Wuhan Keyi Optic & Electric Technology Co., Ltd is a high-tech enterprise in Wuhan East Lake Hi-Tech Industrial Development Zone. We have a modernized manufacturing base and a high quality team; the scientific and technical personnel account 80% of the workforce, the number of senior technical staff accounts for 30%.
Over the years, our company has established partnerships with many domestic research institutes, insisting on the policy of scientific and technological innovation, customer satisfaction. Since foundation, with strict management and innovative spirit, we have successfully developed a number of advanced expertise; products include Diode-pumped laser machine, CO2 laser machine, fiber laser machine series, laser welding machine, laser cutting machine, Currently, our products have been exported to Thailand, Brazil,German,Pakistan,Korean,etc. and widely used in electronic components, manufacturing, machinery, internal combustion engines, auto parts, medicine, food, household industrial and defense industries.
Why Choose Us
1.High quality
Our products are manufactured or executed to very high standards, using the finest materials and manufacturing processes.
2.Professional team
Our professional team collaborate and communicate effectively with one another, and are committed to delivering high-quality results. They are capable of handling complex challenges and projects that require their specialized expertise and experience.
3.Long warranty
The long-term warranty is designed to give consumers more confidence that their purchases and services will continue to be valid.
4.Rich experience
Dedicated to strict quality control and attentive customer service, our experienced staff is always available to discuss your requirements and ensure complete customer satisfaction.
What is 1390 CO2 Laser Cutting Machine
The 1390 CO2 laser cutting machine is a versatile and reliable tool for laser cutting and engraving. It boasts high precision and efficiency, making it ideal for a wide range of materials such as wood, acrylic, leather, and more. With its user-friendly interface and advanced features, this machine is perfect for both professional and hobbyists looking to elevate their creative projects.
Benefits of 1390 CO2 Laser Cutting Machine
High-precision cutting
1390 CO2 laser cutting machines are known for their excellent precision. The laser beam can be controlled very precisely, usually between 0.1 and 0.5. This allows tiny cuts and engravings to be made on the workpiece without damaging the surrounding material. This means it can achieve complex geometries and subtle patterns, making it ideal for applications requiring fine processing, such as electronic component manufacturing and jewelry processing.
High speed cutting
1390 CO2 laser cutting machines can complete a large amount of cutting work in a short time, far exceeding traditional cutting methods. The laser beam moves at extremely high speeds and can cut complex patterns or shapes in seconds. This makes it very useful in high-volume production, such as automotive manufacturing and sheet metal processing, to improve production efficiency.
Contactless cutting
Laser cutting is a non-contact processing method that does not require physical contact with the workpiece surface. This means that the 1390 CO2 laser cutting machines does not introduce any mechanical stress or deformation, nor does it damage the surface of the material. This is important for applications where material finish and surface quality need to be maintained.
Multi-material adaptability
1390 CO2 laser cutting machines have excellent multi-material cutting capabilities and can handle many different types of materials, including metal, plastic, wood, paper, ceramics, etc. From metal processing to paper manufacturing, from woodworking to leather crafts, 1390 CO2 laser cutting machiness can cut different materials as needed without changing knives or tool tables, which greatly improves work efficiency.
Automation and programmed control
1390 CO2 laser cutting machines are usually equipped with advanced automation and programming control systems. Operators can use computer-aided design software to create cutting paths and patterns, and then transmit these instructions to the cutting machine, enabling a highly automated production process. This automated control also enables laser cutters to handle large-scale production without the need for extensive human involvement. This reduces labor costs and reduces human error in production.
Low waste generation
1390 CO2 laser cutting machines typically produce less scrap than traditional mechanical cutting methods. This is because laser cutting is a non-contact process that requires no saw blades or knives, thus reducing material waste. This is important for an environmentally friendly production process and also helps reduce raw material costs.
Flexibility
1390 CO2 laser cutting machines can be programmed and adjusted to suit a variety of materials and cutting requirements. This flexibility makes it useful in custom production and rapid prototyping.
