From December 18th to 19th, 2025, the GAF Chongqing New Energy Three-Electric System Shell Structure Design Innovation and Intelligent Manufacturing Technology Summit will be held in Chongqing. As an innovative representative in the domestic intelligent equipment field, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") has been invited to participate in the exhibition, showcasing multiple core equipment and intelligent solutions. It will explore technological changes with leading companies in the global new energy industry chain, contributing to the lightweighting, high precision, cost reduction, and efficiency improvement of three-electric system shell manufacturing. This summit focuses on two core directions in the design of new energy three-electric system shells: "lightweight structure optimization" and "manufacturing process innovation." Leveraging its years of experience in precision machining and automation, Chuke Intelligent has launched high-precision laser processing equipment, integrated die-casting solutions, and intelligent testing systems to address industry pain points. These can be widely applied to the cutting, marking, welding, and quality inspection of lightweight materials such as aluminum alloys and magnesium alloys. Among them, Chuke Intelligent's independently developed high-speed fiber laser marking machine, with its micron-level precision and high efficiency and

Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") recently announced good news—the customized marking machine for an oil drill pipe customer who previously visited the company for technical inspection has successfully completed preliminary functional verification. The customer highly recognized the equipment's performance, and the batch of equipment has now been finalized and officially shipped. As the "lifeline" of oil and gas extraction, oil drill pipes are buried deep underground for long periods, enduring extreme conditions such as high temperature, high pressure, and strong corrosion. Their surface markings must meet multiple stringent requirements, including permanence, high wear resistance, corrosion resistance, and traceability. Traditional inkjet and etching processes struggle to achieve stable markings on the curved surfaces of drill pipes, while ordinary laser equipment faces technical bottlenecks such as thermal deformation and uneven depth. This customer, specifically addressing this industry pain point, flew to Chuke Intelligent's intelligent factory in the Beibei Park of Chongqing Science City, requesting on-site sample verification. Chuke Intelligent Technology team responded swiftly, tailoring a high-power fiber laser marking solution specifically for the high-hardness alloy steel and irregular curved surface characteristics of drill pipes. The equipment features a dynamic focusing system and intelligent closed-loop control algorithm, allowi

In May 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") received a customized customer request—a pneumatic marking machine specifically developed for motorcycle frames completed its final debugging and is about to be put into production. This equipment, with its innovative design of "fixed without hand support, marking upon electromagnet adhesion," directly addresses the pain point of traditional marking operations requiring manual support, becoming a landmark solution for upgrading marking processes in the motorcycle manufacturing industry chain. As a company deeply involved in the field of intelligent marking equipment, Chuke Intelligent's newly launched pneumatic marking machine for motorcycle frames features a core breakthrough in the collaborative design of an electromagnetic adsorption fixing system and an intelligent marking module. The equipment uses a high-strength electromagnet to form a stable adhesion with the surface of the motorcycle frame, completing the marking operation without manual support, improving operational safety and ensuring the accuracy of the marking position. Its marking needle core is made of a special alloy material, and after wear-resistant treatment, it can achieve 0.2 mm-level depth control on the complex curved surfaces of motorcycle frames, supporting clear display of permanent markings. The equipment also integrates an intelligent control system that can automatically identify the frame model and matc

On May 8, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed an important client. The two parties conducted in-depth cooperation negotiations on the application of UV laser marking technology in the ceramic products field. During this exchange, Chuke Intelligent, with its flexible technical solutions and efficient service, successfully completed a black logo mark on the bottom of a ceramic cup using a 10W UV laser, gaining high recognition from the client and propelling the cooperation into the substantive quotation stage. The client's requirement was to mark a black logo on the bottom of a ceramic cup. Traditional solutions typically require a 15W or higher UV laser to ensure marking depth and color saturation. However, Chuke Intelligent's factory currently does not have 15W equipment in stock. Faced with this challenge, the engineering team quickly adjusted its strategy, optimizing laser parameters and marking processes to complete the mark at a lower speed using a 10W UV laser. Although the final result was slightly lighter than that of the 15-watt equipment, the markings were clear and the edges sharp, fully meeting the client's brand display needs. The efficient solution won immediate praise from the client.

