*165	5-22*165
Range of Spindle Speed(RPM)	Continuously viable 8000/10000	Continuously viable 8000/10000	Continuously viable 8000/10000	8000	8000	8000	8000	8000
Cutter Handle Type	BT40	BT40	BT40	BT40/BT50	BT50	BT50	BT50	BT50
	Y-axis two-rail	Y-axis two-rail	Y-axis two-rail	Y-axis two-rail	Y-axis two-rail	Y-axis two-rail	Y-axis two-rail	Y-axis two-rail
Moving Speed(M/MIN)	14/14/12	14/14/12	14/14/12	2010/10/10	2010/10/10	2010/10/10	10/10/10	10/10/10
Cutting Feed Speed(M/MIN)	10	10	10	8	8	8	8	8
XYZ-axis Ball Screw Specification	4010	4010	4010	5010	5010	6310/5010	5512	5512
Principal Axis Motor(KW)	7.5	11	11	11/15	11/15	15/18.5	18.5	18.5
Tool Capacity	24 of Tool-Arm Type 20 of Turntable Style	24 of Tool-Arm Type 20 of Turntable Style	24 of Tool-Arm Type 20 of Turntable Style	24 of Tool-Arm Type 20 of Turntable Style	24 of Tool-Arm Type 20 of Turntable Style	24 of Tool-Arm Type 20 of Turntable Style	24 of Tool-Arm Type 20 of Turntable Style	24 of Tool-Arm Type 20 of Turntable Style
Floor Space(M)	2.7*2.4*2.7	3.1*2.7*2.7	3.3*2.7*2.7	3.6*2.9*2.8	3.8*2.9*2.9	4.3*3.1*3.2	4.5*3.2*3.3	4.5*3.2*3.5
Weight(T)	5.3	6.5	7.8	9.5	10.5	12.5	13.5	14