Why Choose JCZ as Your Metal Tube Laser Cutting CNC Supplier?

18 Years ExperienceSince 2004, we are dedicated to the industrial laser processing field. All our products are trusted by customers globally. And most of the laser machines made in China are with our products installed. World-Leading Brand - PRISM AWARDS FINALISTIn 2021, we are the third China companies that entered the finalist of SPIE PRISM AWARDS, which is also known as the highest honor and the Oscar of the world photonic industry. This is a recognition of JCZ's leading product and contribution to the world photonic and laser industry. Excellent After-sales ServiceWe know how desperate it will be if a supplier could not offer support. We get many support requests from customers who purchased the machine, with fake JCZ software installed from a China supplier who is not able to offer service. With 150+ R&D and support engineers team and our independent capabilities for optical, electrical, software, mechanical development, and manufacturing, we are offering high-quality products plus excellent service globally. 1000+ Partners WorldwideWith cutting-edge and reliable products plus excellent after-sales services, we are in close cooperation with more than 1000 laser companies worldwide in China, USA, Germany, United Kingdom, Canada, Span, Italy, South Korea, Japan, India, Turkey, Russia, Brazil, etc. Due to NDA, we could not reveal their name. Affordable and Very Competitive PriceWith orders from the global market, all our products are in mass production, which means that we get the best pricing from our partner, and manufacturing cost is at the lowest level. This makes our product pricing always competitive. Like the product name of our first products, EzCAD, launched in 2004, we aim to make laser an easy tool rather than a high tech device, jointly promoting the development of the eco-friendly technology, LASER.

What are the Key Benefits of Fiber Laser Cutter for Metal Tubes & Pipes?

The tube metal laser cutting machine is particularly suitable for the processing of various metal tubes. Its high flexibility and high automation make it possible to cut various materials in a small batch. The pipe laser cutting machine has characteristics of professionalism, high speed, high precision, high efficiency, and high cost-effectiveness, all of which make it the preferred equipment for the non-contact metal tube processing industry. Cutting, blanking, and bending are required and a huge number of dies are used in the traditional pipe cutting process. In comparison, the metal pipe sheet laser cutting machine produces smoother pipe sections and the pipe cut can be directly used for welding, reducing the processing procedures. It not only has fewer processing procedures but also is highly efficient with better cutting quality. Combined with a laser cutting system and computer numerical control technology, the pipe metal laser cutting machine is highly efficient automated equipment for high quality, high efficient, and cost-effective processing. The tube laser cutter CNC maximizes the elimination of cutting defects, thus meeting the processing requirements of tubes. The system can greatly guarantee the processing quality for the perforating, grooving, edge-cutting, or side concaving of complex tubes. The metal tube sheet laser cutter CNC adopts a non-contact processing method, therefore no pressure on the pipe during the whole process, resulting in no deformation or collapse of the outer surface of the pipe. Compared with traditional processing equipment, such as flame cutting, plasma cutting, and waterjet cutting, the tube metal laser cutter CNC has relatively high accuracy in terms of sheet cutting. The pipe laser cutter CNC has advantages of narrow cutting incision, small heat-affected zone, fast speed, good flexibility, smooth cutting incision, and no tool wear in terms of metal pipe cutting.

How to Achieve A Perfect Cutting on Metal Tube with Fiber Laser?

Laser power The laser power of lasers with continuous-wave output has a significant impact on the pipe metal laser cutter CNC. Theoretically, the higher the laser power of the tube laser cutting machine is, the higher the cutting speed is, but maximum cutting power is not the best choice when the characteristics of the pipe itself are taken into consideration. When the cutting power is increased, the laser mode will change, which affects the focus of the laser beam. In actual processing, power lower than the maximum allows the focus to gain the highest power density to ensure cutting efficiency and quality in the whole processing. Cutting speed Cutting speed must be controlled in a certain range during processing to obtain good cutting quality. If cutting speed is slow, too much heat will accumulate on the pipe surface, resulting in a larger heat-affected zone, wider cutting joint, and rough cutting incision due to the burning effect of hot molten substance discharged. When the cutting speed is accelerated, the average circumferential cutting joint of the tube becomes narrower, and the smaller the diameter of the tube cut is, the more obvious this effect is. With the acceleration of cutting speed, the time of laser emission is shortened, the total energy absorbed by the pipe becomes is less, the temperature of the front end of the pipe decreases, and the cutting joint narrows. Too fast speed maybe leads to failure of cutting-through or cutting-off, thus affecting the overall cutting quality. Pipe diameter The characteristics of the pipe itself have a great impact on the cutting process. For example, the diameter size of the round pipe has a significant influence on processing quality. Researches on laser cutting of seamless thin metal pipe show that widening pipe diameter leads to widening cutting joint under fixed parameters. Types and pressure of auxiliary gases Compressed air or inert gases (eg. nitrogen) can be used as auxiliary gases when cutting non-metallic and part of metallic tubes, while reactive gases (eg. oxygen) can be used for most metallic tubes. After the choice of auxiliary gases, it is also important to determine the pressure of the auxiliary gas. When cutting thin tubes at high speed, the pressure of the auxiliary gas should be increased to prevent slag around the incision. In contrast, when cutting thick tubes or cutting at low speed, the pressure of the auxiliary gas should be appropriately reduced to prevent the tube from not being cut through or cut off. Beam focus position The beam focus position is also very important during cutting. The focus is usually on the surface of the pipe cut. The focus in a good position can gain the smallest cutting joint, the highest efficiency, and the best cutting results.

