Determine the structure of the rack based on functional requirements

Dongying Oil Tank Truck Spare Tire Bracket Component Company 4) Laser scribing and fracture control Laser scribing is the use of high-energy density lasers to scan the surface of brittle materials, causing the material to evaporate into a small groove when heated, and then applying a certain pressure, the brittle material will crack along the small groove. Laser scribing is generally done using Q-switched lasers and CO2 lasers. Controlling fracture is the use of the steep temperature distribution generated during laser grooving to create local thermal stress in brittle materials, causing the material to fracture along small grooves. The above is an introduction to the principle of metal laser cutting machine. Metal laser cutting machine is an automatic typesetting machine that can save a lot of materials. Moreover, the material cut by the metal laser cutting machine is very flat, and its incision is very smooth. The price of metal laser cutting machines is not cheap, generally priced at over ten to twenty thousand yuan, but this equipment can reduce processing costs during operation. Most processing manufacturers choose this type of equipment, which can reduce the manufacturing and processing costs of the enterprise..

Dongying bending parts production 3. When taking the lens, do not touch the film layer, but hold the edge of the lens 4. The laser cutting machine lens should be placed in a dry and clean place for inspection and cleaning. A good workbench surface should have several layers of cleaning wipes and several sheets of lens cleaning cotton paper. 5. Users should avoid speaking above the lenses and keep food, beverages, and other potential contaminants away from the work environment. (Author: Qingyuan Laser).

Which is good in Dongying Langfang? 4. If the computer operating system malfunctions or is infected with a virus, it is necessary to reinstall the operating system or perform virus scanning. 5. The application software is not functioning properly. At this point, it is necessary to reinstall the software and driver software for the motion control card. 6. The power supply is unstable or affected by interference signals. At this point, it is necessary to install a voltage regulator or eliminate interference signals. 7. The processing program is not written correctly. At this point, it is necessary to check and repair the machining program..

The price of Dongying medium thick plate is high, and it can perform deformation free cutting on any hardness material such as steel plate, stainless steel, aluminum alloy plate, hard alloy, etc. The beautiful butterfly below is made by a laser cutting machine. When it comes to the characteristics of a cutting machine, there are many. The key point is the narrow cutting seam, which is also the highlight of its laser cutting machine. During cutting, the laser beam is focused into a very small spot, achieving high cutting machine power at the focal point. This quickly causes the material to reach a vaporized state, and the material is quickly evaporated to form holes. At the same time, with the relative linear movement of the beam and the material, a narrow gap is formed, usually 0.10-0.20mm. The second point is non-contact cutting. The cutting of laser cutting machines is non-contact, which makes the cutting edge less affected by heat, and there is no deformation or damage to the substrate due to heat. Moreover, its positioning accuracy is 0.05mm, and the repeated positioning accuracy is 0.02mm, so the cutting gap generally does not require repeated secondary processing. The third point is to save mold investment, which is also a major reason why many businesses choose laser cutting machines. Laser processing does not require molds and does not consume molds, which saves a lot of resources and time for laser cutting machines. Let's take a look at the application fields and industries of laser cutting machines: widely used in sheet metal processing, advertising sign production, high and low voltage electrical cabinet production, mechanical parts, kitchenware, automobiles, machinery, metal crafts, saw blades, electrical parts, eyewear industry, spring plates, circuit boards, medical equipment, hardware, mobile phone industry, measuring instruments, aviation, automotive and other industries. So it's not wrong to say that laser cutting machines are the 'stylists' of our manufacturing industry. Nowadays, they have been widely used in various industries and have spread to our daily lives, making our use of things more practical and aesthetically pleasing..

