CNC Laser Cutting Machines

Metal laser cutting machines, especially the fiber CNC laser cutting machines, are being chosen by many businesses due to their fast, precise cutting capabilities and stable operation. With various models and a wide range of power, the machines can efficiently process materials such as carbon steel, stainless steel, aluminum, copper, and alloys, suitable for sheet metal processing workshops as well as industrial production plants.

1. Metal laser cutting machine lines Weldcom is offering

Weldcom offers a variety of metal laser cutting machine lines with diverse configurations and power ranges to meet the processing needs of each business. Depending on the material, thickness, workpiece type, and production scale, customers can choose suitable fiber CNC laser cutting machines for sheet cutting, tube cutting, sheet + tube cutting, or high-power processing.

1.1. Fiber laser sheet cutting machines

• This is the most popular line of metal laser cutting machines today in sheet metal processing workshops and industrial production plants. The machine uses a fiber laser source combined with a CNC control system to efficiently process materials such as carbon steel, stainless steel, aluminum, copper, and alloys.
• The outstanding advantages of this machine line are fast cutting speed, high precision, and beautiful cutting quality. Thanks to its stable operation on various sheet metals, the fiber CNC laser cutting machine is suitable for applications such as electrical cabinet production, machine enclosures, metal furniture, mechanical manufacturing, and supporting industries.

1.2. Fiber laser tube cutting machines

• Besides sheet cutting needs, many businesses today also need to process round tubes, square tubes, rectangular tubes, and other shaped tubes. For this group of applications, the fiber laser tube cutting machine is a suitable solution due to its fast, precise, and flexible handling of various workpieces.
• This CNC cutting machine line is often applied in the production of steel structures, shelves, railings, metal furniture, and many mechanical parts that require tube processing. Compared to traditional cutting methods, the machine helps improve accuracy, reduce manual operations, and optimize production efficiency.

1.3. Sheet and tube laser cutting machines

• For businesses that need to process both sheet metal and tube metal, the sheet and tube laser cutting machine line offers higher flexibility in investment. This is a suitable solution for units looking to optimize space, reduce the number of devices, and still meet various orders.
• Integrating sheet and tube cutting capabilities on the same system helps businesses be more proactive in production organization and improve order fulfillment capabilities.

1.4. High-power laser cutting machines

• For large-scale production businesses or those needing high-intensity processing, high-power laser cutting machines are a worthy consideration. This machine line is designed to meet the requirements for large productivity, high speed, and continuous operation capability in an industrial environment.
• Besides the advantages of productivity and better responsiveness to the need for thick material processing, high-power machines are also suitable for modern production lines that require automation and long-term stability. This is the group of equipment often chosen by large enterprises when needing to expand production capacity or optimize operational efficiency on an industrial scale.

2. What is a metal laser cutting machine?

Metal laser cutting machine is a device that uses a focused laser beam to cut materials according to pre-programmed contours on a CNC control system. In today's production reality, the fiber CNC laser cutting machine line is the most commonly used due to its fast cutting, precision, and stable operation on various metal materials.

2.1. How does a CNC laser cutting machine work?

• In principle, the laser source generates a high-energy beam, which is then focused on a very small point on the material surface. At this position, the large amount of heat melts or vaporizes the metal, while the assist gas blows the molten material out of the cutting area to form a complete cut.
• The entire process is controlled by a CNC system, allowing the cutting head or machine table to move along the pre-programmed trajectory. As a result, metal laser cutting machines can process complex-shaped details with high precision and good repeatability.

2.2. How does a fiber laser cutting machine differ from a CO2 laser cutting machine?

• Among the types of laser cutting machines today, CO2 lasers and fiber lasers are the two most mentioned technology groups. However, with modern sheet metal processing, fiber laser cutting machines are clearly dominant due to higher energy efficiency, faster cutting speed, and lower maintenance costs.
• Meanwhile, CO2 laser cutting machines were once quite popular in the past, but now the application trend is gradually narrowing in the field of metal processing. Therefore, considering the actual production needs at modern mechanical workshops and factories, fiber CNC laser cutting machines are still a more suitable choice in most cases.