Chongqing Chuke Intelligent Machinery & Equipment Co., Ltd., a certified manufacturer (ISO, CE, FDA, RoHS) of precision laser solutions, has successfully delivered two custom laser anodizing removal systems to a notebook computer component supply chain enterprise based in Tongliang, Chongqing. The customer, having witnessed similar machines deployed at a peer manufacturer's facility, placed an order for two units to serve a major notebook computer brand. Industry Challenge: Balancing Lightweight Design with Manufacturing Precision Modern notebook computers pursue increasingly lightweight designs, which places significant constraints on internal component layout and structural integrity. The housing wall thickness of typical notebook computers ranges from just 0.5 to 0.7 millimeters, leaving minimal margin for error during secondary processing operations. For magnesium aluminum alloy casings, the presence of an anodized layer can compromise welding quality, making precise removal of this insulating layer a critical manufacturing requirement. The customer's application involves A side and C side inner surface cable routing areas of magnesium aluminum alloy housings. These are the precise locations where internal cables must pass through and make electrical contact, requiring complete removal of the anodized layer to ensure proper conductivity and reliable welding joints.

Chongqing Chuke Intelligent Machinery & Equipment Co., Ltd., a certified manufacturer (ISO, CE, FDA, RoHS) of precision marking solutions, has secured a new order by demonstrating the versatility of its pneumatic dot peen marking machine with an innovative approach to customer verification. The client, after seeing a close up image of the machine's V type electromagnet fixture mounted on a steel pipe, signed the contract immediately and has arranged for shipment. The Challenge: Visual Confirmation Before Purchase A prospective client approached Chongqing Chuke with a specific request. Before placing an order, the client wanted visual confirmation that the V type electromagnetic fixture of the pneumatic dot peen marking machine could securely and properly mount onto their tubular workpieces. The client's condition was straightforward: if the fixture looked suitable, they would proceed with the purchase. This required Chuke to provide a clear, close up demonstration of the V type electromagnet in actual use on a pipe surface. A Collaborative Effort: Two Customers, One Solution To fulfill this request, Chongqing Chuke first reached out to a close business partner, a seamless steel pipe manufacturer with whom the company maintains frequent and open communication. When asked for assistance, the owner of the seamless steel pipe company generously went to his own workshop and captured a close up photograph of the V type electromagnet fixture mounted on one of his pipe products. This image prov

Chongqing Chuke Intelligent Machinery & Equipment Co., Ltd., a certified manufacturer (ISO, CE, FDA, RoHS) of precision marking systems and laser solutions, has successfully shipped a high power handheld laser cylinder marking machine to a long standing customer in Indonesia. The customer, a repeat buyer of Chuke's pneumatic dot peen cylinder markers for many years, has now placed another order for a laser based system with enhanced marking speed requirements. A Decade of Trust: From Dot Peen to Laser Technology Over the years, the Indonesian customer has purchased more than 20 units of handheld pneumatic dot peen cylinder marking machines from Chongqing Chuke. These units have served the customer reliably across numerous applications. However, evolving customer requirements, particularly from their European based end clients, prompted a gradual transition toward laser based marking technology. Last year, the customer purchased their first 100W handheld laser cylinder marking machine from Chuke. While this unit met the basic marking requirements set by their European clients, the customer noted that marking speed for deep engraving applications remained inferior to traditional dot peen technology.

Chongqing Chuke Intelligent Machinery & Equipment Co., Ltd., a certified manufacturer (ISO, CE, FDA, RoHS) of high precision marking systems and laser solutions, has successfully delivered a custom engineered laser marking machine to a specialized percussion instrument brand with a strong presence in the European and American markets. The brand is widely recognized in Black music and African music genres, offering a comprehensive range of drums from entry level to professional performance grades. From Brass Instruments to Drums: A Cross Category Connection The customer's owner first encountered Chongqing Chuke's marking solutions while visiting a peer manufacturer in the wind instrument sector. During that visit, he observed Chuke's custom flute scribing machine, electric marking machine, and laser marking machine in operation. Impressed by the quality and precision of the markings, the owner decided to reach out to Chuke to commission a custom machine for applying logos to the brand's line of brass and gold plated drums.

