What should be considered when choosing a CNC vertical lathe?

When choosing a CNC vertical lathe, you need to consider the following:

What workpieces can CNC vertical lathe process?

CNC vertical lathe can process various types of workpieces, including but not limited to the following:

What does a CNC vertical lathe consist of?

CNC vertical lathe is a kind of automatic processing equipment, which consists of multiple components. The following are the main components of CNC vertical lathe:

How to choose the precision of CNC vertical lathe?

The following factors should be considered when selecting the accuracy of CNC vertical lathe:

What is the difference between a double-column CNC vertical lathe and a single-column CNC vertical lathe?

Double-column CNC vertical lathe and single-column CNC vertical lathe are two common CNC vertical lathes, and they have some differences in structure and function. Here are their main differences:

What is a CNC vertical lathe for brake disc machining?

Brake disc machining CNC vertical lathe is a specially designed CNC machine tool for machining key components of brake devices such as brake discs or brake drums. The brake disc is an important part of the vehicle braking system, which is used to transmit the braking force and provide frictional resistance to slow down or stop the vehicle. In order to ensure the safety and reliability of the brake disc during the working process, high-precision machining is required.

What are the factors that affect the accuracy of CNC vertical lathe?

There are many factors that affect the accuracy of CNC vertical lathe, the following are some of the main factors:

How to choose CNC vertical lathe?

The following key factors need to be considered when purchasing a CNC vertical lathe:

What impact does the environment have on CNC vertical lathes?

Environmental factors can have a certain impact on the performance and operation of CNC vertical lathes. The following are some common environmental factors and their impact on CNC vertical lathes:

How to maintain CNC vertical lathe?

Maintenance of CNC vertical lathe is an important measure to ensure its performance and life. The following are some common CNC vertical lathe maintenance methods:

What should be paid attention to when CNC vertical lathes are positioned and clamped?

There are several important considerations to consider when using a CNC vertical lathe for workpiece positioning and setup:

A Brief Introduction To Vertical Machining Centers

Vertical machining center refers to the machining center with the spindle axis and the table set perpendicularly, which is mainly suitable for processing complex parts such as plates, discs, molds and small shells. Vertical machining centers can perform milling, boring, drilling, tapping and cutting threads. The vertical machining center is at least three-axis two-linkage, and generally three-axis three-linkage. Some can be controlled by five or six axes. The height of the column of the vertical machining center is limited, and the processing range of the box workpiece should be reduced, which is the disadvantage of the vertical machining center.

Vertical Machining Centers Are Classified According To Them

Classified according to rails According to the form of each axis guide rail of the vertical machining center, it can be divided into hard rail and line rail. Hard rails are suitable for heavy cutting, and wire rail movements are more sensitive. Classification according to rotational speed The spindle speed of the vertical machining center is 6000-15000rpm for low-speed type, and the high-speed type above 18000rpm. Classified according to structure According to the bed structure of the vertical machining center, it can be divided into C type and gantry type.

How Does A Vertical Machining Center Work?

In the material processing site, people attach great importance to processing equipment, the application of traditional processing methods usually needs to go through complex operating procedures, require a large number of personnel to complete the processing process, although it can also complete the production task, but with the improvement of processing efficiency requirements in various industries, in order to improve the work progress, to complete the processing task in the shortest time, it is necessary to start from the adjustment of equipment and operation mode, so now many processing sites will pay attention to the application of vertical machining centers.

What Are The Advantages Of Vertical Machining Centers?

The vertical machining center has a higher static and dynamic style. Vertical machining centers are more efficient than conventional machine tools, which requires measures to significantly reduce the machining time of individual parts. The compression time includes two aspects: on the one hand, the development of new tool materials, such as the exponential increase in cutting speed, greatly restores the official cutting time; On the other hand, the operation is modified with an automatic tool change system, which greatly reduces the auxiliary time. These measures have greatly improved production efficiency and achieved good economic benefits, but the design structure has also significantly increased the load of machine tools and machining centers, considering these, so its basic large parts usually adopt a closed box structure, reasonable arrangement of reinforcement plates and reinforcement parts to effectively contact En, Jingen. In addition, adjusting the quality of the parts may change the natural vibration frequency of the system, and increasing the damping can improve the damping characteristics of the machine tool, which is an effective measure to improve the dynamic behavior of the machine tool.