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The 20,000 watt model 12025 laser plate cutter is finally assembled, the next waiting for the process of testing the machine, looking forward to the successful completion of the test waiting for shipment.

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UV Laser Marking Machine !

The live demonstration of the UV laser marking machine was both informative and captivating. The machine was designed to mark a variety of materials, including plastics, ceramics, and metals, with great accuracy and efficiency.

Using a high-powered UV laser beam, the machine was able to create intricate and detailed marks, logos, and patterns on the surface of the material. The laser beam was also adjustable to accommodate different materials and thicknesses, ensuring that the marking was consistent and precise.

One of the unique aspects of this machine was its ability to mark black or dark-colored materials, which is a difficult task with traditional marking technologies. The UV laser beam was able to penetrate the surface of the material without causing any damage, leaving a permanent mark that was both clearly visible and easy to read.

Additionally, the UV laser marking machine was equipped with advanced software that allowed for customization and flexibility in the marking process. From logos to serial numbers, the machine could mark a wide range of designs and formats, making it a versatile tool for industrial and commercial applications.

Overall, the UV laser marking machine was an impressive piece of technology that showcased the power and precision of laser marking. Its ability to mark a variety of materials, colors, and formats with such accuracy and efficiency makes it a must-have tool for any modern manufacturing facility.

UVlasermarker#UVlasermarkingmachine#lasermarkingmachine

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Fiber Laser Plate Cutting Machine

An impressive live demonstration of a fiber laser cutting a pentagram-shaped sheet. Equipped with high-power fiber laser technology, the machine cuts through the metal material with amazing precision and speed, leaving smooth, burr-free edges.

Even the complex corners and sharp edges of the pentagram shape are no problem for the machine, which cuts every edge with ease and precision. By controlling the width of the laser beam, the cutting process can be fine-tuned to achieve a perfect cut without causing any unnecessary damage to the sheet.

The speed at which the machine runs is a testament to the efficiency of fiber laser cutting. The entire process is fast, clean and produces highly accurate cuts. It's easy to see why fiber laser technology is quickly becoming the industry standard for precision cutting, especially in the sheet metal processing industry.

At the end of the day, we get perfectly cut pentagram shapes that are free of imperfections and ready for further processing and assembly. The combination of precision cutting and cost-effective technology offers unlimited possibilities for creative design and superior quality in all kinds of sheet metal. It's easy to see that fiber laser cutting technology is taking the industry by storm and shaping the future of metal processing.

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The on-site demo of the fiber laser cutting machine for cutting various types of pipes is an impressive sight. The machine utilizes advanced technology to precisely cut pipes with different diameters and thicknesses, while maintaining a clean cut and minimal waste. The operator simply inputs the required parameters into the machine's computer interface and the laser performs the rest. The speed and accuracy of the cuts are unmatched by traditional cutting methods, resulting in reduced production time and increased productivity. The fiber laser cutting machine not only saves time and labor costs, but also produces high-quality cuts that are critical in industries such as construction, vehicle manufacturing, and aerospace engineering.

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The first day of work after the Mid-Autumn Festival, full of energy, customers need five machines can be successfully shipped, three days earlier than the expected delivery date, thanks to the efforts of all partners.

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Since ancient times, there are many thoughts on the night of autumn, and this night the moon is bright and the heart is warm. On the occasion of the Mid-Autumn Festival, on behalf of all the staff of New Day Laser, I would like to wish friends and their families a happy Mid-Autumn Festival, a happy reunion, a happy heart, and happiness forever! At the same time also remind the partners struggling in the workplace, the Mid-Autumn Festival company rest for three days (15th-17th), please pay attention to the time, do not pounce. In case of emergency, please contact with Yacob, phone/whatsapp:+8613650038845, e-mail: general.manager@shineriselaser.com. Thank you !

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Live demonstration of robotic pulsed laser cleaning

A live demonstration was given today to a customer in Brazil to show the power and efficiency of a robot equipped with a pulsed laser cleaning system for mold cleaning. The demonstration was a great success and impressed both the customer and the accompanying staff.