2.3. Why are fiber laser cutting machines widely used today?

• The popularity of fiber laser cutting machines comes from their ability to process well on many materials such as carbon steel, stainless steel, aluminum, copper, and alloys. In addition, the machines also have advantages in high cutting speed, beautiful cutting quality, and stable operation over a long period.
• Besides technical factors, lower maintenance and repair costs are also an important advantage that makes many businesses prioritize investing in this machine line. This is why fiber metal laser cutting machines are becoming a core solution in many sheet metal processing lines today.

See more: What is CNC cutting?

3. Advantages of metal laser cutting machines

Metal laser cutting machines are increasingly chosen by many businesses due to their fast, precise cutting capabilities and suitability for various materials. Not only do they help improve productivity, but these devices also support optimizing product quality and reducing many post-cutting processing steps in actual production.

3.1. Fast cutting speed, high productivity

• One of the outstanding advantages of fiber CNC laser cutting machines is their ability to process at much higher speeds than many traditional cutting methods. As a result, businesses can shorten production time, increase the number of completed products, and improve overall operational efficiency.
• For sheet metal processing workshops or continuous production plants, productivity is of great significance. This is why many businesses switch to investing in metal laser cutting machines instead of older cutting methods with slower speeds and lower automation levels.

3.2. Beautiful cuts, high precision

• Thanks to the laser beam being focused at a high energy density and controlled by CNC, laser cutting machines can create narrow, sharp, and more stable cuts. This helps the finished product have good precision, small errors, and suitability for details with high technical requirements.
• For many businesses, the quality of the cut not only affects aesthetics but also directly impacts subsequent stages such as bending, welding, or assembly. Therefore, the ability to cut beautifully and accurately is one of the important reasons why metal laser cutting machines are highly regarded.

3.3. Capable of processing many metal materials

• Fiber CNC laser cutting machines can efficiently process many types of materials such as carbon steel, stainless steel, aluminum, copper, and alloys. This helps businesses be more flexible in handling orders and suitable for many different production fields.
• The ability to process various materials is also a significant advantage for workshops that handle many product groups. Instead of having to invest in many separate technologies, businesses can use metal laser cutting machines as a central solution for many different processing needs.

3.4. Reduce material waste and auxiliary stages

• Thanks to high precision and narrow cutting paths, laser cutting machines help optimize materials better during processing. At the same time, because the cuts have less burr and more beautiful edges, businesses can also reduce the number of post-cutting processing stages.
• This brings clear benefits in production costs, especially with repeat orders or large-scale production. This is also one of the practical values that make many businesses prioritize investing in fiber laser cutting machines instead of just looking at the initial machine purchase cost.

3.5. Stable operation, low maintenance costs

• Compared to many other cutting technologies, fiber CNC laser cutting machines have advantages in stability and lower maintenance costs during use. When installed with the right configuration and operated correctly, the machine can maintain good production efficiency over a long time.
• This is a very important factor for modern production businesses, as investment efficiency lies not only in productivity but also in the total cost of ownership throughout the equipment's lifecycle. Therefore, stable operation and minimizing additional costs are reasons why metal laser cutting machines are increasingly being paid more attention.

4. What materials are metal laser cutting machines suitable for?

Metal laser cutting machines, especially fiber CNC laser cutting machines, can efficiently process many different types of materials. Depending on the machine's power, workpiece thickness, and finished product requirements, businesses can choose the appropriate configuration to achieve the best cutting efficiency.

4.1. Cutting carbon steel

Carbon steel is one of the most commonly processed materials by metal laser cutting machines. This machine line offers fast cutting, stable cuts, and is suitable for many applications such as steel structures, electrical cabinets, machine enclosures, and mechanical parts.

4.2. Cutting stainless steel

Stainless steel is a material that requires high precision and aesthetics, so fiber laser cutting machines are a very suitable choice. Beautiful cuts, less burr, and easy transition to subsequent stages are the advantages that make this machine line widely used in stainless steel processing.

4.3. Cutting aluminum

Aluminum is a material widely used in modern production due to its lightweight and durable characteristics. When set with the correct parameters, metal laser cutting machines can efficiently process aluminum, meeting the needs of many different industries.

