Cutting Machine Series
These kind of machine`s size and appearance can be customized.
Cutting Machine Series Automatic Cutting Machine,Automatic Feeding Laser Cutting Machine,Metal Cutting Machine,Nonmetal Cutting Machine Shandong U-May CNC Technology Co., Ltd. , https://www.fiberlasers.de
UTECH Cutting Machine Series include Plasma Cutting Machine, CO2 Metal and Nonmetal Laser Cutting Machine , Fiber Laser Cutting Machine. Mainly be used for cutting metal materials, such as stainless steel, carbon steel, aluminum, etc.
1) Plasma cutting machine include Portable type, Desktop type, Gantry type, you can choose any type you`d like. With CNC plasma cutting machines, businesses can greatly increase their capabilities, offering their clients and consumers high quality, high-end results. Known for precision, efficiency and versatility, Cnc Plasma Cutting Machines are an effective solution for manufacturing businesses, and with operations of all sizes and scopes. Here, you`ll learn more about CNC burn tables and CNC cutting machines.
2) Metal and nonmetal laser cutting machine can cut metal and nonmetal materials. Nowadays acrylic and steel is the most popular material in the advertise industry. Laser Machine s can do well performance according to it. For acrylic, customers normally need engrave and cut. The best option is co2 laser engraving cutting machine. There is different power(60w-300w) and working size(600*400mm-1500*3000mm) for meeting different requirements.
3) Fiber laser cutting machine, with 600*400mm, 1300*2500mm, 1500*3000mm working area. It is manufactured with aerospace standards and formed by 4300 tons press extrusion molding. After aging treatment, its strength can reach 6061 T6 which is the strongest strength of all gantries. Aviation aluminum has many advantages, such as good toughness, light weight, corrosion resistance, anti-oxidation, low density, and greatly increase the processing speed.
First, the technical overview of the new surface coating technology, including low-temperature chemical surface coating technology and ultra-deep surface modification technology, which uses physical, chemical or physical and chemical techniques to change the "materials and parts of the surface composition and organizational structure ", Which is characterized by maintaining the inherent characteristics of the matrix material, and also giving the various properties required for the surface to adapt to the special requirements of materials in various technical and service environments. It is therefore the most active technological area in manufacturing and materials science. Is involved in surface treatment and coating technology interdisciplinary. Its greatest strength is the highest economical efficiency with the exceptionally high surface finish that is difficult or even impossible to obtain with minimal material and energy consumption. It is a premium quality surface modification and coating technology. High-quality, efficient surface modification and coating technology Wide range of applications include: Thermochemical Surface Technology; Physical Vapor Deposition; Chemical Vapor Deposition; Physical Chemical Vapor Deposition; High Energy Plasma Surface Coating; Diamond Film Coating; Multi-layer composite coating technology; surface modification and coating performance prediction and cutting technology; performance testing and life assessment and so on. The new low-temperature chemical vapor deposition technology to introduce plasma enhanced technology, the temperature dropped to 600 degrees below the hard wear-resistant coating to obtain a new process, the production of high strength, high performance coating process in high-speed, heavy-duty, Difficult to process in the area has its special role. Ultra-deep surface modification technology can be applied to the vast majority of heat treatment parts and surface treatment pieces, instead of high-frequency quenching, carbonitriding, ion nitriding and other processes, get deeper layer, higher wear resistance, products Surge in life, can produce a breakthrough in functional changes. Second, the status quo and the development trend at home and abroad With the development of basic industries and high-tech products, the demand for high-quality and high-efficient surface modification and coating technology extends in depth. Under the situation that the fields and related disciplines promote each other at home and abroad, Breakthroughs have been made in areas such as "Thermochemical Surface Modification", "High Energy Plasma Surface Coatings," "Diamond Film Coating Technology," and "Surface Modification and Coating Process Simulation and Performance Prediction." 1. Thermochemical surface modification technology status and development trend In recent years, foreign emphasis on "controlled atmosphere conditions and vacuum conditions of carburizing, carbonitriding and other technologies, and has achieved industrialization. In our country is rarely used , The relevant technical research work is not enough.Controllable atmosphere carburizing and vacuum carburizing technology is to significantly shorten the production cycle, energy saving, saving time, at the same time improve the quality of the workpiece, non-oxidation, non-decarbonization, to ensure corrosion resistance and anti-parts surface Fatigue, and reduce heat treatment after machining allowance and cleaning work time.Current international carbon potential control and monitoring, seepage cloth control and other aspects of the research results have been applied to the actual production, and computer with online dynamic control. , CVD, PCVD Technology Status and Development Trend Vapor Deposition is a challenging research topic competing by well-known research institutes and universities in the world.At present, the technology is widely used in information, computer, semiconductor, optical instruments and other industries and electronic components Devices, optoelectronic devices, solar cells, sensor devices, such as the manufacture of a wide range of applications in the machinery industry In the production of hard wear-resistant coatings, corrosion-resistant coatings, thermal barrier coatings and solid lubricants also have more research and applications, including the popularity of TiN coated tools such as cutting has caused a revolution in the field of diamond film, The research of cubic boron nitride thin film is also very hot and has been promoted to practicality.On the basis of different PVD and CVD processes, many new processes and equipments such as IBAD, PCVD and hollow-cathode multi-arc compound Ion plating equipment, ion implantation and oil sputter deposition or evaporation of composite devices, plasma immersion ion implantation devices continue to push this kind of technology to a new height.Compared with the development of other countries in our country in the above aspects of research More, but the level of a larger difference in the practical gap between the more 3. High-energy plasma surface coating technology status and development trend of the technology is to increase the surface physical and chemical reactions, access to special performance coating. The core is more Effectively enhance and control the generation and the role of cathode arc plasma, the United States, Japan, Germany to develop this technology .Plasma Strong electrochemical surface modification technology, is currently more active in the field of international development and research, for aluminum, titanium and other materials through the plasma dimming discharge means to enhance the electrochemical treatment effect, the formation of dense metal oxide on the surface and other Oxide ceramic film, the substrate can have a very high performance surface, is the advanced manufacturing technology cutting-edge technology, machining tools and mold industry also has a very promising application. 