Vertical Machining Center VMC320U

 

For a long time, using a vertical lathe with manual control has been the norm of the machining industry. However, with technology advancements, computer numerical control (CNC) has come in to revolutionize the industry. The vertical lathe with CNC comes with immense benefits that make it the go-to tool for many professionals in the machining industry.

 

 

CNC Vertical Lathe is a computer-controlled machine tool that spins a workpiece on a vertical axis. It is typically used for large, heavy parts that cannot be achieved using other machines. The machine is designed to work with various materials, including metal, plastic, and wood to mention a few.

 

The CNC Vertical Lathe presents a user-friendly interface, making it easy to operate for both novice and expert users. It is equipped with an LCD screen that allows the operator to monitor the machine's status, including temperature, speed, and tool position. The equipment utilizes industry-standard software that may be accessed remotely through remote access.

 

The machine's primary parts include a base, column, crossbeam, tool holder, tool post, hydraulic system, electrical cabinet, and spindle. The spindle is the most crucial component of the machine, which revolves the workpiece and allows for various machining operations.

 

 

1. Increased Production Speed

One of the primary benefits of using the CNC Vertical Lathe machine is the increased production speed. The device's ability to operate multiple tasks simultaneously and seamlessly produces more parts in less time than conventional machining methods.

 

2. Precision and Accuracy

One of the most significant advantages of CNC-controlled vertical lathes is their accuracy and precision level. The use of high-end technology in CNC machines ensures that each cut is optimally precise and accurate, with minimal errors.

 

3. Reduced Scrap and Waste

CNC Vertical Lathes come with advanced software that optimizes material usage. This ensures fewer scraps and wastes and reduces the overall material cost, improving returns on investment.

 

4. Scalability and Flexibility

CNC Vertical Lathes are entirely programmable and flexible, capable of producing parts quickly, accurately, and cost-effectively. This makes them desirable for various applications, such as prototype production and small-batch production runs.

 

5. Reduced Labor Cost

CNC machines reduce the need for a highly skilled workforce, as most of the work is automated. This reduces the labor costs associated with conventional machining, increasing cost-effectiveness.

 

 

In conclusion, CNC Vertical Lathe has transformed the machining industry by increasing production speeds, precision, and accuracy while reducing waste, costs, and labor. The technology behind the CNC Vertical Lathe is constantly improving, with new developments always emerging. With this machine, machinists can handle large, heavy parts with ease and professionalism. CNC machining has become essential in today's fast-paced manufacturing environments, and CNC Vertical Lathes are leading the way.

 

Model	VMC650	VMC840	VMC850	VMC855	VMC966
Table size (mm)	1000X400	1000X400	1000X500	1000X550	1100X550
Allowable maximum load (Kg)	400	300	500	500	600
X-axis travel (mm)	650	800	800	800	900
Y-axis travel (mm)	400	400	500	550	600
Z-axis travel (mm)	550	550	500	550	600
T-slot	3-18-120	3-18-140	5-18-108	5-18-90	5-18-100
Distance from spindle center to Z-axis rail surface (mm)	485	445	552	590	663
Distance from spindle end face to work table (mm)	100-650	100-650	110-610	120-670	100-700
Spindle taper	BT40-120	BT40-120	BT40-140	BT40-150	BT40-150
Spindle speed (r/min)	8000	8000	8000	8000	8000
X/Y/Z rapid movement (m/min)	48/48/48	30/30/18	48/48/48	48/48/48	48/48/48
Machine weight (Kg)	3800	3200	5300	5500	5600

 

Model	VMC1050	VMC1160	VMC1165	VMC1265	VMC1370	VMC1580
Table size (mm)	1200X420	1200X600	1200X600	1200X600	1400X700	1700X800
Allowable maximum load (Kg)	500	800	800	800	800	1500
X-axis travel (mm)	1000	1100	1100	1200	1300	1500
Y-axis travel (mm)	500	600	650	650	700	800
Z-axis travel (mm)	550	600	650	650	750	700
T-slot	5-18-100	5-18-100	5-18-100	5-18-100	5-18-130	5-22-135
Distance from spindle center to Z-axis rail surface (mm)	575	650	710	710	713	855
Distance from spindle end face to work table (mm)	100-650	120-720	120-720	120-770	120-870	160-860
Spindle taper	BT40-150	BT40-150	BT40-150	BT40-150	BT40-150	BT50-155
Spindle speed (r/min)	8000	8000	8000	8000	8000	6000
X/Y/Z rapid movement (m/min)	18/18/18	36/36/24	36/36/36	36/36/36	24/24/24	24/24/18
Machine weight (Kg)	5500	6500	6800	7000	8000	12000

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