Fiber laser adopts semiconductor modular and redundant design, suitable for continuous operation 24 hours a day, meets the requirements of industrial continuous production, and can be used to cut carbon steel, stainless steel and aluminum alloy, aluminum-zinc clad sheet, pure aluminum, brass, copper Such as highly reflective non-ferrous materials.
(1) Determine the material to be processed, fix the sheet metal material flat on the processing machine tool, and then determine the stability of the material placement, so as to avoid shaking during the cutting process, resulting in the cutting accuracy not meeting the requirements.
(2) Adjust the auxiliary gas for cutting: select the auxiliary gas for cutting according to the material of the processed plate, and adjust the pressure of the cutting gas according to the material and thickness of the processed material. To ensure that the cutting cannot be performed when the air pressure is lower than a certain value, so as to avoid the scrapping of the processed parts and the damage of the focusing lens.
(3) Operate the console, input the product cutting pattern, and the cutting material thickness and other parameters, then adjust the cutting head to a suitable focus position, and then reflect and adjust the centering of the nozzle.
(4) Start the voltage stabilizer and chiller, set and check whether the water temperature and water pressure are normal, and whether they match the water pressure and water temperature required by the laser.
(5) Start the laser, and then turn on the machine tool for processing. During the processing, observe the cutting situation at any time. If there is a possible collision of the cutting head, stop cutting in time, and continue cutting after the danger is eliminated.
The price of a general laser cutting machine is around US$20,000-50,000. The price of a laser cutting machine depends to a certain extent on the cost of the laser cutting machine manufacturer. The higher the price of the parts used by the laser cutting machine manufacturer, the higher the price of the laser cutting machine. This is why the same laser cutting machine, The price of some manufacturers is so expensive. Professional laser cutting machine manufacturers have a lot of production and use, and the parts used are of excellent quality, which is definitely worth the money.
When choosing a laser cutting machine, we must consider the materials processed by the company and the scope of business needs. First, we must consider factors such as our business scope, the thickness of the cutting material, which materials need to be cut, and then choose the power of the equipment that needs to be purchased. And the size of the workbench, the size of the workbench can generally be customized by the manufacturer according to the needs of customers. Generally speaking, high-power laser cutting machines can better process medium and thick plates, while low-power fiber laser cutting machines are more suitable for processing thin plates. In this case, if you choose different metal laser cutting machines according to the parameters of your own processed materials, the prices will naturally be different. So you can’t just look at the price of the metal laser cutting machine, you must consider the equipment parameters to purchase the metal cutting machine from the aspect that meets your own needs.
Generally speaking, it is recommended to use a laser cutting machine for cutting metal materials such as carbon steel plates within 12mm and stainless steel plates within 10mm. Laser cutting machine has no cutting force, no deformation during processing: no tool wear, good material adaptability: no matter it is a simple or complex part, it can be cut with laser precision and rapid prototyping at one time: its slit is narrow, the cutting quality is good, and the degree of automation is high. Easy to operate, low labor intensity, no pollution: it can realize automatic cutting and nesting, improve material utilization, low production cost, and good economic benefits. When choosing laser equipment, we should not only consider the characteristics of our product materials, but also consider the performance of laser equipment, so that we can find laser equipment suitable for our industry products.
Sheet Metal Shears, Jig Saws, Circular Saws, Angle Grinders, Reciprocating Saws, Air Saws, Cutting Tools, Plasma Cutting Machines, Fiber Laser Cutting Machines. Currently the most commonly used are CO2 and fiber laser cutting machines. The basic difference between CO2 laser and fiber laser: fiber laser generates laser through diode pumping, and uses flexible fiber optic cable to transmit the laser beam, while CO2 laser generates laser by exciting nitrogen and carbon dioxide gas in the cavity, and then passes reflection mirror for beam transmission. The wavelength of fiber laser is 1.06μm, and the wavelength of CO2 laser is 9.3μm~10.6μm, so the focus spot of fiber laser is smaller than that of CO2 laser, the cutting speed is faster, and the processing efficiency is higher. The processing characteristics of the operator have a great influence.
Generally speaking, it is recommended to use a laser cutting machine for cutting metal materials such as carbon steel plates within 12mm and stainless steel plates within 10mm. Laser cutting machine has no cutting force, no deformation during processing: no tool wear, good material adaptability: no matter it is a simple or complex part, it can be cut with laser precision and rapid prototyping at one time: its slit is narrow, the cutting quality is good, and the degree of automation is high. Easy to operate, low labor intensity, no pollution: it can realize automatic cutting and nesting, improve material utilization, low production cost, and good economic benefits. When choosing laser equipment, we should not only consider the characteristics of our product materials, but also consider the performance of laser equipment, so that we can find laser equipment suitable for our industry products.
Baiwei Laser has a modern factory building of 200,000 square meters, equipped with advanced processing, testing and measuring equipment. The company implements a strict quality management system, and has successively passed 1S09001 quality system certification, 1S014001 environmental system certification, OHSAS18001 occupational health and safety certification, and multiple product series have obtained EU CE system certification.
Each of our bed has undergone heat treatment, stress relief annealing below 600°C, and cooling in the furnace for 24 hours. The whole process is very important to release the gravity and prevent the machine from deforming or deforming. At the same time, it can make the machine have a long service life. At least, no deformation for 20 years.