4. Diamond film coating technology Diamond has excellent Physical properties, in the shape of complex tools, molds, drill bits and other workpiece surface deposition of a thin layer of diamond film, can improve the performance of the workpiece, and to meet the needs of some special conditions.In recent years, due to the excellent performance of diamond films and Extensive application prospects, Japan, the United States, Western Europe have carried out a lot of research work, and the development of a variety of diamond coating technology, has set off a wave of diamond coating research at home and abroad. In particular, breakthroughs have been made in the key technologies such as improving the bond strength between diamond coating and substrate, rapidly depositing large area diamond coating technology, and industrialized coating diamond film equipment system. Countries such as the United States and Sweden have introduced diamond metal Cutting tools supply market, and our country has not reached the practical level of technology, urgent development and industrialization. 5. Multi-layer multi-layer composite coating technology status and development trend A single surface coating can not meet the demanding surface conditions of surface engineering conditions, any surface treatment has its own advantages and disadvantages, because the use of different coating materials performance The advantages of forming a multi-layer multi-layer composite coating on the surface of the substrate (including extremely graded gradient layers) are of great significance. Foreign countries have carried out a single-layer coating thickness of nano-level, more than 100 layers of multi-layer composite coating technology research, the prepared coating has high corrosion resistance, toughness and strength, and the combination of the substrate The strength is good, the surface roughness is low, which is good for straight finishing high speed machining 10 people. Abroad has been included in the main aspects of development, is expected in the nano-fine coating materials research and applications there will be a new breakthrough. Because composite coating technology with anti-wear, high temperature oxidation corrosion, heat insulation and other functions, can expand the use of coating products, extending service life, is a technology that will be developed rapidly in the next century. At present, China has begun to study and achieved initial results, but there are still some problems to be solved. 6. Surface modification and coating process simulation and performance prediction of the status quo and development trend Surface modification and coating technology, as an important part of surface engineering, has infiltrated the traditional industries and high-tech industries, in accordance with the requirements of the application But also promote the further development of surface functional coating technology. According to the requirements of the application, designing the surface of the material, tailoring the surface performance parameters to meet the specific requirements, and further realizing the structure, performance and prediction of the surface coating has become an important research field in this field. Foreign countries have CVD, PVD and other surface modification methods to carry out computer simulation studies for CVD process simulation, the use of macro and micro multi-level model of the process and coating properties and substrate adhesion to simulate and predict; Carburizing, nitriding work-seepage performance stress and other computer simulations, etc., people can better control and optimize the process. Research in this area in our country has just taken a super-step. Third, the "Tenth Five-Year" goal and the main research content 1. Objective According to the development of surface functional coating technology at home and abroad, combined with the needs and status quo of the machinery industry, research and development of a number of advanced and applicable surface features for major national projects, major technical equipment Key technology of coating. 2. The main research contents: (1) new low-temperature vapor deposition technology and equipment research and development of new magnetron sputtering, ion plating, PCVD equipment and its composite equipment, and the realization of the process of automatic control. Strengthen the film, film-based research on the mechanism of bonding, reducing the film-making temperature, optimizing the reaction process and process parameters, the synthesis of a variety of wear-resistant, corrosion-resistant new high-quality coating. Focus on solving the national security and pillar industries urgent need to solve the surface engineering technical problems, and strive to form innovative scientific and technological achievements, and promote general machinery, valves, cold mold, high temperature mold and other industries in technological progress. (2) Nano-level multi-layer composite coating materials and technology research tracking the international advanced level, research more than 50 layers of nano-composite coating technology and materials, including nano-level multi-layer composite coating composite materials, structure, thickness , The comprehensive design of the number of layers, as well as the microstructure of the coating material and preparation technology research. (3) Numerical simulation of surface coating process and quality and optimization of control research and development, focusing on the thermochemical surface modification process and PVD and CVD deposition process simulation and optimization technology. The establishment of mathematical models and algorithms, the development of the corresponding computer software system to guide and analyze the surface modification and coating process design, and predict the surface properties and service life. (4) Diamond thin film coating technology Research on large area, fast and high quality diamond film coating technology and coating cutter industrialization technology are mainly focused on the improvement of the coating quality and the uniform and consistent performance. Diamond coating Deposition rate, the completion of the design and manufacture of the corresponding equipment, while the development of diamond film coating blade, carbide drill and other tools, the life expectancy increased by 10 times, and for the automotive and other industries.