4.4. Cutting copper and alloys

Besides steel and stainless steel, many fiber CNC laser cutting machines can also process copper and some alloy materials. This is a suitable choice for businesses that need to handle diverse materials on the same machine system.

5. Applications of laser cutting machines in production

Metal laser cutting machines are widely applied in many fields due to their fast, precise, and flexible cutting capabilities. From sheet metal processing workshops to industrial production plants, this machine line can meet many different processing requirements.

5.1. Sheet metal processing

This is the most common application group of laser cutting machines today. The machines are often used to cut steel sheets, stainless steel sheets, aluminum sheets, and many other metal workpieces for mechanical and industrial production. 

5.2. Production of electrical cabinets, machine enclosures, cable trays

Many businesses produce electrical cabinets, machine enclosures, and civil, industrial mechanical products choose metal laser cutting machines to enhance the precision and uniformity of products. This is an application group that requires high standards of size and cutting quality.

5.3. Steel structures and mechanical manufacturing

In the field of steel structures and mechanical manufacturing, fiber CNC laser cutting machines help businesses quickly process metal details, plates, flanges, and many other products. Accurate cutting from the start also helps reduce the amount of reprocessing in subsequent stages. 

5.4. Metal furniture and decorative stainless steel

Products such as railings, partitions, gates, decorative stainless steel details, or metal furniture can all be processed by laser cutting machines. The ability to cut beautifully and handle complex details well is a strength of this technology.

5.5. Supporting industries and component production

Besides the common fields mentioned above, metal laser cutting machines are also used in supporting industries, component production, machine parts, and many industries that require precise metal processing. This machine line is suitable for both single-piece production and mass production.

6. Popular types of laser cutting machines today

On the market today, laser cutting machines are divided into many different groups depending on the laser source and purpose of use. Among them, fiber laser cutting machines are still the most commonly used line in metal processing today.

6.1. Fiber laser cutting machines

This is the most widely applied line of metal laser cutting machines today in processing workshops and production plants. The machine offers fast cutting speed, high precision, can cut many types of materials, and has lower maintenance costs than many traditional laser cutting machines. 

6.2. CO2 laser cutting machines

CO2 laser cutting machines were once quite popular in the past. However, in current metal processing, this machine line is no longer prioritized as much as fiber laser cutting machines, mainly due to performance and operational capabilities that are no longer as suitable as newer machine generations.

6.3. YAG / YVO laser cutting machines

This is a group of solid-state lasers, often more suitable for some specialized applications such as engraving, marking, or processing small details. In reality, this line rarely plays the role of a main metal cutting device in modern processing workshops.

7. How does a laser cutting machine differ from plasma and oxy-gas?

Laser cutting machines differ from plasma and oxy-gas in terms of precision, cutting quality, processing speed, and application range. If businesses need beautiful cuts, less burr, and high precision, metal laser cutting machines are often a more suitable choice.

7.1. When should you choose a laser cutting machine?

Metal laser cutting machines are suitable when businesses need precise processing, products with high aesthetic requirements, and want to reduce post-cutting processing stages. This is a suitable choice for sheet metal processing workshops, electrical cabinet production, metal furniture, and many modern mechanical industries. 

7.2. When should you choose plasma or oxy-gas?

If businesses prioritize lower investment costs or mainly cut thick carbon steel, plasma and oxy-gas are still options to consider. However, in terms of precision, stability, and product quality, fiber CNC laser cutting machines still have many clear advantages.

8. Current prices of metal laser cutting machines

The price of metal laser cutting machines on the market today varies significantly, depending on the brand, laser source power, cutting table size, machine configuration, and automation level. For small workshops, the investment level can start from about 200 million VND with basic configuration machines. Meanwhile, in the large workshop and industrial production plant segment, the investment level can range from hundreds of millions to over 10 billion VND.

8.1. Entry-level segment from about 200 million VND

For new investment businesses or small-scale processing workshops, some CNC laser cutting machines like Kruman have prices starting from about 200 million VND. This group of machines is suitable for basic processing needs and is a more accessible choice in terms of initial investment costs.