Chongqing Chuke Intelligent Machinery & Equipment Co., Ltd., a certified manufacturer (ISO, CE, FDA, RoHS) of advanced laser equipment and marking solutions, has recently shipped two 3000W handheld laser welding machines to a customer specializing in the production of motorcycle exhaust pipes. This order represents a significant upgrade from the customer's previous purchase of a 1500W unit last year, driven by the customer's desire for higher welding efficiency. From 1500W to 3000W: A Performance Driven Upgrade Last year, the customer purchased a 1500W handheld laser welding machine equipped with a Raycus RFL C1500 laser source. The welding results met the customer's quality expectations, but the processing speed fell short of their efficiency targets. After in depth technical discussions between the customer and Chuke's engineering team, the decision was made to upgrade to two 3000W units for this new order. Laser Source Selection: MAX for Reliability in Medium P

Chongqing Chuke Intelligent Machinery & Equipment Co., Ltd., a certified manufacturer (ISO, CE, FDA, RoHS) of high precision marking solutions, recently welcomed a technical delegation from a local Chongqing based factory. The visit resulted in an on site purchase of a Q8A handheld laser marking machine, marking a repeat order from a customer who had previously acquired Chuke's pneumatic dot peen marking system several years ago. Customer Background: Hardware Parts for Automotive and Motorcycle Industry The visiting company specializes in the production of hardware parts for the automotive and motorcycle industry, manufacturing components in a wide range of sizes. Over the years, they have maintained a productive relationship with Chongqing Chuke, having purchased a pneumatic dot peen marking machine from the company several years ago for their marking operations. Market Trends Driving Interest in Laser Technology In recent years, the declining cost of laser marking machines, combined with several distinct operational advantages, has prompted the customer to seek additional laser based solutions to complement their existing equipment. Key benefits cited by the customer include:

Chongqing Chuke Intelligent Machinery & Equipment Co., Ltd., a certified manufacturer (ISO, CE, FDA, RoHS) of advanced laser solutions, has successfully delivered a custom engineered laser marking system to Seres, the manufacturer of the premium new energy vehicle brand AITO. The system is specifically designed for paint stripping and marking of smart cockpit components, addressing the customer's unique production requirements with innovative software integration and flexible hardware design. Precision Paint Stripping: A Critical Pre welding Requirement The two types of smart cockpit components processed by the customer receive a full body spray painting treatment during production for rust prevention. However, before these components can be welded onto the smart cockpit frame, the paint layer must be precisely removed from specific areas to ensure proper electrical conductivity and weld integrity. Previously, the customer used an existing standard 100W benchtop fiber laser marking machine for this task. However, this approach required continuous manual adjustment of graphics, text, encoding, and other parameters when switching between products, resulting in limited efficiency and higher potential for operational errors. Six Station Custom Tooling with Tray Based Batch Loading To address throughput requirements, Chuke designed a six station custom fixturing system for the laser processing station. While the customer currently uses manual l

Chongqing Chuke Intelligent Machinery & Equipment Co., Ltd., a certified manufacturer (ISO, CE, FDA, RoHS) of precision dot peen marking systems and laser solutions, has successfully shipped five standard model pneumatic dot peen marking machines along with a batch of replacement marking pins and spare parts to the United States. The shipment was executed through a strategic OEM partnership with a Guangdong based enterprise, a well known laser equipment manufacturer that is also a publicly listed company on the Guangdong Equity Trading Center. A Strategic OEM Partnership Bridging Laser and Dot Peen Technologies The Guangdong based customer specializes in the manufacturing of small form factor handheld fiber laser marking machines and provides OEM services for various desktop, flying, and integrated laser marking systems to numerous trading companies. Chongqing Chuke has also acted as a distributor for several models of the customer's handheld fiber laser marking systems, creating a mutually beneficial reciprocal relationship. While the customer does not manufacture dot peen marking machines or marking pins internally, these products are exclusively supplied by Chongqing Chuke under an OEM arrangement. Both fiber laser markers and dot peen marking systems are primarily used for part identification and traceability marking on metal workpieces, creating both competitive tension and complementary synergy. As a result, when end cus

On April 29, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd., an advanced marking solutions manufacturer holding ISO, CE, FDA, and RoHS certifications, shipped a batch of high-power handheld fiber laser marking systems to a laser marking machine trader in Turkey. This batch of equipment will ultimately be delivered to an African end-user who has extremely stringent requirements for portable, high-efficiency marking on stainless steel surfaces. This African customer had previously evaluated various small handheld laser marking machines currently popular online, with power mainly concentrated in the 20W to 50W range. However, the marking efficiency of these low-to-medium power systems fell far short of the customer's expectations. The customer specifically requested the use of a portable laser system to achieve a pure black or very close-to-pure black marking effect on stainless steel surfaces. At the Canton Fair, the Chongqing Chuke team demonstrated the marking efficiency of a 30W handheld laser marking machine to a client, but the client was not satisfied. Subsequently, Chuke's engineering team carefully reassessed the client's application needs and provided samples of marking efficiencies ranging