Except for the laser marking machine, the centrifugal motion equipment mentioned above can perform tasks such as fabric cutting and slicing, clothing sampling, trademark, fabric embroidery cutting, leather carving and drilling, denim spray painting, embroidery, etc. As for the fully automatic laser cutting machine, its platform can move, and when combined with the feeding device, it achieves the purpose of automatic processing. Laser cutting machines are mainly used for large format processing. In addition to adhering to the characteristics of laser cutting, the interchangeable dual head laser cutting machine also has two laser heads that can be operated separately. The fully automatic trademark cutting machine can automatically recognize, model, and search for patterns such as trademarks and embroidery, and can also collect and automatically recognize and cut patterns similar to standard graphic features. Laser cutting machines are used in the clothing industry, so when clothing companies choose equipment, they need to first understand their production scope, processing materials, and processing volume, in order to determine the type, size, and quantity of equipment to be purchased, laying a simple foundation for later procurement work. When necessary, you can consult with relevant professionals from laser equipment manufacturing companies regarding technical issues. Wuhan Tianqi Laser has comprehensive laser solutions for various industries and can provide you with cost-effective solutions to help your company save costs. In short, the fundamental reason why laser cutting machines can be applied in various industries is that they can continuously use them by controlling and adjusting the power used. The future trend of laser cutting machines will also be more widespread..

The significant advantages of CNC laser cutting machines compared to other cutting equipment are mainly reflected in the following aspects: 1. Fast cutting speed, good cutting quality, and high precision; 2. Narrow cutting seam, smooth cutting surface, without damaging the workpiece; 3. Not affected by the shape of the workpiece or the hardness of the material being cut; 4. In addition to processing metal materials, non-metallic materials can also be cut and processed; 5. Save mold investment, save materials, and more effectively save costs; 6. Easy to operate, safe, and stable in performance, it improves the speed of new product development and has wide adaptability and flexibility. The CNC metal laser cutting equipment frame is the most important component of the laser equipment. Not only are the vast majority of components installed on the frame, but they also have to withstand the weight of the workbench and all inertial impact loads during acceleration and deceleration processes. The design and research and development of the frame of a CNC metal laser cutting machine mainly include: 1. determining the conditions for fast, high-precision, and stable operation of the CNC laser cutting equipment under various working conditions and environments. 2. Determine the structure and parameters of the rack according to functional requirements, and establish a corresponding dynamic model based on the structural characteristics of the laser cutting machine. 3. Study the influence of the structure and parameters of the rack on its static and dynamic stiffness and thermal stability, and provide theoretical basis for rack design. 4. Determine the mutual coupling relationship between the rack and other components. Therefore, in the design of the CNC metal cutting machine frame, how to reasonably arrange the metal, reduce its own weight, improve the rigidity of the machine body, and reduce the impact of temperature changes on accuracy are key considerations in the design process. In the actual circuit of CNC metal laser cutting machine, there is a problem of strong electrical interference between analog signals and digital signals. The function of a photoelectric isolation circuit is to transmit signals through light as a medium in the case of electrical isolation, which can isolate the input and output circuits Therefore, it can effectively suppress system noise, eliminate interference from grounding circuits, and has the advantages of fast response speed, long lifespan, small size, and shock resistance, making it widely used in strong weak current interfaces, especially in the forward and backward channels of microcomputer systems. Optocouplers have three characteristics: 1. Signal transmission adopts an electric optical electric form, with the light emitting and receiving parts not in contact, which can avoid possible feedback and interference from the output end to the input end. 2. Strong ability to suppress noise interference. 3. It has the advantages of durability, high reliability, and fast speed. The response time is generally within a few seconds, and some high-speed optocouplers have a response time even less than 10ns. Therefore, when designing the circuit of a CNC laser cutting machine system, attention should be paid to the isolation between the input signal circuit and the microcontroller connection.

