Availability: | |
---|---|
Quantity: | |
A CNC vertical milling machining center is a commonly used machine equipment widely used in various fields of manufacturing. According to different processing requirements and work specifications, the model and size of CNC vertical machining centers also vary. Generally speaking, the model of the CNC vertical machining center indicates its maximum machining capacity and accuracy level.
CNC vertical machining center VMC855 mainly used in automobile industry, construction machinery industry, general machinery industry and other typical industries.
Specification:
Model | Unit | VMC855 |
CNC controller | FANUC 0i-MF(PLUS) | |
Main motor power | KW | 7.5/11KW |
3-Axis motor | KW | 2.0/2.0/3.0 |
X-axis travel | mm | 800 |
Y-axis travel | mm | 550 |
Z-axis travel | mm | 550 |
Distance from spindle noseto table surface | mm | 120-720 |
Worktable size | mm | 1000*500 |
Max.loading weight of worktable | kgs | 600 |
T-slot | mm | 5 x 18 x 100 |
Spindle speed | rpm | 8000 |
Spindle taper | BT40 | |
Spindle diameter | mm | 150 |
Spindle transmission | belt | |
Rapid feeding X/Y/Z | m/min | 48/48/36 |
Cutting feeding X/Y/Z | mm/min | 1~10000 |
Width of guideway | mm | 35/45/45 |
Diameter of screw | mm | 40/40/40 |
Positioning accuracy | mm | ±0.005 |
Reproducibility accuracy | mm | ±0.004 |
ATC capacity | 24T | |
Automatic tool change tool size | mm | 85 |
Max. tool size | mm | 150 |
Max. Tool length | mm | 350 |
Max. Tool weight | kg | 7 |
Time of tool changing | s | 2 |
Machine weight | kg | 5800 |
Overall dimension | mm | 2700*2400*2650 |
Standard accessories:
(1) FANUC 0I MF (PLUS)CNC system (10.4 LCD Color Screen and Operation Panel)
(2) Full type cover
(3) Guide rail form - Three axis roller guide rail
(4) Manual pulse generator: handwheel
(5) Three axis telescopic sheet metal
(6) Automatic lubrication system
(7) Electric control box heat exchanger
(8) Chip coolant cooling system
(9) Spindle side blowing function
(10) Spindle air curtain protection function
(11) Extra large water tank
(12) LED work light+LED tricolor light
(13) 20KVA transformer
(14) warning light
(15) Precision Inspection Report
(16) System Maintenance Manual
(17) System Program Operation Manual
(18) Rear flushing chip collection system
Daily maintenance of CNC milling machining centers:
After running for a certain period of time, some components of each CNC vertical machining center are inevitably damaged or malfunctioning. In order to reduce the abnormal wear and tear of the machine tool, extend the service life of the components as much as possible, and effectively avoid the occurrence of sudden failures, especially malignant accidents; It is necessary to carry out daily maintenance and upkeep of the CNC vertical machining center to maintain its equipment in good working condition, reduce the aging process of the equipment, timely detect and eliminate hidden faults, and ensure safe operation. It is necessary to ensure the safe operation and maintenance of CNC vertical machining centers, which is one of the key factors for the correct use of CNC equipment.
1. In order to improve the service life of CNC vertical machining center companies, it is generally necessary to avoid direct sunlight and other thermal radiation, and to avoid humid environments, excessive dust, or corrosive gases. We also need to keep precision CNC vertical milling machining centers away from equipment with high vibrations, such as punching machines, forging equipment, etc.
2. Good power supply guarantee. In order to avoid large fluctuations in power supply (greater than ± 10%) and possible instantaneous interference signals, CNC equipment generally needs to use dedicated power supply (such as separating one circuit from the low-voltage distribution room for use by CNC machine tools). It is also necessary to install voltage stabilizing devices, which can reduce the impact of power supply quality and electrical interference.