Recently, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. successfully shipped a split-type vertical laser cylinder marking machine to an important customer in the Middle East. At the customer's request, the customer's name will not be disclosed. Chongqing Chuke is the only marking machine manufacturer within the entire China Industrial Gases Industry Association (CIGIA) system, and is also an honorary member of the association's Chongqing branch. Prior to this shipment, leaders of the CIGIA and representatives from some branch companies visited the Chongqing Chuke factory before the Spring Festival. As the only marking equipment manufacturer within the association system, Chongqing Chuke's technical strength was highly praised by the association leaders. Subsequently, the association actively recommended the company internally, significantly enhancing its reputation within the entire Chinese industrial gas industry. The equipment shipped this time is equipped with a 300W JPT MOPA M7 laser, a Jinhaichuang scanning galvanometer, and a quartz F-Theta field lens with a wavelength of 100mm × 100mm. This powerful combination enables the equipment to permanently mark customer logos, filling dates, and other key identification information on

With the booming development of the new energy vehicle industry, the requirements for vehicle cleaning and maintenance are also increasing. Traditional cleaning methods often suffer from low efficiency, environmental pollution, and potential damage to precision components. To address these issues, Laser Cleaning Machine have emerged, offering a revolutionary solution for upgrading the cleaning process for new energy vehicles with their unique cleaning advantages and superior product features. I. High Efficiency and Precision, Enhancing Cleaning Efficiency Laser Cleaning Machine utilize advanced laser technology, achieving rapid removal of stains through the interaction of a laser beam with the workpiece surface. Compared to traditional cleaning methods, laser cleaning offers higher cleaning efficiency and more precise cleaning results. In the new energy vehicle sector, this means faster completion of vehicle surface cleaning while ensuring non-destructive cleaning of precision components such as battery packs and motor housings. II. Green and Environmentally Friendly, Reducing Environmental Impact Traditional cleaning methods often require the use of large amounts of chemical solvents or water res

With the continuous development of industrial technology, various efficient and environmentally friendly cleaning equipment have emerged. Among them, Laser Cleaning Machine is gradually gaining prominence in the industrial cleaning field due to its unique advantages. This article will detail the working principle and significant advantages of Laser Cleaning Machine. Product Recommendations:Water Cooling Handheld Pulsed Laser Cleaner The working principle of Laser Cleaning Machine is mainly based on the absorption of a high-energy laser beam of a specific wavelength by rust, paint, and contamination layers, forming a rapidly expanding plasma. Simultaneously, it generates shock waves, which break down and remove contaminants, thus achieving the cleaning purpose. This process requires no chemical agents, making it environmentally friendly and pollution-free. Compared to traditional cleaning methods, Laser Cleaning Machine has many advantages. Its high efficiency is particularly outstanding; the laser beam can be precisely focused, resulting in fast cleaning speed and significantly shortening the cleaning cycle. At the same time, the equipment is easy to operate and portable, adaptable to cleaning needs in various complex environments, and improves work efficiency. Furthermore, laser cleaning causes minimal damage to the substrate, hardly altering its original physical and chemical properties, ensuring cleaning quality. In conclusion, Laser Cleaning Machine, with its unique working principle and significant advantages, demonstrates broad application

In industrial production and daily maintenance, cleaning plays a crucial role. Whether it's oil stains and rust on machinery or graffiti and dirt on building surfaces, this dirt not only affects aesthetics but can also threaten equipment performance and safety. Traditional cleaning methods, such as chemical solvent cleaning and mechanical grinding, often suffer from drawbacks such as environmental pollution, low efficiency, and significant damage to the substrate. With technological advancements, Laser Cleaning Machine, with their unique advantages, are gradually becoming a new favorite in the cleaning field. I. Working Principle of Laser Cleaning Machine The working principle of Laser Cleaning Machine is based on a cleaning solution using high-frequency short-pulse lasers as the working medium. A high-energy beam of a specific wavelength is absorbed by rust, paint, and contamination layers, forming a rapidly expanding plasma that simultaneously generates a shock wave. This shock wave breaks the contaminants into fragments and removes them. This process is not only highly efficient but also highly targeted, achieving precise targeting of dirt while minimizing damage to the substrate. II. Advantages of Laser Cleaning Machine Comp

