The manufacturing procedures for laser canon to cut trees in SUZHOU USiLAND OPTRONICS CO.,LTD. are mostly based on renewable sources. We are acutely aware of our own footprint and the need to concentrate on devising more efficient processes to manufacture this product. And we are increasingly active in the international dialogue on sustainability topics such as climate change. It is also why we are working to understand and manage our impacts both within operations and throughout the product value chain.
In the survey conducted by the company, customers praise our Usiland Optronics products from different aspects, from the trending design to the refined workmanship. They tend to repurchase our products and think highly of the brand value. However, the products are stilled updated as we stick to improve its flaw mentioned by the customers. The products have maintained the leading status in the global market.
Custom service promotes the development of the company at Usiland Optronics. We have a set of mature custom process from preliminary discussion to finished customized products, enabling customers to get the products like laser canon to cut trees with various specifications and styles.
The demand for providing increasingly high-precision cleaning technologies in the protection of cultural heritage is constantly increasing, requiring this technology to provide higher selectivity while minimizing the impact on the original structure of artworks. Laser has proposed a solution that meets this requirement, as it provides operators with a brand new tool that can be integrated with current physical and chemical methods. Therefore, lasers meet the growing demand for technological adaptability in protecting cultural heritage due to new regulations and the increasing use of lasers by public institutions. Thanks to ongoing research, the application range on different materials is becoming increasingly broad. The use of lasers on the stone surfaces of individual monuments and historical buildings has now been recognized by the industry and has become a widely accepted restoration technique. As a result of continuous commitment to internal research and development, Usiland's products have been contributing to the protection of cultural and artistic heritage for many years. Through the development of cooperation with the most important domestic research centers and the most important on-site inspection of repairs, some highly innovative solutions have been proposed.
Application of Laser in Cultural Relics Restoration Abroad:
>The Prophet Abauc
>The Gate of Buddhism (English name: Mandorla)
>The balcony of the dome of Santa Maria del Fiore Cathedral
>Giambologna and the Rape of the Sabines
>The Heavenly Gate of the Baptistery
>The Statue of the National Bargello Museum
>The Fountain of Siena (English name: Gaia)
>Circular murals in the Sacred Relic Room
>The Leaning Tower of Pisa
>Lugano Cathedral (Switzerland);
>Bass reliefs in Jerusalem;
>The monastery of the Spanish cathedral (English name Oviedo),
>The temple of the National Sculpture Museum in Valladolid, Spain (English name Valladolid)
>The door of Mallorca Cathedral;
>The door of Diocletian's Palace in Croatia
Application of Laser in Cultural Relics Restoration in China:
>Shanxi Yungang Grottoes: Cleaning Ink Stains
>Mianyang Bishui Temple: Cleaning Smoke and Moss
>Nanjing Taiping Heavenly Kingdom Mural: Cleaning Mold
>Guangxi Huashan Rock Paintings: Cleaning Ink Stains
>Buddha: Cleaning Moss
>Xi'an Qianling: Cleaning Rust
>Qing Dazu Rock Carvings: Clean mold
There are four main advantages of using laser technology to clear the surface of historical relics and art:
1. Minimize intrusion
There is no physical contact between the laser equipment and the surface to be processed. This allows for operations to be carried out on extremely fragile or easily altered surfaces, even before solidification. Bullying, directly acting on the surface, laser does not require any additional adhesive Organic materials or chemical additives.
2. High degree of controllability
The delamination deterioration layer can be measured in this way - a single pulse only involves a few micrometers of thickness, which enables the depth of repair to reach extremely high accuracy.
3. Selectivity
The physical principle of laser utilization is that the different light absorption coefficients of various materials depend on their color. In most cases involving black or very dark colors, the deterioration layer to be removed completely absorbs light, allowing the laser removal process (melting) to be almost instantaneous. On the contrary, the substrate of the material to be preserved is usually a relatively light color tone, which largely reflects the incident light, thereby limiting or preventing the effect of the laser.
4. High precision
The cleaning process only involves the area illuminated by the laser beam, and the surrounding area will not be affected by any mechanical or thermal factors. Moreover, fiber laser can allow for the processing of surfaces with quite complex structures. The variable handheld laser head provides high flexibility in use, while also being able to handle large surface areas or extremely small details.
Laser cleaning of moss mold
Laser cleaning of stone carving oxide layer
Laser cleaning for Dazu Rock Carvings
Laser mold cleaning machine is widely used in various industries for the purpose of removing dirt and rust from metallic surfaces. With the advancement of technology, this machine has become an essential tool in manufacturing industries where molds are used for the production of different products. These machines are specifically designed for the cleaning of molds due to their precision and effectiveness.
The laser mold cleaning machine is particularly suitable for the cleaning of molds that are used in the injection molding industry. The machine is capable of cleaning various types of molds, including plastic injection molds, rubber molds, and die casting molds. The laser technology used in this machine allows for the cleaning of intricate and complex molds that are difficult to clean through traditional methods.
