Detection, pre calibrated from factory ready to start cutting. Option to join web group of owners for collaboration on projects and general discussion. 1.1KW Heavy duty CNC fiber laser cutting Machine.
51" X 98" cutting area. Our machine beds are fabricated for high rigidity. All frames are segmented welded to adopt an exclusive annealing processing with high-temperature NC electric resistance furnace which ensures our machines last for a long-time in industrial work environments. All guide rails and screw holes are milled by our professional 5 axis gantry milling machine to ensure high precision and levelness. Industrial grade powder coating and oven cured components.
Machine rack and rails installed using a dial indicator. This quality engineering and workmanship results in smooth precise cutting. Our gantry is aircraft-grade cast aluminum to eliminate as many moving parts and ensure stiffness, rigidity and precision. Our Hiwin rails have a special flange to ensure higher accuracy, and to avoid dust accumulation. Machine smoke extraction, reduce the smoke and chippings to harm the cutting head and lens.
Taiwan YYC double driver rack gear. The use of helical precision rack pinion ensures smooth precision cutting at high speed.
Japan Yaskawa servo motor with France MOTOVARIO reducer, to muffle noise, high torque, high reducing ratio. Better than other brand in high power cutting.Independent electronic control cabinet with. Swiss Raytool laser head for metal. Can be installed with auto focus to work with different thickness. Cypcut Control system and auto nesting software. Nesting software allows for optimal material usage and cuts down on material waste. Raycus laser source-best on the market. With long lifespan up to 150000 hours and high cutting speed. To cool the laser source and cutting head. Lubricates the linear guide rails. Heavy Duty rotary device option available with high torque servo motor from Japan, to provide strong power for tube turning. Pneumatic chuck and rack pinion transmission ensure high accuracy. Fiber lasers do not touch the work surface when cutting nor warp or move the material when cutting, even on thin sheet stock. Optional in person setup and training is available at an additional costs to be discussed if needed. Thank you for looking and I look forward to hearing from you and the possibility of doing business with you. Metals that can be cut by laser. When the material is cut with oxygen, better results will be obtained. When oxygen is used as the processing gas, the cutting edge will be slightly oxidized. For plates up to 4mm thick, nitrogen can be used as processing gas for high-pressure cutting. In this case, the cutting edge will not be oxidized. For plates with a thickness of more than 10mm, good results can be obtained by using special plates for lasers and oiling the workpiece surface during processing.
Oxygen can be used when oxidation of cutting end face is acceptable; If nitrogen is used to obtain oxidation free and burr free edges, no further treatment is required. Coating oil film on the surface of the plate will get better perforation effect without reducing the processing quality. Despite its high reflectivity and thermal conductivity, aluminum with a thickness of less than 6mm can be cut, depending on the alloy type and laser capability. When cutting with oxygen, the cutting surface is rough and hard. When nitrogen is used, the cutting surface is smooth.Pure aluminum is very difficult to cut because of its high purity. Aluminum can be cut only when the "reflection absorption" device is installed on the system. Otherwise, the reflection will destroy the optical components. Titanium plate is cut with argon and nitrogen as processing gas. Other parameters can refer to nickel chromium steel. Both materials have high reflectivity and very good thermal conductivity. Brass with thickness less than 1mm can be cut with nitrogen; Copper with thickness less than 2mm can be cut, and oxygen must be used for processing gas. Copper and brass can be cut only when a "reflection absorption" device is installed on the system, otherwise reflection will destroy the optical components. Application of fiber laser cutting machine.
Most laser cutting machines are controlled by NC programs or made into cutting robots. As a precise machining method, laser cutting can cut almost all materials, including two-dimensional cutting or three-dimensional cutting of thin metal plates. Laser cutting forming technology is also widely used in the field of non-metallic materials. Various cutting and blanking methods have their disadvantages and have a certain scope of application in industrial production.
The development and application of laser cutting machine is undoubtedly a major improvement and innovation breakthrough in modern industrial production. Working principle of fiber laser cutting machine. Fiber laser cutting machine is a high-tech equipment integrating advanced fiber laser technology, numerical control technology and precision machinery technology. It uses an advanced fiber laser to output a laser beam with high energy density. Through the cutting head, the beam is focused on the surface of the workpiece to form a small point (the minimum diameter can be less than 01mm), so that the workpiece is illuminated by the ultra-fine focus.
The area is instantly melted and evaporated, and then evaporated to form a hole. The numerical control mechanical system moves the irradiation position of the laser spot to make the hole continuously form a narrow gap and realize automatic cutting. Advantages of fiber laser cutting machine. Advantages of fiber laser cutting machine over CO2 laser cutting machine.Smaller focus spot, finer cutting lines, higher work efficiency and better processing quality. 2 Extremely high cutting speed. It is twice that of CO2 laser cutting machine with the same power. The world's top imported fiber laser is adopted, with stable performance and the service life of key components up to 100000 hours.
4 High electro-optic conversion efficiency. The photoelectric conversion efficiency of fiber laser cutting machine is about 30%, which is three times higher than that of CO2 laser cutting machine, saving energy and environmental protection. 5 Very low use cost.
The power consumption of the whole machine is only 20-30% of that of similar CO2 laser cutting machines. 6 Very low maintenance costs. No laser working gas; Optical fiber transmission without reflector; It can save a lot of maintenance costs. 7 The product is easy to operate and maintain.
Optical fiber transmission, no need to adjust the optical path. 8 Super flexible light guide effect. Small size, compact structure, easy to meet the requirements of flexible processing. Of course, compared with carbon dioxide laser cutting machine, the cutting range of optical fiber is relatively narrow. Because of the wavelength, it can only cut metallic materials, and non-metallic materials are not easily absorbed by it, thus affecting its cutting range.
Advantages of fiber laser cutting machine over YAG laser cutting machine. The speed of fiber laser cutting machine is 4-5 times that of YAG, which is suitable for mass processing and production.
The use cost of fiber laser cutting machine is less than that of YAG solid-state laser cutting. The photoelectric conversion efficiency of fiber laser cutting machine is about 10 times that of YAG. Power is an important part of the price of fiber laser cutting machine.
The higher the power, the higher the price and the greater the work efficiency of the product. There is a misunderstanding here, that is, some people think that no matter how thick the plate is cut, the greater the power, the better. In fact, it is not. High power is suitable for cutting thick plates. For example, 12000W can cut carbon steel and stainless steel of more than 50mm.If it is a medium thin plate, select the corresponding medium power. Whether it is cut well depends not on the power, but on the optical quality. In fact, the cutting effect of some equipment known as 15000 W and 20000 w may not be better than that of 8000w. Of course, if you cut thick plates, you must choose high power. If the power is too low, it will not cut through. At present, the power of fiber laser cutting machine on the market is between 500w-20000w, and the size of worktable can be customized according to the needs of customers. For example, if you want to cut 1-8mm carbon steel plate, you can choose 1000W laser cutting machine; If there are many times to cut 8mm thick plates, 1500W can be considered, which has high efficiency; If you often cut thin plates, 1000W is OK. If you need to process aluminum alloy for a long time, it is good to use fiber laser cutting machine. For specific cutting, you can refer to the following table of cutting parameters of laser cutting machine. Cutting parameter table of laser cutting machines. Metal / laser power (W). This item is in the category "Business & Industrial\Printing & Graphic Arts\Screen & Specialty Printing\Engraving". The seller is "fastenersnow" and is located in this country: US. This item can be shipped to United States.