8.2. Mid-sized businesses and stable production workshops segment

In the mid-sized business group, the investment level for fiber CNC laser cutting machines usually ranges from 700 million to 1 billion VND, depending on power and configuration. This is a suitable segment for workshops needing more stable operation machines, capable of cutting many types of materials, and well meeting regular production needs. 

8.3. Large workshop and industrial production plant segment

For large businesses, production plants, or units needing high power, the price of metal laser cutting machines can increase significantly according to the actual configuration. Some standard models are priced from 1 billion to over 10 billion VND.

8.4. What factors affect the price of laser cutting machines?

The price of metal laser cutting machines depends not only on the brand but also directly on the laser source power, cutting table size, cutting head, CNC control system, automation level, and accompanying options. Additionally, factors such as installation, trial run, operation training, technical services, and after-sales also affect the total actual investment cost.

8.5. Reference price list according to investment needs

Note: The price of metal laser cutting machines is for reference only and may change according to exchange rates, actual configuration, component brand, and specific production needs. To choose the right solution suitable for material, thickness, and output, businesses should contact directly for detailed consultation and quotation.

9. Why choose Weldcom laser cutting machines?

Weldcom not only provides metal laser cutting machines but also accompanies businesses in the process of selecting, installing, and operating equipment. This is an important factor that helps businesses choose the right configuration, suitable for production needs, and optimize long-term investment efficiency. 

9.1. Diverse machine lines and configurations

Weldcom offers many fiber CNC laser cutting machine lines with diverse models and power ranges, suitable from basic processing workshops to large-scale production businesses. As a result, customers can choose solutions that are more suitable for material, thickness, and actual output.

9.2. Consultation according to actual production needs

Instead of just choosing machines based on specifications, businesses need to select equipment according to actual operational problems such as processing materials, workpiece thickness, production scale, and long-term investment orientation. Weldcom supports consultation according to actual needs to help customers choose the right metal laser cutting machine more appropriately.

9.3. Support for installation, trial run, and transfer

Besides equipment, Weldcom also supports customers in the steps of installation, adjustment, trial run, and operational transfer. This helps businesses quickly put fiber CNC laser cutting machines into production and limit errors in the initial usage phase. 

9.4. Long-term technical and after-sales services

For businesses investing in metal laser cutting machines, technical and after-sales factors play a very important role. Weldcom aims to provide solutions with long-term technical support, helping customers feel more secure during the operation and maintenance of equipment.

10. Frequently asked questions about metal laser cutting machines

Metal laser cutting machines are a group of devices that many businesses are interested in when investing in sheet metal processing and upgrading production lines. Below are frequently asked questions to help customers better visualize before choosing suitable equipment.

10.1. What is a fiber laser cutting machine?

A fiber laser cutting machine is a machine that uses a fiber laser source combined with a CNC control system to cut metal according to pre-set programs. This is a widely used technology today due to its fast cutting speed, high precision, ability to cut many materials, and lower maintenance costs than many traditional laser machine lines.

10.2. What needs are suitable for metal laser cutting processing?

Metal laser cutting processing is suitable for businesses and production workshops that need to cut carbon steel, stainless steel, aluminum, copper, or alloys with high precision and beautiful cuts. This is a suitable solution for sheet metal processing, electrical cabinet production, metal furniture, mechanical manufacturing, and many other industrial applications.

10.3. How does a fiber laser cutting machine differ from a plasma cutting machine?

In summary, fiber laser cutting machines are suitable when businesses need high precision, beautiful cuts, and good processing of thin to medium materials. Meanwhile, plasma cutting machines are more suitable when prioritizing lower investment costs and the need to cut thick materials. 

Metal laser cutting machines, especially fiber CNC laser cutting machines, are a solution chosen by many businesses due to their fast, precise cutting capabilities, stable operation, and suitability for various materials. Depending on processing needs, material thickness, and production scale, businesses can choose a suitable machine configuration to optimize investment and operational efficiency. 

Weldcom currently offers many metal laser cutting machine lines from reputable brands worldwide, meeting diverse needs from processing workshops to industrial production plants. 

If businesses are looking to explore suitable solutions, please contact Weldcom via the website or leave information on the website to have the technical team provide detailed consultation on metal laser cutting machines as soon as possible.