Compared with laser cutting, laser cutting equipment requires a larger investment and is currently mostly used for cutting thin steel plates and some non-metallic materials. It has a faster cutting speed and higher accuracy, but laser cutting can cause arc marks and thermal effects at the cutting seam; In addition, laser cutting is not ideal for some materials, such as non-ferrous metals and alloys such as aluminum and copper, especially for cutting thicker metal plates. The cutting surface is not ideal, and it is even impossible to cut. Currently, research on high-power laser generators is aimed at solving the cutting of thick steel plates, but the costs of equipment investment, maintenance, and operation consumption are also considerable. Water cutting has low investment, low operating costs, a wide range of cutting materials, high efficiency, and easy operation and maintenance. Compared with plasma cutting, plasma cutting has obvious thermal effects, low accuracy, and the cutting surface is not easy to undergo secondary processing. Water cutting belongs to cold cutting, with no thermal deformation, good cutting surface quality, and no need for secondary processing. It is also easy to perform secondary processing if necessary. Compared with wire cutting for metal processing, wire cutting has higher accuracy but slower speed. Sometimes, other methods such as perforation and threading are required for cutting, and the cutting size is greatly limited. Water cutting can punch and cut any material with fast cutting speed and flexible processing size. For some metal parts, the punching and shearing process can be adopted, which is efficient and fast, but requires specific molds and cutting tools. Compared with this cutting method, water cutting is more flexible and can be used to cut and process workpieces of any shape at any time, especially in cases where the material is thick or hard. The punching and shearing process will be difficult or impossible to achieve, while the water cutting method is more ideal; Flame cutting is also a commonly used cutting process in the metal field, with a wide range of cutting thickness. However, compared with water cutting, its thermal effect is obvious, and the cutting surface quality and accuracy are poor. In addition, water cutting can effectively solve the cutting and processing of special materials such as high melting points, alloys, and composite materials. In the cutting and processing industries of glass, stone, ceramics, etc., the traditional method is to use diamond cutting tools for cutting, sawing, milling, etc. The cutting thickness range is very large and the speed is fast. However, for conventional thickness plates, water cutting can perform high-precision cutting and processing of arbitrary curves, with high yield, reduced production costs, and greatly improved added value of processed products..

Strong technology, fair price, trustworthy! Local processing manufacturers, rest assured and reliable. If you carefully count the cutting processes for sheet metal (metal sheet thickness below 6mm), they mainly include laser cutting, plasma cutting, flame cutting, shearing machine, stamping, etc. In recent years, laser cutting machines have emerged and flourished. In the field of metal sheet cutting, from ultra-thin plates at the micrometer level to thick plates of tens of millimeters, they can perform perfect and effective cutting. In a sense, laser cutting machines have brought a technological revolution to sheet metal processing. Compared to traditional cutting methods, laser cutting is easier to understand and learn, and has advantages in terms of processing effect and speed required by businesses. Therefore, it is believed that laser cutting machines will be the trend in the selection of cutting methods in the future. Laser cutting has high efficiency, high energy density, and flexibility, making it the best choice for the sheet metal cutting industry in terms of precision, speed, and efficiency. As a precision machining method, laser cutting can cut almost all materials, including two-dimensional or three-dimensional cutting of thin metal plates. Laser can focus into extremely small light spots, which can be used for micro and precision machining, such as the machining of narrow slits and micro holes. PP module rainwater collection system rainwater accident pool rainwater recovery system rainwater collection.

Laser melting cutting can achieve higher cutting speeds than gasification cutting. The energy required for gasification is usually higher than that needed to melt the material. In laser melting cutting, the laser beam is only partially absorbed. The cutting speed increases with the increase of laser power, and decreases almost inversely proportional with the increase of plate thickness and material melting temperature. Under a constant laser power, the limiting factor is the air pressure at the slit and the thermal conductivity of the material. Laser melting cutting can obtain non oxidizing cuts for iron materials and titanium metals. The laser power density that produces melting but not gasification is between 104W/cm2 and 105W/cm2 for steel materials. 2. In the process of laser vaporization cutting, the rate at which the surface temperature of the material rises to the boiling point temperature is so fast that it can avoid melting caused by thermal conduction. As a result, some materials vaporize into steam and disappear, while others are blown away as ejecta from the bottom of the cutting seam by the auxiliary gas flow. In this case, a very high laser power is required. To prevent material vapor from condensing onto the slit wall, the thickness of the material must not exceed the diameter of the laser beam significantly. This processing is therefore only suitable for applications where it is necessary to avoid the exclusion of molten materials.

Due to the lingering aftermath of the airbag inflator scandal, car manufacturers have taken strict measures to strengthen inspections of airbag ignition system components. The automatic detection system enables suppliers to ensure that the components they provide meet strict safety standards without slowing down production progress.