Woodworking Lathe Application Of Woodworking Lathe In Stairs

Intelligent and efficient production has become the trend of the current industrial industry. Many fields, including the solid wood staircase industry, have realized intelligent design and CNC production. Many large enterprises and small and medium-sized enterprises that develop and understand advanced have also introduced advanced CNC machining equipment, woodworking lathes and CNC engraving machines. This is the latest stage in the development of solid wood stairs. In fact, as early as before, the staircase industry has gone through two stages of development.

The first stage is the age of ancient manual processing. At that time tools were scarce and the finished product was simple. Slowly in the Spring and Autumn Period, Luban invented tools such as saws. With the cooperation of professional craftsmen, the processing effect of stairs is also very beautiful, but the efficiency is not satisfactory.

In the second stage, the machine tool borrows electricity. At this stage, the development of my country's wooden staircase industry started late, and the popularity is not deep enough. It's only a few decades old. The tools of this period were mainly electric machines. Compared with the tools of the first stage, the physical expenditure is greatly reduced, the labor productivity is greatly improved, and there is a certain production organization and a certain factory process management. In recent decades, in my country, from wood workshops to wood products clubs, wood mills, wood industry limited companies, especially in the past 30 years of reform and opening up, this process has been greatly promoted. This type of organization with motors as the main production tool and factory-like organization is the mainstream of the stair industry at present.

This production method promotes the separation of the stair industry from large wood products and becomes an independent industry. In developed countries in Europe, the staircase industry has become an independent industry, which is also a matter of recent decades. The progress of production tools in the staircase industry and the reform of social organizations have also entered a stage.

The development of the third stage stems from the needs of the second stage. The intelligent design meets the modeling design requirements of different groups of people; the current woodworking lathes not only have good processing effect and high processing efficiency, but also are easy to operate and save a lot of labor costs. Therefore, CNC stair processing equipment has driven the development of the stair industry.

The speed of common stair columns on woodworking lathes is very fast, usually about one per minute. In addition, processing enterprises can design various patterns and shapes of columns for lathe processing. In addition, the woodworking lathe that integrates turning, pulling and carving does not need to be loaded and unloaded after the car is completed, and processes such as grooving, twisting or carving are directly performed on it. The resulting effect is very beautiful. In addition, as long as the rotating body shape in the length range of 200mm-1500mm can be produced, there are also extended models that can be produced.

The woodworking lathe system is a control system that uses digital signals to automatically control the displacement, speed, acceleration and action sequence of the actuator. Since the advent of the numerical control system in 1952, the continuous development of science and technology has made the continuously improved numerical control technology more widely used in woodworking machinery products.

The development trend of woodworking lathes: the continuous development of science and technology, the emergence of new technologies, new materials and new processes. The development of electronic technology, numerical control technology, laser technology, microwave technology and high-pressure injection technology has brought new vitality to the automation, flexibility, intelligence and integration of machinery, making the variety of machine tools continue to increase and the technical level continues to improve. Continue to improve.

On the whole, its development tends to the following aspects:

(1) Improve the comprehensive utilization rate of wood.

(2) Improve production efficiency and automation.

(3) Improve machining accuracy.

(4) Application of high technology.

(5) Develop a flexible integrated processing and manufacturing system.

(6) A safe and pollution-free processing and production system.