Knowledge

In the CNC lathe processing industry, lathes are one of the core equipment, and in the efficient production process, the chip removal problem of lathes is often not to be ignored. If metal chips are not handled properly, it will not only affect the processing accuracy, but also may damage the tool and even affect the service life of the equipment. At this time, the role of the lathe equipped with a chip conveyor is particularly important!

Lathe plus flying cutter is a practical technical transformation solution for the CNC lathe industry, which can achieve "one machine for multiple uses" at a very low cost.

In modern manufacturing, improving production efficiency, reducing labor costs, and optimizing processing procedures are the goals that companies are constantly pursuing. For CNC lathes, installing a feeder is an effective way to not only greatly improve the level of automation, but also ensure the stability and consistency of processing. SZGH provides high-performance CNC lathes and supports the integration of automatic feeders to help customers move towards a smarter and more efficient production model.

During the cutting process of the lathe, the tool and the workpiece will generate high temperature due to friction and cutting. The coolant can quickly take away the heat, prevent the tool from overheating, extend its service life, and prevent the workpiece from deformation due to high temperature.

Lathe can add different accessories and configurations, which can expand the types of products that can be processed

The lathe can add a variety of accessories according to different processing requirements and application scenarios to improve its functionality and production efficiency

CNC lathes use a single point cutting tool to remove material from a rotating workpiece and shape it to desired specifications. CNC lathes increase the speed and precision of finished product manufacturing compared to manual lathes.

A complete CNC milling machine usually consists of several key components, each of which has its specific function and role.

Although standard three-axis milling machines are versatile, they have limitations when it comes to machining some complex parts. For example, the processing of three-dimensional features such as spiral grooves, indexing holes, and curved surface engraving has higher requirements on tool angles, and three-axis machine tools need to be clamped repeatedly to complete them, which easily leads to error accumulation and low processing efficiency.

In modern manufacturing, CNC lathes have become important equipment in the processing field with their efficient and precise processing capabilities, and CNC lathe controllers are the key to achieving these advantages. As the "brain" of the lathe, the CNC controller is responsible for converting design drawings into specific processing instructions and accurately controlling the operation process of the lathe. This article will explore the core technology, main functions and industry development trends of CNC lathe controllers in depth.

In modern manufacturing, CNC milling machines have become a core tool for improving productivity, reducing costs and ensuring product accuracy. However, with the advancement of technology and changes in market demand, how to achieve differentiation in this field has become a problem that every CNC lathe and milling machine manufacturer needs to think about urgently. Our company has been committed to providing efficient, accurate and reliable CNC milling machine solutions to meet the changing needs of customers.

Whether it is a CNC lathe controller or a CNC milling machine controller, the basic working principle is roughly the same. The controller controls the machine tool to perform various processing tasks by parsing CNC programming instructions.