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Oct 09,
2024Laser cutting acrylic billboards: the perfect display of modern technology！With the continuous development of science and technology, the production process of billboards is also constantly improving. Traditional billboard production methods, such as inkjet printing and engraving, are low-cost, but the results are often unsatisfactory. Nowadays, a new billboard production technology called laser cutting acrylic is gradually becoming the new favorite of the industry.
Laser cutting acrylic billboards, as the name suggests, are billboards made by cutting acrylic materials using laser technology. Compared with traditional production methods, laser cutting has many advantages. First of all, its precision is very high, and it can produce very fine patterns and texts, making the visual effect of billboards more outstanding. Secondly, laser cutting will not cause any damage to the material, so it can ensure the integrity and beauty of acrylic materials. In addition, laser cutting also has the advantages of high efficiency and environmental protection, which can greatly improve production efficiency and reduce costs.
In the specific production process, laser cutting acrylic billboards requires multiple processes. First, designers need to design according to customer needs and determine the size, pattern, text and other contents of the billboard. Then, transfer the designed file to the laser cutting machine for cutting. In this process, it is necessary to adjust according to factors such as the thickness of the acrylic material and the power of the laser to ensure the quality and efficiency of the cutting. Finally, the cut billboards are cleaned, assembled and installed, and finally present a perfect advertising effect.
Laser cutting acrylic billboards are widely used. In the commercial field, it can be used for store decoration, brand promotion and other aspects. In the field of exhibition and display, it can be used for display boards, display racks and other aspects. In addition, it also has broad application prospects in cultural creativity, home decoration and other fields.
As a new type of billboard production technology, laser cutting acrylic billboards has many advantages and application prospects. It can meet the high requirements of modern people for advertising quality and visual effects, and can also promote the innovation and development of the advertising industry. I believe that in the near future, laser cutting acrylic billboards will become one of the mainstream production methods in the advertising industry.
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Oct 09,
2024What are the advantages of laser cutting machines in food machinery applications?The safety and sanitation of food machinery has a great impact on the health of consumers, so the requirements of high standards and high cleanliness increase the difficulty of equipment production for food machinery manufacturers. So how to solve these problems? Here is how SAN laser cutting machine can improve the problem of food machinery manufacturing.
For a long time, the domestic food machinery manufacturing industry has been facing the embarrassing situation of being small and scattered, large but not refined, and is basically dominated by automated food processing equipment. The preliminary design and proofing of automated food machinery require a lot of time to achieve the investment and production of finished products. For different types of food, the functions required by food equipment are also very different. If customized production relies on traditional processing methods, it requires multiple links such as mold opening, stamping, shearing, bending, etc., which is inefficient, consumes a lot of molds, and has high costs, which seriously hinders the pace of innovation and development of the food machinery industry.
The advantages of SAN laser cutting machines in food machinery are mainly reflected in the following aspects:
1. Hygiene: SAN laser cutting machine is a non-contact processing, so it is very clean and hygienic, suitable for food machinery production;
2. Processing accuracy: The slit of laser cutting is generally 0.10 ~ 0.20 mm, with high precision.
3. Smooth cutting surface: The cutting surface of laser cutting is burr-free, and it can cut plates of various thicknesses. The cutting surface is very smooth and does not require secondary processing.
4. SAN laser cutting machine is highly efficient: The laser cutting speed is fast, which effectively improves the production efficiency of food machinery;
5. SAN laser cutting machine is suitable for processing large-size products: The mold manufacturing cost of large-size products is very high, and laser cutting does not require any mold manufacturing, which can completely avoid the collapse caused by material punching and shearing, greatly reduce production costs, and improve the grade of food machinery.
6. Very suitable for the development of new products: Once the product drawings are formed, they can be laser processed immediately, so as to obtain the physical objects of new products in a short time, effectively promoting the upgrading of food machinery.
7. Save materials: Laser processing uses computer programming, which can cut products of different shapes with materials, improve material utilization, and reduce the production cost of food machinery.
In summary, the advantages of food machinery not only improve the production cycle of the food machinery manufacturing industry, but also greatly reduce the production cost, which improves the competitiveness of the industry for manufacturers. In the future development of food machinery, the application of advantages in food machinery will further the industry towards digitalization and intelligence.
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Oct 09,
2024Four major factors affecting the speed of laser marking machines！Generally speaking, the main reasons affecting the speed of laser marking machines are: one is the equipment itself, and the other is the processing workplace. The main reasons for the equipment itself are laser frequency, laser spot mode and light speed divergence angle laser power, reasonable optical matching processing, and another reason is mainly the marking density, marking range, marking depth and laser spot size during processing.
1. Marking density: Under the same format, the same spot, and the same depth, the higher the marking density, the slower the corresponding marking speed, because the high density directly increases the marking area.