In traditional cleaning methods,There are many problems.For example,there will be surface damage or corrosion of workpiece,dry problem of workpiece after cleaning ,it can’t clean Micro-nano level impurity ,water resources and waste of sand blasting,Most cleaning solvents are polluting and environmentally unfriendly,Secondary treatment of solution after cleaning and it’s unable to implement online information.
Uniform distribution:*Energy combination, device design technologies;*beam shaping technology;*Beam scanning control technology
* Square fiber laser terminal technology;*External optical path beam shaping lens
* Multi-beam scanning and control technologies
1) Change the Gaussian beam into flat-topped beam No damage to cleaning material ;
2) Beam scanning control technology No shadow of beam spot on the surface of the mold .
Take the above cleaning case for example.After laser cleaning, there is no damage on the surface of the tire mold.Laser cleaning without residue. After laser cleaning the mod, the tires produced no appearance defects
Apart from the manufacturing industry, laser cleaning machines are also used in the aerospace industry, automotive industry, and electronics industry. In the aerospace industry, these machines are used for the cleaning of aerospace components that require high precision and accuracy. In the automotive industry, they are used for cleaning engine parts, such as pistons, cylinders, and valves. In the electronics industry, they are used for the cleaning of electronic components, such as circuit boards, sensors, and connectors.
One of the most significant advantages of laser mold cleaning machines is that they are environmentally friendly. Traditional cleaning methods involve the use of chemicals and solvents that can be harmful to the environment. Laser cleaning machines, on the other hand, use high-speed laser beams that disintegrate the dirt and rust particles without producing any harmful emissions.
Overall, the laser mold cleaning machine has become an essential tool for various industries due to its precision, effectiveness, and environmentally friendly nature. Its wide range of applications has made it a popular choice among manufacturers and industries, helping to enhance productivity and efficiency in their operations.
On October 23, 2021, the 29th Intelligent Transportation World Conference lnnovation Competition and the second "Gusu Cup" Youth Intelligent Transportation lnnovation Technology Application Competition Intelligent Engineering Equipment :Special Competition was grandly held in Suzhou Xiangcheng District High-speed Railway Jinke Hotel. This conference is the most influential comprehensive international conference in the field of intelligent transportation, and it is also the exhibition and exchange platform for the most advanced, largest and widest transportation technologies and products in the field of intelligent transportation.
The meeting was hosted by the China Railway Fifth Survey and Design Institute Group Co, Ltd. With the theme of "Intelligent Equipment, Serving Transportation", the special competition is positioned at independent innovation and intelligent manufacturing. It focuses on displaying the development achievements of the intelligent equipment industry, and uses the competition as a link to build an industrial alliance and innovation platform in the field of global intelligent engineering equipment, and promote national transportation The industry's intelligent equipment industry continues to develop.
In the early morning of October 23, the team led by the general manager of Usiland company, and the marketing director and technical director set off to participate in the competition. The laser barrier remover products for railways in this competition have attracted the attention of experts and participating units as soon as they were the competition.In the exhibition link, our company made a report and explanation from all aspects of the application scenarios of the railway laser barrier remover, the advantages of the equipment, the processing speed, the safety protection, the intelligent control, the current market demand and the social benefits. It is reported that the current demand for laser barrier remover products in railways, rail transit and other industries is also extreme.
The principle of the laser smart grid clearance device: the high-energy laser is used to instantly ablate foreign objects wound on the high-voltage line without damaging the power transmission line.When it is found that there is a foreign body hanging on the round wire of the transmission line that affects the safe operation of the line, the operator aims at the target through the sight on the ground, controls the laser to emit the laser, and after a few seconds of melting. the foreign body of the plastic fiber material is melted off and shut down. Laser, thereby completing the entire charging process of foreign objects.
The object can be cleaned: it can clean up no-metallic foreign objects such as kites, fishing nets. Banners, shade nets,balloons,branches, hornet’s nests, bird nests, agricultural plastic films, etc. on the power grid, with a working distance of 0-300 meters.
"Product advantages of the laser smart grid clearance device: it can realize, remote and non-contact operation to meet the convenient removal of railways and overhead lines,high-voltage equipment and approaching non-metallic foreign objects. It replaces the high-altitude operation hazards of traditional foreign object removal methods and planned power outages. Reduction, cumbersome preparations. excessive input of manpower and material resources, etc. effectively reduce labor intensity and risks, and improve comprehensive operational benefits The entire process of removing obstacles only takes a few minutes. some even a few seconds, and the cleaning efficiency is very high, and it is honored as the "Magic tool for removing obstacles" in the industry.
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Official website: www.usilandcn.com
Customer Service Phone: 400-005-3391
Sales Hotline/WhatsAPP: +086-18306213801
Email: jiulie.zhou@usiland.com/xszl@usiland.com
Address: 2nd Floor, Building C, Dongfang Chuangzhi Park, No. 18, Jinfang Road, Suzhou lndustrial Park, Jiangsu Province.
The application of laser tire mold cleaning machine has revolutionized the automobile industry by providing a highly efficient and eco-friendly solution for mold cleaning. This cutting-edge technology has been proven effective in removing even the most stubborn contaminants from tire molds, improving production efficiency and reducing downtime. In this article, we will explore the benefits and real-world applications of laser tire mold cleaning machines.