The Pulsed Laser Cleaning System equipped robot is an innovative solution for fast and efficient mold cleaning. The system uses pulsed laser technology to quickly remove any debris from the mold surface without compromising the integrity of the mold. The system is particularly effective at removing dirt, grease and rust, making it ideal for industrial mold cleaning applications.

In a live demonstration, the robot effortlessly cleaned a mold with a high degree of accuracy and precision. It removed the dirt that had accumulated on the surface of the mold over time, restored the mold's original luster, and most importantly, pulse-cleaned it without damaging the surface of the mold at all. In this way, the robot not only saves time, but also improves mold quality and efficiency.

In addition, the robot's unique cleaning ability ensures safety and environmental protection. There is no need to use harmful chemicals or cleaning materials that are toxic to the environment, making it an environmentally friendly mold cleaning solution.

In conclusion, the live demonstration of the robot with the pulsed laser cleaning system showed its many advantages and impressive results. It proved to be an economical, efficient and safe solution for mold cleaning. As a result, it will revolutionize the mold cleaning industry and provide a more sustainable and safer working environment.

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Live demonstration of the laser pipe cutter !

The Laser Pipe Cutter was recently demonstrated in a live demo, showing its ability to cut and punch on square pipes. The machine ran perfectly and the results were impeccable. The demonstration was well received by industry professionals and enthusiasts alike.

The Laser Pipe Cutter utilizes state-of-the-art laser technology to cut and punch on a variety of pipes, including square pipes. The precision and accuracy of the machine is unrivaled in the industry and allows for complex cuts and punches to be made with ease.

During the demonstration, the machine effortlessly cuts and punches holes in square pipes of varying thicknesses and sizes. The cuts and perforations were perfectly shaped and clean without any damage or distortion. This demonstrates the machine's versatility and ability to effortlessly handle a wide range of tubes.

In addition, the speed and efficiency of the machine is impressive. Cutting and punching holes in a square tube takes only a few seconds, whereas using traditional cutting and punching methods would take a lot of time and effort. This provides a significant advantage for companies that need to cut and punch large quantities of pipe.

Overall, the laser pipe cutter performed very well in the live demonstration. Its accuracy, precision, speed and efficiency make it an indispensable tool for businesses that need to cut and perforate all types of pipe. There is no doubt that it will revolutionize the way we cut and punch holes in pipes.#laserpipecutter#laserpipecuttingmachine #lasercutter#lasercuttingmachine#lasercutterformetal

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Platform welding live welding demonstration and results! We recently conducted a live welding demonstration using our state-of-the-art platform laser welding machine. The demonstration was attended by a group of welding professionals who were amazed at the machine's superior performance and precision. The machine utilizes a high-powered laser beam to melt and fuse metal parts together, creating a seamless, flawless joint. This process is known as lock-hole welding and is very effective for welding a wide variety of metal parts. During the demonstration, we showed the weld material flat and welded it in three dimensions. The laser beam quickly melts the wire, creating a strong, durable, high-quality weld. And the weld surface is flat and smooth. Perhaps the most impressive feature of our laser welding machines is their precision. It easily welds even the most complex shapes and sizes with amazing precision, making it an essential tool for applications in aerospace, automotive, and other high-tech industries. All in all, our laser welding machines offer a versatile, efficient and precise solution for all your welding needs. Its performance truly needs to be seen to be believed.

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Intelligent Robots Equipped With Laser Technology! Whether you agree with it or not, there is no denying that smart robots with laser technology are becoming increasingly popular in modern manufacturing and have become an essential production tool in many industries and fields. These robots can be programmed to perform a variety of laser technology applications, including cutting, drilling, welding and cleaning on different surfaces with high precision and accuracy. This is a video taken at a cutting site where intelligent robots equipped with laser cutting technology are cutting shapes from sheet metal. The entire process was fully automated, and the robot was able to move the sheet metal in different directions to ensure a clean, smooth cut. The robot's intelligent system adapts the cutting process to the design specifications, adjusting in real time to achieve the desired results. Intelligent robots equipped with laser cutting technology offer a range of advantages over traditional cutting methods such as plasma or waterjet cutting. They can operate with greater precision, accuracy and speed, which reduces errors and increases efficiency. In addition, robots equipped with laser cutting technology can cut a variety of materials, including metals, composites and plastics, making them versatile in many industries. In short, intelligent robots with laser cutting technology have revolutionized manufacturing. They offer accuracy, precision and versatility unmatched by traditional cutting methods. Their efficiency and effectiveness is a testament to the advancement of technology, bringing more advanced and sophisticated products to consumers.