2. Marking range: The marking speed of a large range is slower than that of a small range, because the deflection area of the large-scale marking galvanometer is increased, which will naturally have a certain impact on the marking speed.
3. Marking depth: According to demand, if you need to deepen the marking depth, you need to adjust the parameters of the fiber laser marking machine, increase the power current and other parameters of the fiber laser marking machine, which will affect the marking speed.
4. Laser spot size: The density of the marking characters will also affect the speed. Under the condition of the same marking area, the same spot and the same marking depth, the higher the density of marking, the slower the marking speed. After all, the greater the density of the characters to be marked, the more the area to be marked will be.
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Oct 09,
2024How to increase the laser marking speed of the laser marking machine?1. Sufficient power
The power of the fiber laser marking machine is 20W, 30W, 50W, 100W, etc. The higher the power, the more expensive it is. Generally speaking, 20W is enough for ordinary metal materials, but you can't buy 20W directly because you save money. Please take samples in advance and choose the appropriate power according to the hardness of the product.
2. Fast
Since the laser marking machine is fast, choose a fiber laser marking machine, that is, pay attention to processing efficiency. On the premise of meeting the power standard, the service life of the machine should be considered as soon as possible.
3. How to increase the laser marking speed of the laser marking machine?
One of the most important aspects is the setting of the machine's operating parameters. Manual low speed and manual high speed affect the running speed of the machine in manual state. These speeds should be comprehensively considered based on the overall performance of the laser marking machine and the hardness of the processed material, and should be set to the maximum value as much as possible to improve efficiency.
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Oct 09,
2024Laser marking equipment is becoming more and more diverse, and its application range is becoming wider and wider！1. UV laser marking machine
The UV laser is developed using a 355nm UV laser. It uses the third-order intracavity frequency doubling technology and uses laser energy to break the bonds between atoms or molecules, turning them into small molecules and evaporating them. Compared with infrared lasers, UV lasers are truly cold lasers with very little thermal effect. It can greatly reduce the mechanical deformation of materials and has a small processing thermal effect. Therefore, it is mainly used for ultra-fine marking and engraving, especially for high-speed segmentation of glass materials for food and pharmaceutical packaging materials and complex pattern cutting of silicon wafers. UV marking machine is the preferred product for customers with high requirements for marking. It has the characteristics of high photoelectric conversion rate, stable operation of the whole machine, high marking accuracy, high work efficiency, modular planning, and convenient equipment protection. It is mainly used for the identification of the surface of packaging bottles of polymer materials such as iPhones, cosmetics, medicines, and foods; marking and scribing of flexible PCB boards; micropores and blind holes of silicon wafers; liquid crystal glass, glassware surface, metal surface coating, plastic keys, electronic components, gifts, communication equipment, building materials, etc.
2. Fiber laser marking machine
Fiber laser marking machine is currently widely used. It uses fiber laser to output laser, and then uses high-speed scanning galvanometer system to realize marking function. Fiber laser marking machine has high photoelectric conversion efficiency, air cooling, small size, good output beam quality, high reliability, long life, energy saving and environmental protection, and can engrave metal materials and some non-metallic materials. The effect of marking is to expose the deep material through the evaporation of surface material, or "carve" traces through the chemical and physical changes of surface material caused by light energy, or burn part of the material through light energy, and display the required etching pattern, text, barcode and other graphics. It is mainly used in deep, smooth and high-fineness fields. It is widely used in integrated circuit chips, computer accessories, industrial bearings, clocks and watches, electronic communication products, aerospace devices, various automotive parts, household appliances, hardware tools, molds, wires and cables, food packaging, jewelry and other fields of graphic and text identification, tobacco, military industry, large-scale production line operations, marking speed is 3~12 times that of traditional first-generation lamp pump marking machine and second-generation semiconductor marking machine.
3. CO2 laser marking machine
CO2 laser marking machine, commonly known as CO2 marking machine, its key core component is laser, which is divided into glass radio frequency tube and metal radio frequency tube. From the perspective of market application, metal radio frequency tube has high cost performance, service life can reach more than 100,000 hours, and laser wavelength is 10.64μm. It belongs to the mid-infrared band, has high power, high electro-optical conversion rate, and uses CO2 gas as working material. CO2 laser marking machine is a high-performance laser marking equipment, which uses laser beam expansion, galvanometer, focusing, and finally controls the deflection of galvanometer to achieve marking. The marking speed is fast and suitable for marking most non-metallic materials. The effect of marking is to expose the deep material through the evaporation of the surface material, so as to engrave beautiful patterns, trademarks, dates, logos or text. At present, CO2 laser marking machine is mainly used in some occasions with high precision requirements. It is used in food, medicine, alcohol, electronic components, integrated circuits, electrical appliances, mobile communications, building materials, PVC pipes and other industries.
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