One of the primary benefits of laser tire mold cleaning machines is the elimination of abrasive cleaning methods. Previously, grit-blasting and chemical cleaning were the most commonly used methods for cleaning tire molds. These methods are not only inefficient and time-consuming but also pose environmental risks and can damage the molds. In contrast, the laser tire mold cleaning machines use a high-intensity laser beam that vaporizes the contaminants without causing damage to the molds. The result is a faster, safer, and more eco-friendly cleaning process.
Real-world applications of laser tire mold cleaning machines are numerous. For example, a tire manufacturing plant in China was looking for a solution to increase efficiency and reduce waste. They had been using chemical cleaning for years but found it to be time-consuming and hazardous to the environment. The plant invested in a laser tire mold cleaning machine, and the results exceeded expectations. The machine reduced downtime, improved productivity, and eliminated the need for chemicals, which is estimated to have saved the plant 20,000 RMB per month.
Another application of laser tire mold cleaning machines is in the aerospace industry. A company that manufactures aircraft tires was struggling with the removal of carbon deposits on their molds. They had been using grit-blasting, but the abrasive method was causing damage to the molds. After switching to a laser tire mold cleaning machine, they were able to remove the carbon deposits without damaging the molds. Moreover, the laser cleaning process is non-contact, which eliminates the risk of contamination and damage from physical contact.
In addition to its efficiency and environmental benefits, laser tire mold cleaning machines are also cost-effective in the long run. Although they have a higher upfront cost compared to traditional cleaning methods, they require less maintenance and have a longer lifespan, which translates to cost savings over time.
In conclusion, the application of laser tire mold cleaning machines has revolutionized the mold cleaning process in the automobile industry. The efficiency, eco-friendliness, and cost-effectiveness of this technology make it a popular choice for many manufacturing plants worldwide. Real-world examples have shown that laser tire mold cleaning machines are effective in improving production efficiency, reducing downtime, and eliminating the use of hazardous chemicals. With these benefits, it is clear that the laser tire mold cleaning machine is a valuable addition to any manufacturing plant.
Laser cleaning machine for tire inner wall is a high-tech equipment that is widely used in the automotive industry. It is capable of removing dirt, grease, oil, and other contaminants on the inner walls of tires without damaging the rubber. The application of this technology has been proven to significantly improve the safety, performance, and longevity of tires. In this article, we will discuss the application of laser cleaning machine for tire inner wall, its advantages and a real-life case study.
The laser cleaning machine for tire inner wall has been used by many major tire manufacturers in the world, such as Michelin, Goodyear, Continental, and Bridgestone. It is widely used in the production process of new tires and also in the maintenance of used tires.
In the production process of new tires, the laser cleaning machine is used to remove the release agents and other contaminants from the inner walls of the molds. This ensures that the new tires will have a clean and smooth inner surface, which improves their quality and performance.
In the maintenance of used tires, the laser cleaning machine is used to remove the buildup of contaminants on the inner walls of the tires. This buildup can cause imbalances, vibration, and uneven wear of the tires, which can lead to safety risks on the road. By using the laser cleaning machine, the buildup of contaminants is removed, restoring the tires to their original condition. This improves the safety, performance, and longevity of the tires, and also reduces the number of tires that need to be replaced.
The laser cleaning machine for tire inner wall has several advantages over traditional cleaning methods, such as sandblasting, chemical cleaning, and manual cleaning.
Firstly, it is non-contact and non-abrasive. The laser beam is directed at the surface of the tire inner wall, without physically touching it. This eliminates the risk of damage to the rubber, which can be caused by abrasive cleaning methods.
Secondly, it is highly precise, and can be adjusted to clean specific areas of the inner wall. This allows for targeted cleaning of areas that are more likely to accumulate contaminants, such as the shoulder area of the tire.
Thirdly, it is environmentally friendly. It does not use any chemicals or produce any waste, unlike traditional cleaning methods. This reduces the environmental impact of tire production and maintenance.
Comparison of seal rubber layer before and after cleaning
One of the real-life case studies of the application of laser cleaning machine for tire inner wall is the partnership between Michelin and InnoLas Solutions. Michelin, one of the largest tire manufacturers in the world, has been using the laser cleaning machine developed by InnoLas Solutions since 2019.
The laser cleaning machine has been used in the production process of new tires to remove the release agents from the inner molds. This has improved the quality and performance of the new tires, and also reduced the production time and cost. Michelin has also been using the laser cleaning machine in the maintenance of used tires, to remove the buildup of contaminants on the inner walls. This has improved the safety, performance, and longevity of the tires, and also reduced the number of tires that need to be replaced.
The laser cleaning machine for tire inner wall is a high-tech equipment that has revolutionized the production and maintenance of tires. Its non-contact, highly precise, and environmentally friendly cleaning method has several advantages over traditional cleaning methods, and has been widely used by major tire manufacturers. The real-life case study of Michelin and InnoLas Solutions has demonstrated the effectiveness and benefits of this technology.