Application of CO2 Laser Cutting Machine
1.Manufacturing
The 1390 CO2 laser cutting machine is widely used and diversified in the manufacturing industry. First of all, the 1390 CO2 laser cutting machine is widely used in the field of metal processing. It can be used for different types of metals of cutting, carving, and drilling, including steel, aluminum alloy, and stainless steel. This plays a key role in automotive manufacturing, aerospace, ship construction, and metal processing industries. In addition, the 1390 CO2 laser cutting machine also plays an important role in the application of non-metallic materials, such as plastic, wood, paper, and ceramic cutting and carving. Specifically, it is reflected in the packaging industry, furniture manufacturing, art production, and electronic devices. Its high -precision, high efficiency, and multi-material applicability make it an important tool for modern manufacturing.
2.Medical field
The 1390 CO2 laser cutting machine is widely used in the medical field, and its high precision and no-contact properties make it a precious tool in medical equipment manufacturing and medical treatment. First of all, 1390 CO2 laser cutting machines can be used to make high-precision medical equipment components, such as implants and surgical tools. It can accurately cut metal, plastic, and bio-mag therapy materials to ensure the quality and performance of medical equipment. In addition, CO2 laser cutting is also used to manufacture minimally invasive surgical equipment, which can reduce surgical trauma and improve surgical effects.
3.Art and design
The 1390 CO2 laser cutting machine can achieve amazing details and accuracy. Artists can engrave and cut laser beams on wood, plastic, leather, and other materials to create complex textures, shapes, and patterns. The speed and efficiency of laser-cutting machines provide more creative freedom for artists. They can turn their ideas into practical works faster, save time and energy, and make the creative process smoother. Laser cutting machines also make batch production art possible. From customized furniture to decorations, it can be easily implemented through laser cutting.
4.Other industries
The 1390 CO2 laser cutting machine is also an indispensable tool in other industries. It’s high-precision and multi-material cutting ability make it an ideal tool for interior decoration. In decoration manufacturing, laser cutting can be used to create exquisite metals, wood, or acrylic carvings, such as wall decoration, chandeliers, furniture, and decorative boards. In the field of construction, the C1390 CO2 laser cutting machine can be used to customize the appearance and components of the building. It can cut complex metal panels, railings, fences, and staircase armrests to give the building artistic and personalized characteristics.
Working Principle of 1390 CO2 Laser Cutting Machine
The working principle of laser cutters involves focusing a high-energy laser beam into a tight spot to vaporize the material.
However, the source that generates the laser beam varies from one type of laser to another.
CO2 lasers consist of a glass tube filled with a mixture of carbon dioxide, nitrogen, helium, and hydrogen gas.
Passing electricity through the glass tube excites the molecules of the gas mixture and increases their energy.
These excited molecules then release the excess energy in the form of bright light. The wavelength of the light released lies in the infrared spectrum and is therefore invisible.
The bright light then resonates between a partially reflective mirror and a fully reflective mirror until it attains the desired brightness.
A laser delivery system consisting of a series of mirrors, guides the laser to the laser head.
In the laser head, the laser passes through a focusing lens that converges it into a tiny spot and increases the energy density of the laser.
This high-energy laser is then directed at the surface of the material to be cut.
Components of 1390 CO2 Laser Cutting Machine
Laser power supply
Supplies the high-voltage power for the laser tubes. The generated laser light passes through the reflecting mirrors, and the light guide system guides the laser to the direction required for the workpiece.
Laser oscillator (ie laser tube)
The main equipment for generating laser light.
Reflecting mirrors
Guide the laser in the required direction. In order to prevent the beam path from malfunctioning, all mirrors must be put on protective covers.
Cutting torch
mainly includes parts such as a laser gun body, focusing lens, and auxiliary gas nozzle, etc.
Working table
Used to place the cutting piece, and can move accurately according to the control program, usually driven by a stepper motor or a servo motor.