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Accompanied by customers who came from afar to visit the welding shop, and in the field according to the customer's requirements of practical platform welding machine welding prototype.

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Pulsed laser cleaning has become a popular method of cleaning injection molds and is widely used in many industries. During the cleaning process, a high-energy, short-pulse laser beam is aimed directly at the mold surface to vaporize and remove contaminants from the surface. Compared with continuous laser cleaning, pulsed laser cleaning has some significant advantages. First, pulsed laser cleaning removes even the most stubborn contaminants, including rust, oil and other hard-to-remove residues. The high energy of the pulsed laser and the short duration of the pulse allow for rapid evaporation of contaminants without damaging the mold surface. In contrast, continuous laser cleaning is less precise because it uses a continuously operating beam. It may heat the mold surface, causing thermal damage and affecting mold accuracy. In addition, continuous laser cleaning is not suitable for small, precise areas. Therefore, pulsed laser cleaning has many advantages over continuous laser cleaning, such as more precise cleaning results, more environmental protection, and easier operation. Pulsed laser cleaning has become the first choice for modern industrial cleaning of injection molds, bringing clean and stable production environment for enterprises.

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Portable Fiber Laser Marking Machines Portable fiber laser marking machines are revolutionizing the way businesses mark and engrave materials. The compact and lightweight design offers unmatched convenience and flexibility for a variety of applications. Portable markers feature high-speed marking and engraving capabilities that are ideal for industrial production environments. They can mark a wide range of materials, including metals, and produce high-quality, precise marks with unmatched durability. In addition, these machines are versatile and can be used for a variety of applications such as product marking, branding, barcodes and more. They are especially suited for use in mobile or remote environments, where portability and ease of use are critical. For young people and artists who enjoy DIY creations, this is the perfect choice for the complete expression of your vision and creativity. Simple to understand and easy to get started with, it will allow your wild ideas to be completely revealed and marveled at. As far as technological advancements are concerned, these machines are among the latest in laser marking and engraving technology. Their compact size and superior performance make them ideal for businesses that want to get ahead of their competitors and stay ahead of the game. All in all, portable fiber laser marking machines are a must-have tool for anyone who needs high-quality, durable and reliable marking on metallic materials. With their flexibility and convenience, these machines have become an indispensable asset to a wide range of industries.

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Today's shipments: one 6025, two 4020 and three 3015 cutters. It has been packed and is on its way to Shenzhen Shekou port for the voyage.

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Beveling Laser Pipe Cutting Machine

Introduction In recent years, manufacturing has been revolutionized by technological advances. Laser cutting machines have improved accuracy, efficiency and cost-effectiveness over traditional cutting methods. Bevel laser pipe cutter is one such laser cutter used to cut pipes with unique beveled edges. In this article, we will demonstrate the real-world results of beveled laser pipe cutters for pipe cutting.

Efficiency Bevel laser pipe cutters offer unprecedented cutting efficiency compared to traditional methods. The machine cuts pipes faster using a focused laser beam than traditional sawing or grinding methods. The high precision of the machine saves manufacturers money by reducing material waste. In addition, the machine can cut multiple pipes at the same time, further increasing productivity.

High Accuracy One of the main benefits of the beveling laser pipe cutting machine is its high accuracy. The machine provides high-precision cutting to ensure that pipes fit perfectly when assembled. Unlike traditional methods that can affect the quality of the final product, the bevel laser cutter ensures consistent cutting results. The machine also features automatic edge detection and compensation to ensure cutting accuracy even when cutting challenging shapes and designs.

Versatility The Bevel Laser Pipe Cutter can cut a variety of materials, including metals, plastics and composites. This versatility is made possible by the high power and precision of the laser beam, making it easy to cut a wide range of materials. In addition, the machine can cut pipes of all shapes and sizes, making it suitable for a wide range of industries, including automotive, construction and aerospace.