3. Develop effective operating procedures. In terms of the use and management of CNC vertical machining center, a series of practical and effective operating procedures should be developed. For example, lubrication, maintenance, reasonable use, and standardized handover system are the main contents of the enterprise's use and management of CNC machining center. Developing and adhering to operating procedures is one of the important measures to ensure the safe operation of CNC machine tools. Practice has proven that most malfunctions can be reduced and avoided by following operating procedures.
4. CNC Vertical machining centers should not be sealed for a long time. After purchasing a CNC vertical machining center, it should be used in a timely manner, especially after one year of use. Weak links that are prone to malfunctions can be exposed, which can be eliminated during the manufacturer's warranty period. During processing, try to minimize the opening and closing of the CNC machine spindle, which can reduce wear on components such as clutches and gears. If there is no machining task for a long time, the CNC vertical milling machining center should also be powered on regularly. It is good to power on 1-2 times a week, and run for about 1 hour each time. This can use the heat generated by the machine tool itself to reduce the humidity inside the machine, avoid damage to electronic components due to moisture, and also timely send an alarm for insufficient battery power to prevent the loss of set parameters in the system.
5. Strictly follow the operating procedures and daily maintenance regulations. Operators of CNC vertical machining centers must strictly follow the operating procedures and daily maintenance regulations. The technical level and quality of operators are important factors affecting the frequency of equipment failures. When the machine tool malfunctions, the operator should pay attention to keeping the scene and truthfully explain the situation to the maintenance personnel, in order to analyze and diagnose the cause of the malfunction and eliminate it in a timely manner.
6. To prevent dust and dirt from entering the interior of the CNC device, there is generally oil mist, dust, and even metal powder in the air of the processing workshop. Once they fall on the circuit board or electronic components in the CNC system, it is easy to cause a decrease in insulation resistance between components, and even damage to components and circuit boards.
7. To prevent system overheating, it is necessary to check whether the cooling fans on the CNC cabinet are working properly. The air duct filter should be checked regularly every six months or every quarter to see if there is any blockage. If there is too much dust accumulation on the filter screen, it should be cleaned in a timely manner, otherwise it may cause the temperature inside the CNC cabinet to be too high.
A CNC vertical milling machining center is a commonly used machine equipment widely used in various fields of manufacturing. According to different processing requirements and work specifications, the model and size of CNC vertical machining centers also vary. Generally speaking, the model of the CNC vertical machining center indicates its maximum machining capacity and accuracy level.
CNC vertical machining center VMC855 mainly used in automobile industry, construction machinery industry, general machinery industry and other typical industries.
Specification:
Model | Unit | VMC855 |
CNC controller | FANUC 0i-MF(PLUS) | |
Main motor power | KW | 7.5/11KW |
3-Axis motor | KW | 2.0/2.0/3.0 |
X-axis travel | mm | 800 |
Y-axis travel | mm | 550 |
Z-axis travel | mm | 550 |
Distance from spindle noseto table surface | mm | 120-720 |
Worktable size | mm | 1000*500 |
Max.loading weight of worktable | kgs | 600 |
T-slot | mm | 5 x 18 x 100 |
Spindle speed | rpm | 8000 |
Spindle taper | BT40 | |
Spindle diameter | mm | 150 |
Spindle transmission | belt | |
Rapid feeding X/Y/Z | m/min | 48/48/36 |
Cutting feeding X/Y/Z | mm/min | 1~10000 |
Width of guideway | mm | 35/45/45 |
Diameter of screw | mm | 40/40/40 |
Positioning accuracy | mm | ±0.005 |
Reproducibility accuracy | mm | ±0.004 |
ATC capacity | 24T | |
Automatic tool change tool size | mm | 85 |
Max. tool size | mm | 150 |
Max. Tool length | mm | 350 |
Max. Tool weight | kg | 7 |
Time of tool changing | s | 2 |
Machine weight | kg | 5800 |
Overall dimension | mm | 2700*2400*2650 |
Standard accessories:
(1) FANUC 0I MF (PLUS)CNC system (10.4 LCD Color Screen and Operation Panel)
(2) Full type cover
(3) Guide rail form - Three axis roller guide rail
(4) Manual pulse generator: handwheel
(5) Three axis telescopic sheet metal
(6) Automatic lubrication system
(7) Electric control box heat exchanger
(8) Chip coolant cooling system
(9) Spindle side blowing function
(10) Spindle air curtain protection function
(11) Extra large water tank
(12) LED work light+LED tricolor light
(13) 20KVA transformer
(14) warning light
(15) Precision Inspection Report
(16) System Maintenance Manual
(17) System Program Operation Manual
(18) Rear flushing chip collection system
Daily maintenance of CNC milling machining centers:
After running for a certain period of time, some components of each CNC vertical machining center are inevitably damaged or malfunctioning. In order to reduce the abnormal wear and tear of the machine tool, extend the service life of the components as much as possible, and effectively avoid the occurrence of sudden failures, especially malignant accidents; It is necessary to carry out daily maintenance and upkeep of the CNC vertical machining center to maintain its equipment in good working condition, reduce the aging process of the equipment, timely detect and eliminate hidden faults, and ensure safe operation. It is necessary to ensure the safe operation and maintenance of CNC vertical machining centers, which is one of the key factors for the correct use of CNC equipment.