Cutting torch driving device
Used to drive the cutting torch to move along the X-axis and Z-axis according to the program. It is composed of transmission parts such as a motor and a lead screw. (From a three-dimensional perspective, the Z-axis is the vertical height, and the X and Y axes are horizontal)
CNC system
The term CNC stands for 'computer numerical control'. It controls the movement of the cutting plane and the cutting torch and also controls the output power of the laser.
Control panel
Used to control the entire working process of this cutting equipment.
Gas cylinders
Including laser working medium gas cylinders and auxiliary gas cylinders. It is used to supply the gas for laser oscillation and supply auxiliary gas for cutting.
Water chiller
It is used to cool the laser tubes. A laser tube is a device that converts electrical energy into light energy. If the conversion rate of a CO2 laser is 20%, the remaining 80% of the energy is converted into heat. Therefore, the water chiller is needed to take away the excess heat to keep the tubes working fine.
Air pump
It is used to supply clean and dry air to the laser tubes and beam path to keep the path and reflector working normally.
How to Maintain 1390 CO2 Laser Cutting Machine
Cleaning of laser cutting head
The cleaning operation of the 1390 CO2 laser cutting machine is an important part of daily maintenance. First, clean the laser cutting head regularly. During the cutting process, the laser cutting head usually becomes unclear due to dust and dirt, which affects the cutting quality. Using appropriate tools, such as cotton swabs and alcohol, gently wipe the cutting head to ensure its surface remains clean.
Lens and lens maintenance
Another important cleaning task is maintaining lenses and lenses. Lenses and lenses are affected by smoke and dust during the laser cutting process, so it is important to check and clean them regularly. Use appropriate cleaners and special cloths to clean these optical components to ensure the quality of the laser beam.
Cleaning of exhaust system
The exhaust system of the 1390 CO2 laser cutting machine is used to discharge the generated exhaust gas and smoke. It is important to regularly inspect and clean your exhaust system’s filters and exhaust ducts to ensure the system is functioning properly. A clogged filter may prevent exhaust gas from being discharged, affecting cutting quality and the operating environment. Replace filters regularly to maintain proper system operation.
Maintenance of air-cooled or water-cooled systems
The exhaust system of the 1390 CO2 laser cutting machine is used to discharge the generated exhaust gas and smoke. It is important to regularly inspect and clean your exhaust system’s filters and exhaust ducts to ensure the system is functioning properly. A clogged filter may prevent exhaust gas from being discharged, affecting cutting quality and the operating environment. Replace filters regularly to maintain proper system operation.
Periodic calibration of optical system
The optical path system is the core part of the 1390 CO2 laser cutting machine and affects the cutting accuracy and quality. Regularly calibrate the optical system, including the position and angle of mirrors and lenses, to ensure the correct positioning of the laser beam. Improper optical alignment can lead to cut deviations and unevenness, so this step is critical.
Forced cooling system maintenance
Forced cooling systems are used to cool the laser generator and keep it operating within the appropriate temperature range. Check coolant temperature and flow regularly to ensure system stability. Clean build-up in your cooling system to avoid clogging and overheating.
Inspection of vacuum pumps and gas supply systems
1390 CO2 laser cutting machines usually use vacuum pumps to maintain low-pressure gas in the laser tube. Regularly check the operation of the vacuum pump to ensure that its adsorption effect is good. In addition, check the gas supply system to ensure the combined gas pressure and flow requirements.
Laser tube life test
The laser tube is one of the core components of the 1390 CO2 laser cutting machine, and its life is usually related to the frequency of use and maintenance. Regularly check the performance of the laser tube and record its service life. Once a laser tube reaches the end of its life, it needs to be replaced to maintain the performance of the device.