In the fields of industrial production and equipment maintenance, Laser Cleaning Machine, with their high efficiency, environmental friendliness, and precision, are gradually becoming the preferred tool for many companies. However, faced with a dazzling array of products and varying prices on the market, how to select a high-performance, reliable Laser Cleaning Machine within a limited budget has become a challenge for many company purchasing personnel. This article will provide you with some practical suggestions to help you purchase your ideal equipment at an affordable price. I. Clarify Needs and Select the Right Model Before purchasing, you must first clarify your own usage needs. Different models and power levels of Laser Cleaning Machine are suitable for different operating scenarios and materials. Therefore, companies should combine their actual needs, such as the material, thickness, and degree of rust on the object being cleaned, as well as the special characteristics of the working environment, to select the most suitable model. Avoid blindly pursuing high-end configurations, which can lead to unnecessary cost waste. II. Market Research and Comparison After determining your basic needs, conducting comprehensive market research is crucial. By comparing the performance parameters, prices, and after-sales service information of different brands and models, you can initially filter out several products with high cost-performance ratios. Meanwhile, utilizing online resources such as company websites, industry forums, and e-commerce platforms to review user reviews and experiences helps in gaining a more c

In modern industrial manufacturing, welding technology, with its high efficiency and precision, has become a crucial means of joining metal components. However, impurities such as dirt, grease, and oxides on the metal surface often affect welding quality and can even lead to defects. To address this issue, Laser Cleaning Machine have emerged and have proven highly effective in pre- and post-weld treatments, becoming key equipment for improving welding quality. Laser Cleaning Machine utilize high-energy beams of specific wavelengths, which are absorbed by rust, paint, and contamination layers, forming rapidly expanding plasma. Simultaneously, shock waves are generated, which break down and remove contaminants. Compared to traditional cleaning methods, laser cleaning offers significant advantages such as non-contact operation, no chemical pollution, high efficiency and environmental friendliness, and ease of automation. In the pre-weld preparation stage, Laser Cleaning Machine can precisely remove impurities such as grease, dust, and rust from the metal surface, ensuring the cleanliness of the weld joint. This not only improves the strength and sealing of the weld joint but also effectively avoids defects such as porosity and inclusions that may occur during welding. Meanwhile, the precision and consistency of laser cleaning result in a more uniform and smooth metal surface after cleaning, laying a solid foundation for subsequent welding operations. Laser Cleaning Machine also plays an indispensable role in the post-weld treatment stage. After welding, weld slag, spatter, and other impurities often remain in the weld and its surrounding area. These impur

In today's rapidly developing industrial sector, cleaning technology is increasingly important as a crucial link in ensuring product quality and production efficiency. Traditional cleaning methods, such as mechanical brushing and chemical solvent cleaning, while meeting cleaning needs to a certain extent, often suffer from low efficiency, environmental pollution, and material damage. Therefore, a new, efficient, and environmentally friendly cleaning technology—laser cleaning technology—has emerged. Laser Cleaning Machine, as leaders in this field, have won widespread market acclaim for their fast, precise, and effective oil removal. Laser Cleaning Machine utilize advanced laser technology. A high-energy beam of a specific wavelength is absorbed by rust, paint, and contamination layers, forming a rapidly expanding plasma that simultaneously generates a shock wave. This shock wave breaks the contaminants into fragments and removes them. Compared to traditional cleaning methods, laser cleaning has significant advantages. First, laser cleaning is fast, capable of completing large-area cleaning tasks in a short time, greatly improving production efficiency. Second, laser cleaning is highly precise, accurately controlling the irradiation position and energy level of the laser beam to ensure consistent and stable cleaning results. Finally, the laser cleaning process is pollution-free and noiseless, meeting the environmental protection and sustainable development requirements of modern industry. Laser Cleaning Machine excel in degreasing. They can quickly and effectively remove grease, oil, a

