Vertical Machining Center CNC 5 Axis Metal Milling Machine VMC1580 manufacturer
| ITEM | UNIT | VMC1580 |
| Table Size | MM | 1600 X 800 |
| Max load | KGS | 1500 |
| T-Slot size | MM | 18 X 5 |
| X-axis | MM | 1500 |
| Y-axis | MM | 800 |
| Z-axis | MM | 700 |
| Spindle nose to table | MM | 170-870 |
| Spindle center to z axis guide surface | MM | 800 |
| Spindle taper | BT40-150(optional BT50) | |
| Spindle speed | RPM | 8000 |
| spindle motor power | KW | 11 |
| X Fast feed | M/MIN | 15 |
| Y Fast feed | M/MIN | 15 |
| Z Fast feed | M/MIN | 12 |
| cutting speed | MM/MIN | 1-5000 |
| X feed motor power | N | 28 |
| Y feed motor power | N | 28 |
| Z feed motor power | N | 28 |
| Types tool changers | Arm type tool changer ATC | |
| Capacity of tools | 24 | |
| Tool change time | S | 2.5 |
| Position Accuracy | MM | ±0.01 |
| Repeatability | MM | ±0.008 |
| machine size | MM | 4300 X 3200 X 3100 |
| weight | Kgs | 14000 |
| Linear guideways | Taiwan Hiwin linear type roller guideways ,
X and Z 6 set blocks X axis –55 Y axis —45*4 Z axis –55 |
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| Ball screw | Taiwan Hiwin C3 5012 ballscrews | |
To choose the right CNC milling machine processing center according to processing requirements, it is necessary to comprehensively consider factors such as part type, precision requirements, production batch, machine tool performance and budget. The following is a specific selection guide: 1. Clarify processing requirements A. Part type a) Simple plane/drilling parts (such as gaskets, nuts): […]
To judge whether the four-axis CNC machining center meets your processing needs, it is necessary to comprehensively evaluate the specific requirements of the processing task, the equipment performance parameters and the actual production scenario. The following are the detailed analysis steps: 1. Core elements with clear processing requirements A. Part geometric complexity a) Four-axis capability: […]
Using CNC milling machine processing center to accurately process complex parts requires comprehensive consideration of process planning, programming technology, equipment performance and quality control. The following are key steps and technical points: 1. Part analysis and process planning A. Drawing integrity check: confirm whether the views, dimensions, tolerances and technical requirements (such as surface roughness, […]
The four-axis CNC machining center is a key technology in modern manufacturing. It achieves more complex processing capabilities based on three-dimensional processing by adding a rotating axis (usually A-axis or B-axis). This equipment has shown significant advantages in improving production efficiency and has become the best investment for many companies to pursue efficient production, reduce […]
Before purchasing a four-axis CNC machining center, in order to ensure that you choose the most suitable equipment, you must understand the following five key factors: 1. Equipment performance and accuracy • Importance: The performance and accuracy of the equipment directly affect production efficiency and processing quality. • Inspection indicators: indicators such as positioning accuracy, […]
CNC milling machine processing center has a wide range of applications in aviation and automobile industries. The following are some specific application examples: 1. Aviation field 1) Aircraft engine blade processing a) Project background: Aircraft engine blades are key components of aircraft engines, and their manufacturing accuracy and quality directly affect the performance and life […]
Choosing the right tool is essential to improving the processing effect of CNC milling machines. Here are some specific selection strategies to help optimize the processing process and improve the processing quality: 1. Characteristics and types of tools There are many types of CNC milling machine processing tools, which are mainly divided into two categories: […]
The operation steps of CNC milling machine processing center usually include startup preparation, workpiece clamping, program input and verification, tool setting operation, processing process monitoring, post-processing and shutdown. The following is a detailed description of these steps: 1. Startup preparation A. Machine tool inspection: Check whether the lubricating oil pump at the rear of the […]
There are certain differences in structure and function between the pin tailstock and the disc tailstock on the fourth axis of the machining center. The selection of the appropriate tailstock type needs to be determined according to the specific processing requirements, workpiece characteristics and machining center configuration. The difference between the pin tailstock and the […]
