Open Type Dual Exchange Platform (ST-FC3015C)

Since its first application in the 1970s, laser cutting technology has experienced rapid development and widespread application. The traditional laser cutting method relies on carbon dioxide lasers. Although it has high cutting accuracy and good processing performance, it has certain limitations in terms of use cost, energy efficiency and processing speed. With the rise of fiber laser technology, the laser cutting process has entered a new era. With its advantages of high efficiency, energy saving and low maintenance cost, fiber laser cutting machines have gradually become an indispensable and important equipment in modern manufacturing.

The importance of fiber laser cutting machines is reflected in many aspects. First, it can achieve efficient cutting of a variety of metal materials (such as stainless steel, aluminum alloy and carbon steel, etc.) to meet the processing needs of different fields. Secondly, the fiber laser cutting machine has fast cutting speed and high quality, which can greatly improve production efficiency and reduce the operating costs of enterprises. In addition, its advantages in equipment space occupation and ease of operation make it occupy an increasingly important position in factories. In particular, the design of the open dual exchange platform has raised the efficiency of laser cutting to a new level, making the production process more intelligent and efficient. Therefore, fiber laser cutting machines play a key role in promoting the transformation and upgrading of modern manufacturing and improving competitiveness.

Open dual-exchange platform fiber laser cutting machine is a high-tech laser cutting equipment designed to improve metal cutting efficiency. Its main feature is that it is equipped with two interchangeable cutting platforms, so that when performing cutting operations, users can continue processing on one platform while changing workpieces on the other platform. This design greatly reduces downtime during cutting and improves production efficiency, and is particularly suitable for large-scale and high-frequency production needs.

The main functions of this model include:

High-speed cutting: fast and high-precision metal cutting is achieved through an efficient fiber laser source.

Multi-material adaptability: It can process a variety of metal materials, such as stainless steel, carbon steel, aluminum alloy, etc., to meet the application needs of different fields.

High cutting quality: The incision produced by laser cutting is smooth and almost no post-processing is required.

Automation and intelligent functions: Some models are equipped with intelligent control systems, which can realize automated operation and remote monitoring.

Overview of working principle

The working principle of the open dual-exchange platform fiber laser cutting machine is mainly based on fiber laser technology. The following is its basic workflow:

Laser generation: The fiber laser converts electrical energy into a high-power laser beam, which is transmitted to the cutting head through an optical fiber with extremely high power density.

Laser focusing: The cutting head is equipped with a high-precision optical lens group to focus the laser beam on a very small area to form a powerful cutting energy.

Material cutting: The focused laser beam irradiates the surface of the metal material to be cut, quickly heats and melts or vaporizes the material, and blows out the molten metal through gas assistance (such as oxygen or nitrogen) to complete the cutting process.

Equipment operation: By running the control system, the operator can set parameters such as cutting path, speed and power to achieve cutting of complex patterns. The open design allows the operator to easily replace the workpiece, while achieving the alternation of the two platforms and maintaining continuous production efficiency.

This intelligent and efficient cutting technology has made the open dual-exchange platform fiber laser cutting machine widely used in modern manufacturing and has become a key equipment for improving production efficiency.

Dual Exchange Platform Laser Cutting Machine without Enclosed is a state-of-the-art cutting machine with a unique dual exchange platform design, which is able to realize high-speed cutting and increase productivity while ensuring cutting quality.

1. This machine adopts an up and down exchange platform, simultaneous loading, unloading and cutting of panels greatly increases work efficiency.

2. The converter is responsible for controlling the exchanging motor, the machine is able to finish the platform exchanging within 15s.

3. Imported transmission mechanism and servo motor, and high cutting accuracy.

4. Dedicated software enables graphic or text to be instantly designed or processed. Flexible and easy operation.

5. Automatic following system, can realize a calibrating, automatics following for wave surface sheet metal.

6. Heavy-duty machine structure with cross-welded steel plates to support later laser power upgrades.

7. The design of the exchanging structure of the table and the height of the saw teeth enables this machine can be installed the sheet metal automatic loading and unloading system.

Open dual-exchange platform fiber laser cutting machine has many advantages due to its unique design and functions, making it popular in modern manufacturing.

1. Efficient production capacity

Due to the introduction of the dual-exchange platform, cutting can be carried out on one platform while the workpiece is replaced on the other platform, which greatly reduces downtime and improves production efficiency. This design is particularly suitable for mass production and continuous processing.

2. Reduce operating costs

Fiber laser cutting technology has advantages over traditional laser cutting technology (such as CO2 laser cutting) in terms of power consumption, argon use and maintenance costs. The high conversion efficiency of fiber lasers further reduces long-term operating costs.

3. Accuracy and cutting quality

The open dual-exchange platform fiber laser cutting machine provides excellent cutting accuracy and quality. The high concentration and high intensity of the laser beam ensure smooth and fine cutting seams, greatly reducing the need for post-processing.

4. Applicability to materials

Fiber laser cutting machines can process a variety of metal materials, including stainless steel, aluminum, copper, carbon steel, etc., and can process materials of different thicknesses, making it very widely applicable.

5. Simple operation and automation

Modern fiber laser cutting machines are usually equipped with intelligent control systems and user-friendly interfaces, which can be easily operated and set up. In addition, many models also support remote monitoring and fault diagnosis, which improves the convenience of operation.

6. Small equipment footprint

Compared with traditional laser cutting machines, fiber laser cutting machines are compact in design and take up less space. This allows them to be more flexibly laid out in the production workshop.

7. Environmental protection

The high energy efficiency of fiber laser technology means less energy consumption, and because of its less material loss and waste during the cutting process, it is more in line with modern environmental protection requirements.

8. Low maintenance cost

Fiber laser cutting machines usually require less maintenance, and their fiber lasers have a longer life, reducing the risk of downtime due to equipment failure.

The open dual exchange platform fiber laser cutting machine is becoming an important choice for the upgrading of the manufacturing industry with its high efficiency, economy, environmental protection and flexibility, helping enterprises to improve production efficiency and market competitiveness. Click here for more information