Safety Laser cutting machines are safe to use with minimal risk of injury to workers. These machines utilize a closed system that prevents the laser beam from shooting out of the machine, thus ensuring the safety of the operators. Additionally, these machines do not generate heat or sparks, thus reducing the risk of fire in the workplace.

Environmental impact Beveling laser pipe cutting machines are an environmentally friendly method of cutting compared to traditional cutting methods. The machine does not produce waste or emit pollutants, thereby reducing the carbon footprint of the manufacturing process. In addition, the machine is energy efficient, consuming less power than traditional cutting methods.

Conclusion In conclusion, the Bevel Laser Pipe Cutter is an efficient, versatile, and accurate method of cutting pipes. The machine offers a number of advantages, including efficiency, precision, versatility, safety, and environmental friendliness.

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Handheld Pulsed Laser Cleaning Machines~

Introduction

In manufacturing, molds play a vital role in the production of various products. Over time, molds accumulate dirt, grease and other contaminants. These contaminants can affect the efficiency of the mold and the quality of production. Traditional cleaning methods, such as manual or mechanical cleaning, are often time-consuming and labor-intensive. In recent years, advances in laser cleaning technology have made it a more efficient and environmentally friendly cleaning method. In this article, we will demonstrate the field results of a handheld pulsed laser cleaner for mold cleaning.

Efficient Cleaning

Handheld pulsed laser cleaners use short laser pulses to remove contaminants such as rust, oil and paint without damaging the mold surface. The laser pulses vaporize the contaminants, leaving the mold surface clean. In addition, laser cleaning is a non-contact method that does not require the use of cleaning agents or abrasive materials that can damage the mold surface. Compared to traditional cleaning methods, laser cleaning is fast, efficient and reduces production downtime. Improved Quality Handheld pulsed laser cleaners are highly accurate and can clean even hard-to-reach areas on molds. Conventional cleaning methods (e.g. manual or mechanical cleaning) are often unable to achieve this level of precision. Handheld pulsed laser cleaners ensure that molds are clean, thus improving production quality. Clean molds lead to improved product consistency and reduced risk of defects, resulting in higher profits for manufacturers. Safety

Handheld pulsed laser cleaners are safe to use and do not produce secondary contamination. The machine has a closed system that collects evaporated contaminants to ensure they do not enter the environment. Additionally, laser cleaning does not generate noise, dust or chemical emissions like traditional cleaning methods. The use of handheld pulsed laser cleaners in manufacturing can improve worker safety and health.

Conclusion

In conclusion, handheld pulsed laser cleaning machines are an efficient, precise and environmentally friendly method of cleaning molds. There are many benefits of such machines, including reduced production downtime, improved quality and enhanced safety. Manufacturers should consider using a handheld pulsed laser cleaner for their mold cleaning needs to increase productivity and profitability, as well as reduce their environmental impact.

If this is of interest to you, please feel free to contact us. We would be happy to demonstrate the capabilities of the machine and answer any questions you may have.

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Robotic Pulsed Laser Cleaner! Pulsed laser cleaning technology is becoming increasingly popular in the field of industrial surface cleaning. Pulsed laser cleaning offers many advantages over traditional cleaning methods, including more effective removal of stubborn dirt, less damage to the surface being cleaned, and greater precision. Robotic pulsed laser cleaning takes this advanced technology to the next level with its highly customizable and precise cleaning capabilities. Robotic Pulsed Laser Cleaning combines the use of laser energy and high-pressure air to remove a wide range of contaminants from a variety of surfaces including metals, plastics and ceramics. One of the main advantages of robotic pulsed laser cleaning is the ability to clean complex and hard-to-reach surfaces. This is especially important in manufacturing environments where the buildup of contaminants on machines can affect performance and efficiency. With the precision of a robotic arm, a pulsed laser cleaner can target specific areas of a surface to ensure thorough and effective cleaning. In short, robotic pulsed laser cleaning provides better cleaning results and higher efficiency than traditional cleaning methods. As the industry continues to adopt this advanced technology, we can foresee more innovative applications for robotic pulsed laser cleaners in the future.