NEW What is the principle of a metal cutting machine?

What is the principle of a metal cutting machine?

The metal cutting machine, also known as the metal laser cutting machine, generally projects a laser onto the surface of the metal. The energy released by the laser can melt and evaporate the metal workpiece, ultimately achieving the purpose of cutting or engraving. It features fast cutting speed and high precision, and the cutting is not limited by patterns; any pattern can be cut. Additionally, it has characteristics such as material savings and low processing costs.

Nov 08,2020

NEW Process parameters of laser welding machine

Process parameters of laser welding machine

There are many process parameters for laser welding machines, which are listed one by one below. Power density is one of the most important parameters in laser processing. At high power densities, the surface can be heated to boiling point in microseconds, resulting in significant vaporization. Therefore, high power density aids in material removal, such as drilling and cutting. For lower power densities, the surface temperature takes several milliseconds to reach boiling point. Before the surface vaporizes, the underlying layer reaches its melting point, making it easy to form a good weld.

Nov 05,2020

NEW Characteristics of laser welding machines

Characteristics of laser welding machines

With the development of science and technology, and the improvement of people's living standards, laser welding machines have emerged in recent years. So what is a laser welding machine? What are the characteristics and advantages of laser welding machines?

Nov 02,2020

NEW Technical means of laser welding machine

Technical means of laser welding machine

The laser welding machine is a type of machine for laser material processing, also known as a laser welder and rust welder. According to its working method, it can be divided into laser mold welding machines (manual welders, automatic laser welders, laser spot welders, and fiber transmission laser welders).

Oct 30,2020

NEW What are the Applications of metal cutting machines?

What are the Applications of metal cutting machines?

The metal cutting machine uses a high-energy density laser beam to heat the workpiece during gasification cutting, causing the temperature of the workpiece to rise rapidly. In a very short time, the material reaches its boiling point, and it begins to evaporate, forming steam. This steam is ejected at high speed to create cuts in the material. Since some materials require a lot of heat for gasification, the power required for laser gasification in metal cutting machines is very high. The use of lasers for gasification cutting is mainly applied in cutting extremely thin metal or non-metal materials.

Oct 27,2020

NEW The principle and development prospects of metal cutting machines

The principle and development prospects of metal cutting machines

Lasers are very fascinating, and they are now applied in various industries, such as metal cutting, textile fabric cutting, laser marking, laser engraving, etc. However, many people are not very clear about the principles of lasers. Today, we will explain in detail how metal cutting machines work using lasers:

Oct 24,2020

NEW Characteristics of Metal Cutting Machines

Characteristics of Metal Cutting Machines

The so-called metal cutting machine, also known as a metal laser cutting machine, uses the energy released when a laser beam strikes the surface of a metal workpiece to melt and evaporate the metal workpiece, thereby achieving the purpose of cutting or engraving. It features high precision, fast cutting speed, no restrictions on cutting patterns, automatic layout to save materials, smooth cutting, and low processing costs.

Oct 21,2020

NEW Types of laser marking machines

Types of laser marking machines

Generally speaking, under the control of a computer, a laser marking machine creates controlled relative motion between the marked workpiece and the laser beam, allowing the laser beam to ablate the required symbols and patterns on the surface of the workpiece. Clearly, there are two methods for the laser marking machine to generate this relative motion: one is to fix the laser beam and move the workpiece; the other is to fix the workpiece and move the laser beam. For the former, a two-dimensional mechanical CNC (or computer-controlled) worktable is usually used to drag and mark the workpiece. The workpiece moves along a designed trajectory under the drive of the worktable. Under the ablation of the fixed laser beam, a permanent mark is left on the surface of the workpiece.

Oct 18,2020

NEW Structure of the laser marking machine

Structure of the laser marking machine

The laser marking machine is a high-tech device that uses high energy and high precision beams to engrave permanent text and patterns on the surface of objects. The laser marking machine has advantages such as ultra-energy saving, simple operation, and good marking effects. This series of laser marking machines adopts imported technology laser emitters, with high beam quality, fast marking speed, lifetime maintenance-free, and high cost performance. Product features: The electro-optical conversion efficiency of the laser marking machine is 60%, with beam quality M2<1, and excellent beam quality creates ultra-high precision marking effects. It uses the original SCANLAB scanning head. The marking speed is very fast, compared to ordinary CO2 and KT.

Oct 15,2020

NEW What systems make up a laser marking machine?

What systems make up a laser marking machine?

What systems make up a laser marking machine? What is it all about? Everyone is probably familiar with laser marking machines, but what systems do they consist of? Let's take a look together.

Oct 13,2020

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