1. In order to improve the service life of CNC vertical machining center companies, it is generally necessary to avoid direct sunlight and other thermal radiation, and to avoid humid environments, excessive dust, or corrosive gases. We also need to keep precision CNC vertical milling machining centers away from equipment with high vibrations, such as punching machines, forging equipment, etc.
2. Good power supply guarantee. In order to avoid large fluctuations in power supply (greater than ± 10%) and possible instantaneous interference signals, CNC equipment generally needs to use dedicated power supply (such as separating one circuit from the low-voltage distribution room for use by CNC machine tools). It is also necessary to install voltage stabilizing devices, which can reduce the impact of power supply quality and electrical interference.
3. Develop effective operating procedures. In terms of the use and management of CNC vertical machining center, a series of practical and effective operating procedures should be developed. For example, lubrication, maintenance, reasonable use, and standardized handover system are the main contents of the enterprise's use and management of CNC machining center. Developing and adhering to operating procedures is one of the important measures to ensure the safe operation of CNC machine tools. Practice has proven that most malfunctions can be reduced and avoided by following operating procedures.
4. CNC Vertical machining centers should not be sealed for a long time. After purchasing a CNC vertical machining center, it should be used in a timely manner, especially after one year of use. Weak links that are prone to malfunctions can be exposed, which can be eliminated during the manufacturer's warranty period. During processing, try to minimize the opening and closing of the CNC machine spindle, which can reduce wear on components such as clutches and gears. If there is no machining task for a long time, the CNC vertical milling machining center should also be powered on regularly. It is good to power on 1-2 times a week, and run for about 1 hour each time. This can use the heat generated by the machine tool itself to reduce the humidity inside the machine, avoid damage to electronic components due to moisture, and also timely send an alarm for insufficient battery power to prevent the loss of set parameters in the system.
5. Strictly follow the operating procedures and daily maintenance regulations. Operators of CNC vertical machining centers must strictly follow the operating procedures and daily maintenance regulations. The technical level and quality of operators are important factors affecting the frequency of equipment failures. When the machine tool malfunctions, the operator should pay attention to keeping the scene and truthfully explain the situation to the maintenance personnel, in order to analyze and diagnose the cause of the malfunction and eliminate it in a timely manner.
6. To prevent dust and dirt from entering the interior of the CNC device, there is generally oil mist, dust, and even metal powder in the air of the processing workshop. Once they fall on the circuit board or electronic components in the CNC system, it is easy to cause a decrease in insulation resistance between components, and even damage to components and circuit boards.
7. To prevent system overheating, it is necessary to check whether the cooling fans on the CNC cabinet are working properly. The air duct filter should be checked regularly every six months or every quarter to see if there is any blockage. If there is too much dust accumulation on the filter screen, it should be cleaned in a timely manner, otherwise it may cause the temperature inside the CNC cabinet to be too high.