Pipe Tube Fiber Laser Cutting CNC Machine China Manufacturer & Supplier

The metal tube sheet laser cutter CNC is a highly efficient, highly productive, and extremely accurate cutting machine. It makes it possible to modify cutting solutions without affecting the entire production process. The tube metal laser cutter CNC can cut any programmed shape and can cut in any direction. Pipe laser cutter CNC has advantages of accuracy, intelligence, speediness, and optimized cutting techniques, all of which technologically guarantee high-efficiency, high-quality, energy-saving, and consumables-saving.

The pipe metal laser cutter CNC, high-tech equipment integrating CNC technology, laser cutting, and precision machinery, is applied to cut various patterns on tubes by the use of laser technology. The tube laser cutting machine is flexible by textures, shapes, and sizes of pipes, processing environment, and so on. It is easy to be operated due to its spatial control(directional change, rotation, scanning of the beam) and temporal control(switch on and off, pulse interval). In addition, its processing results of high precision and less burr significantly reduce the time for subsequent processing.

The tube metal laser cutting machine is particularly suitable for the processing of various metal tubes. Its high flexibility and high automation make it possible to cut various materials in a small batch.

The pipe laser cutting machine has characteristics of professionalism, high speed, high precision, high efficiency, and high cost-effectiveness, all of which make it the preferred equipment for the non-contact metal tube processing industry.

Cutting, blanking, and bending are required and a huge number of dies are used in the traditional pipe cutting process. In comparison, the metal pipe sheet laser cutting machine produces smoother pipe sections and the pipe cut can be directly used for welding, reducing the processing procedures. It not only has fewer processing procedures but also is highly efficient with better cutting quality.

Combined with a laser cutting system and computer numerical control technology, the pipe metal laser cutting machine is highly efficient automated equipment for high quality, high efficient, and cost-effective processing. The tube laser cutter CNC maximizes the elimination of cutting defects, thus meeting the processing requirements of tubes. The system can greatly guarantee the processing quality for the perforating, grooving, edge-cutting, or side concaving of complex tubes.

The metal tube sheet laser cutter CNC adopts a non-contact processing method, therefore no pressure on the pipe during the whole process, resulting in no deformation or collapse of the outer surface of the pipe.

Compared with traditional processing equipment, such as flame cutting, plasma cutting, and waterjet cutting, the tube metal laser cutter CNC has relatively high accuracy in terms of sheet cutting.

The pipe laser cutter CNC has advantages of narrow cutting incision, small heat-affected zone, fast speed, good flexibility, smooth cutting incision, and no tool wear in terms of metal pipe cutting.

Laser power

The laser power of lasers with continuous-wave output has a significant impact on the pipe metal laser cutter CNC. Theoretically, the higher the laser power of the tube laser cutting machine is, the higher the cutting speed is, but maximum cutting power is not the best choice when the characteristics of the pipe itself are taken into consideration. When the cutting power is increased, the laser mode will change, which affects the focus of the laser beam. In actual processing, power lower than the maximum allows the focus to gain the highest power density to ensure cutting efficiency and quality in the whole processing.

Cutting speed

Cutting speed must be controlled in a certain range during processing to obtain good cutting quality. If cutting speed is slow, too much heat will accumulate on the pipe surface, resulting in a larger heat-affected zone, wider cutting joint, and rough cutting incision due to the burning effect of hot molten substance discharged. When the cutting speed is accelerated, the average circumferential cutting joint of the tube becomes narrower, and the smaller the diameter of the tube cut is, the more obvious this effect is. With the acceleration of cutting speed, the time of laser emission is shortened, the total energy absorbed by the pipe becomes is less, the temperature of the front end of the pipe decreases, and the cutting joint narrows. Too fast speed maybe leads to failure of cutting-through or cutting-off, thus affecting the overall cutting quality.

Pipe diameter

The characteristics of the pipe itself have a great impact on the cutting process. For example, the diameter size of the round pipe has a significant influence on processing quality. Researches on laser cutting of seamless thin metal pipe show that widening pipe diameter leads to widening cutting joint under fixed parameters.

Types and pressure of auxiliary gases

Compressed air or inert gases (eg. nitrogen) can be used as auxiliary gases when cutting non-metallic and part of metallic tubes, while reactive gases (eg. oxygen) can be used for most metallic tubes. After the choice of auxiliary gases, it is also important to determine the pressure of the auxiliary gas. When cutting thin tubes at high speed, the pressure of the auxiliary gas should be increased to prevent slag around the incision. In contrast, when cutting thick tubes or cutting at low speed, the pressure of the auxiliary gas should be appropriately reduced to prevent the tube from not being cut through or cut off.

Beam focus position

The beam focus position is also very important during cutting. The focus is usually on the surface of the pipe cut. The focus in a good position can gain the smallest cutting joint, the highest efficiency, and the best cutting results.