In the vast field of industrial production and maintenance, rust removal has always been a crucial step in ensuring equipment safety and extending its service life. Traditional rust removal methods, such as manual grinding and sandblasting, are not only inefficient but also often accompanied by environmental pollution and increased labor costs. With technological advancements, a new rust removal technology—laser rust removal—is gradually becoming a favorite in the industry due to its high efficiency, environmental friendliness, and precision. In this technological revolution, Laser Cleaning Machine, with their superior performance and wide range of applications, are leading a new era of laser rust removal. Laser Cleaning Machine utilize advanced laser technology. A high-energy beam of a specific wavelength is absorbed by rust, paint, and contaminant layers, forming a rapidly expanding plasma that simultaneously generates a shock wave. This shock wave fragments and removes the contaminants. This process is not only fast but also eliminates the need for any chemical agents, significantly reducing the risk of environmental pollution. Furthermore, the high-precision control of the laser beam allows for precise removal of rust without affecting surrounding materials, ensuring the integrity and safety of the equipment. Compared to traditional rust removal methods, Laser Cleaning Machine represent a significant leap in efficiency. Traditional manual polishing is not only time-consuming and labor-intensive, but also struggles to ensure consistent and thorough rust removal. While sandblasting i

In terms of cleaning effectiveness, Laser Cleaning Machine demonstrate unparalleled advantages. Whether it's rust and oil stains on metal surfaces or dust and pigments on non-metallic surfaces, laser cleaning can easily handle them, achieving thorough cleaning. Furthermore, because laser cleaning is non-contact, it avoids the mechanical wear and chemical corrosion that can occur with traditional cleaning methods, effectively protecting the integrity and precision of the workpiece surface. In addition to its superior cleaning effect, Laser Cleaning Machine also possess extremely high environmental performance. Traditional cleaning methods often require large amounts of chemical solvents and water resources, which not only increases the operating costs of enterprises but may also pollute the environment. Laser cleaning completely avoids this problem. It requires no chemical solvents and does not produce wastewater, exhaust gas, or other pollutants, truly achieving green cleaning. Furthermore, Laser Cleaning Machine are intelligent. Through an advanced control system, users can easily set and adjust cleaning parameters to meet different workpiece and cleaning needs. At the same time, Laser Cleaning Machine can be used in conjunction with robots and other automated equipment to automate and intelligently manage the cleaning process, further improving the production efficiency and competitiveness of enterprises. In conclusion, Laser Cleaning Machine, with their superior cleaning performance, environmental friendl

In today's rapidly developing industrial sector, cleaning is not only a crucial aspect of ensuring product quality but also a key step for enterprises to improve production efficiency and achieve sustainable development. However, traditional cleaning methods often suffer from inefficiency, environmental pollution, and high costs, failing to meet the demands of modern industry for high efficiency, environmental friendliness, and intelligence. The emergence of Laser Cleaning Machine aims to solve this problem by addressing the issue at its source, helping enterprises upgrade and transform their cleaning processes. Laser Cleaning Machine utilize advanced laser technology. High-energy beams of specific wavelengths are absorbed by rust, paint, and contamination layers, forming rapidly expanding plasma that simultaneously generates shock waves. These shock waves fragment and remove contaminants. This technological principle gives laser cleaning extremely high cleaning efficiency and precision. Compared to traditional cleaning methods, it significantly shortens the cleaning cycle and dramatically improves cleaning quality. Recommended products:Water Cooled P

In modern industrial production and daily maintenance, cleaning plays a crucial role. Whether in machinery manufacturing, aerospace, cultural relic preservation, or electronic component manufacturing, the quality and efficiency of cleaning directly affect product performance and lifespan. In recent years, with the rapid development of technology, a new type of equipment called Laser Cleaning Machine has gradually emerged, winning widespread attention and praise from the industry for its superior cleaning effect and wide range of applications. Laser Cleaning Machine works by using a high-energy laser beam of a specific wavelength, which is absorbed by rust, paint, or contamination layers, forming a rapidly expanding plasma. This plasma simultaneously generates shock waves, which break down and remove contaminants, thus achieving the cleaning purpose. This process is not only highly efficient and fast but also causes no damage to the substrate, truly achieving "non-invasive" cleaning. Compared to traditional cleaning methods such as mechanical friction, chemical corrosion, or high-pressure water jets, Laser Cleaning Machine exhibits unparalleled advantages. Firstly, its cleaning precision is extremely high, allowing for precise control of the laser beam's irradiation range and intensity, enabling deep cleaning of even tiny crevices or complex surfaces. Secondly, laser cleaning is a non-contact cleaning method, avoiding secondary contamination or damage that may occur with physical contact in traditional cleaning methods. Furthermore, Laser Cleaning Machine is easy to operate and readily automated, significantly improving