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Jinwei Laser had many achievements in the field of laser cutting. On March 19,2024, it released the 135KW ultra-high-power laser cutting machine. This achievement was launched by Jinwei Laser and Kaplin Optoelectronics based on years of ultra-high-power practical use scenarios and technical processes, which had a cross-era significance. The laser, laser head, bed, system, and core components of the equipment were a combination of powerful and high-quality components. The cutting kinetic energy was strong, the processing thickness was thick, and the cutting speed was fast. For example, the speed of cutting 50mm carbon steel was 17.3 times, 6.86 times, and 1.75 times faster than cutting 20KW, 30KW, and 60KW respectively. After the professional testing of the whole machine by the China Institute of Meteorology, the output power of the equipment was determined to be more than 135 Kilowatt (full power direct test). On June 26, 2024, Jinwei Laser launched a 150KW ultra-high-power laser cutting machine. The Capelin Thunder 150KW fiber laser was its core energy source. It has a fast cutting speed and thick cutting thickness. When cutting 50mm carbon steel in batches, the efficiency of the machine is increased by more than 250% compared to 60KW equipment. The 150KW ultra-high power can easily solve the problem of processing thick plates of more than 400mm. It can realize the batch cutting of plates of 70mm and above. The heat-affected zone is smaller and the processing quality is higher. In addition, Jinwei Laser also has the ground-rail ultra-large format laser cutting machine Sa series, which can be delivered to the shipping industry with a 40m ultra-large format to meet the needs of the shipping industry for ultra-large format board cutting. In the course of its development, from 2004 to 2024, it left many marks of achievements, constantly injecting power into the development of industrial lasers, including the transformation and upgrading of heavy industries such as steel structures, ships, and machinery manufacturing. While watching the Olympics, you can also read the wonderful novels related to the Olympics!

The 3D laser cutting machine was an advanced laser cutting machine. It uses a U-shaped tube laser head, which can carry out a variety of processes on the three-dimensional processing object. It can work on any surface without manual correction of the angle. In terms of structure and technology, it was composed of a dedicated fiber laser cutting head, a high-precision Capacitive Tracking System, a fiber laser, and an industrial robot system. It could perform multi-angle and multi-directional flexible cutting on metal plates of different thickness. In terms of application, it was widely used in many industries such as car manufacturing, engineering machinery, sheet metal processing, aerospace, metal processing, advertising production, kitchenware, lamps, saw blades, elevators, metal crafts, textile machinery, food machinery, medical equipment, instruments and meters. The processing after the body was assembled was also very useful, such as opening the luggage rack fixing hole, the top cover slide rail hole, the antenna installation hole, modifying the shape of the wheel fenders, and so on. At the same time, in the fields of outdoor sculpture, outdoor landscape decoration, garden landscape engineering, etc., it can carry out 360° all-round cutting, punching, engraving and hollowing operations on metal stainless steel balls, semicircles, cylinders, cones and other special-shaped parts, and the aperture is standard without any burs. In terms of advantages, compared to the traditional processing procedures, the traditional processing procedures required the measurement of the part data, drawing, mold design and development, mold production, trial production, mold repair, etc. Only after completing these procedures could mass production be carried out. Generally, it would take more than 15 days. On the other hand, 3D laser cutting only required a set of mold to cut out the parts, greatly shortening the development cycle and reducing production costs. It could also find design and development problems in time and reduce the overall research and development costs. It increases the processing efficiency and the precision of the work piece. The cutting speed is fast, the precision is high, and there is no need to open the mold and manually polish it. In terms of market brands, there were well-known brands such as Trumpf (Germany), Han's Laser Hanslaser (China), Huagong Laser HGTech (China), Bystronic (Switzerland), AMADA (Japan), Mazak (Japan), Hongshan Laser (China), Galloping Laser Penta Laser (China), Mitsubishi-Mitsubishi (Japan), etc. These brands had their own characteristics and advantages in the development, production, sales and service of laser cutting machines. While watching the Olympics, you can also read the wonderful novels related to the Olympics!

Qianku.com had anime material like a golden laser-cut heart-shaped picture. The material used a light-colored background color as the main color of the design, and added design elements such as laser-cut, Chinese Valentine's Day, heart, and flowers. It was in the PVP format, and the source file was in the SPD format. The size of the work was 1200* 1200px. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

The price of a 3000W laser cutting machine varies depending on the format, brand, manufacturer, and configuration. The price was as follows: - 3000W laser cutting machine-4020 format price: 210,000 yuan; - 3000W laser cutting machine-6020 format price: 230,000 yuan; - 3000W laser cutting machine-6025 format price: 240,000 yuan; - 3000W laser cutting machine-8025 format price: 270,000 yuan; - Generally speaking, the market price of a 30,000,000 W laser cutting machine was around two million. At the same time, the price of a 3000W metal laser cutting machine was hundreds of thousands or even millions. There were also metal cutting machines on the market that cost about 100,000 yuan, but after-sales and quality issues needed to be considered. While watching the Olympics, you can also read the wonderful novels related to the Olympics!

The following is a self-made laser cutting machine slag removal tool idea: ** I. Construction Design ** 1. ** Frameworks ** - A support structure could be made of metal, such as a rectangular frame made of angle steel or aluminum alloy. Its size was determined by the size of the laser cutting machine's workbench and the convenience of operation. This part of the frame was similar to the support plate in Resource 3, which played a role in overall support and stability. 2. ** Slag removal work parts ** - ** Scratch the structure ** - Choose a piece of metal with high hardness, such as stainless steel, and bend one end to a suitable angle. This angle had to be able to fit the requirements of the sword fence or the angle of the work table. The metal piece could be fixed to an adjustable device, such as a metal rod that could be adjusted up, down, left, and right by a screw. In this way, the strength and angle of the scraping could be adjusted according to the specific location and attachment of the waste residue. - ** Vibrational auxiliary structure (option)** - In order to more effectively remove some stubborn slag, a vibration device could be added. For example, a small vibration motor could be installed on the frame near the scraping structure, and the vibration would be transmitted to the scraping structure through a flexible connection device (such as a rubber block). When the vibration motor worked, the scraping structure would produce high-frequency vibration, which would help shake off the slag. 3. ** Operating parts ** - A handle was installed. The handle could be made of wood or plastic for the operator to hold. The handle should be firmly installed on the frame, and the position should be in accordance with the principles of human engineering, so that it is convenient to apply force and operate the slag removal tool. ** 2. Production process ** 1. First, the metal materials needed for the frame were cut and processed according to the design size, and the various components were assembled into the frame structure by welding or bolt connection. 2. Then, the metal sheet with the scraping structure was processed, and the edges were polished to make it smooth to avoid scratching the workbench. The metal sheet was installed on an adjustable metal rod, and the metal rod was installed on the frame to ensure that the position could be flexibly adjusted. 3. If there is a vibration auxiliary structure, install the vibration motor at a suitable position on the frame, connect the power line, and install the flexible connection device for vibration transmission. 4. Finally, install the handle to ensure that the handle is firmly installed and will not interfere with other parts during operation. However, when making self-made slag removal tools, you should pay attention to safety issues, such as the stability of the tool to avoid accidents caused by tool damage during the slag removal process. At the same time, you should also consider whether the self-made tools will cause damage to the normal working parts of the laser cutting machine. While watching the Olympics, you can also read the wonderful novels related to the Olympics!