How to Choose 1390 CO2 Laser Cutting Machine
Choose the right brand
When searching for laser cutting machines or engraving machines, it is essential to make sure that you get them from the manufacturer that is most suited for developing them. If you fail to do so, you risk purchasing a laser machine of poorer quality. You may question how I can check the brand’s authenticity or determine whether trusted.
It is a lot simpler than it appears. All you have to do is evaluate their customer service and see how they respond to questions, read their articles and reviews, and observe whether or not they take the time to explain things or speed through the process. A business’s reputation gets built on all of these different factors. Of course, the price is another significant factor; nevertheless, you shouldn’t make your selection entirely on the price alone.
Set a budget
When selecting a laser-cutting machine, most people neglect to establish a budget, leading them to overspend or get something incredibly cheap. Therefore, when you enter the market, you must have researched the pricing of the different equipment while setting the budget. In addition, when buying a machine, you must consider your return on investment (ROI). If your sales are meager and you buy a machine worth ten times what you make, the business is at a loss. Be sure you plan thoroughly and wisely.
Ensure requirements
Before investing in laser cutting equipment, you must determine its fundamental function. Your necessity for a particular laser form will be established by the kinds of materials you cut. 1390 CO2 laser cutting machines come in various sizes and power; therefore, know your requirements before purchasing. If you want to put the device to use in an industrial setting, then you should look into buying a high-powered laser. On the other hand, small, low-powered lasers are excellent if you plan them for personal crafts and small businesses.
Choose cnc technology
There is a wide variety of CO2 laser manufacturers available on the market. You must choose the one that is the most excellent available option. In addition, as a result of technological advancements, selecting laser machines equipped with CNC technology is becoming an increasingly fundamental necessity. With the aid of this technology, you will be able to complete your task in a considerably shorter amount of time and with much more performance since it would help small businesses save money on labor costs.
Ensure workstation
You must have a solid grasp of the dimensions of the workstation before you go ahead and make an impulsive purchase of laser-cutting equipment. Always make an effort to maintain the laser equipment in an open area for the sake of adequate ventilation. Users, for the vast majority, do not think about the workstation, which causes the laser machine to be in a highly congested area, leading to various complications. Many laser machines are available on the market and can be any size or shape. Make sure you have your workstation’s measurements on hand before acquiring a machine.
Certifications
Our Factory
Based on the principle of "quality and service is foundation", stick to quality first, service to win. We not only provide users with excellent satisfying equipment, but also timely lifetime services, like technical advice and after-sales service, which gain us a high reputation among users. With the knowledge economy marching forward, we sincerely hope to cooperate, innovate, and develop with you hand in hand!
FAQ
Q: What is a 1390 CO2 laser cutting machine and how does it work?
Q: What materials can a 1390 CO2 laser cutting machine cut?
Q: What are the limitations of materials that can be cut with a 1390 CO2 laser?
Q: How thick can a 1390 CO2 laser cutter handle?
Q: What is the typical power consumption of a 1390 CO2 laser cutting machine?
Q: Are 1390 CO2 laser cutters safe to operate?
Q: What maintenance is required for a 1390 CO2 laser cutting machine?
Q: What determines the quality of the cut made by a 1390 CO2 laser?
Q: How fast can a 1390 CO2 laser cutter operate?
Q: Can a 1390 CO2 laser cutter be controlled remotely?
Q: What is the typical lifespan of a 1390 CO2 laser tube?
Q: Can a 1390 CO2 laser cutter engrave?
Q: How do I clean the lens of a 1390 CO2 laser cutter?
Q: What is the minimum and maximum width of a cut that a 1390 CO2 laser can make?
Q: Can a 1390 CO2 laser cutter be used outdoors?
Q: How do I choose the right power for my 1390 CO2 laser cutting machine?
Q: What type of cooling system does a 1390 CO2 laser cutting machine use?
Q: Can a 1390 CO2 laser cutter be integrated into a CNC system?
Q: What is the typical footprint of a 1390 CO2 laser cutting machine?
Q: Can a 1390 CO2 laser cutter cut through painted materials?
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