On August 22, 2025, inside a Chongqing construction machinery warehouse, a long-serving excavator underwent a technological transformation. Using independently developed pulsed laser cleaning technology, a team of engineers from Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") restored the rusted equipment to near-factory condition in record time. An on-site customer, the head of a large engineering company, excitedly stated, "Traditional cleaning requires three days of downtime. Chuke Intelligent's speed and effectiveness have completely overturned my expectations. This is a true revolution in industrial cleaning!" Chuke Intelligent's pulsed fiber laser cleaning system, equipped with its independently developed "light-acoustic-thermal" multi-physics coupling algorithm, monitors substrate temperature changes in real time and keeps the heat-affected zone within 0.05mm. "It's like equipping the laser with 'smart brakes,' ensuring no loss of substrate hardness even when cleaning aluminum alloy sheets as thin as 0.2mm thick," said Xiao Renmin, Chairman of Chuke Intelligent. This technology has been granted 12 national patents and attracted significant attention at the 2025 Russian International Industrial Exhibition. Third-party testing reports show that metal surfaces cleaned with Chuke Intelligent equipment have a 30% increase in adhesion and corrosion resistance, achieving a 1,000-hour rust-free period in the ISO 9227 salt spray test.

On August 14, 2025, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed a distinguished delegation from a renowned Egyptian industrial manufacturing company. Warmly received by Chairman Xiao Renmin, Foreign Trade Manager Tao Yuanyuan, and their team, the Egyptian customer thoroughly inspected Chuke Intelligent's laser equipment production line and signed a purchase agreement on the spot, planning to import a batch of high-precision UV laser marking machines and intelligent vision laser marking machines. This marked the official start of the two parties' collaboration in the application of industrial laser technology. The Egyptian customer toured Chuke Intelligent's modern intelligent chemical plant in Chongqing. Accompanied by Tao Yuanyuan, she provided a detailed introduction to the company's core technologies and innovative achievements in laser marking, cleaning, welding, and other fields. In the production workshop, the customer focused on observing the precision machining process of a UV laser marking machine. This equipment, utilizing a 355nm short-wavelength laser, enables ultra-fine marking on materials such as metal, plastic, and glass, with a minimum character accuracy of 0.01mm and no heat-affected zone. This perfectly meets the marking needs of Egyptian customers in high-end manufacturing sectors such as electronic components and medical devices. In addition, a demonstration of the intelligent vision laser marking machine also piqued the customer's

Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. ("Chuke Intelligent") recently launched an innovative product, the ZX-UV-X5W 5W UV Crystal Engraving Machine. With its unique technology and exquisite craftsmanship, this machine has ushered in a new technological wave in the field of crystal engraving. It is reported that Chuke Intelligent's 5W UV Crystal Engraving Machine utilizes advanced UV laser technology. It uses a UV laser beam of a specific wavelength, focused by a sophisticated optical system, to penetrate the surface of crystal and instantly form a tiny, high-energy micro-zone at the focal point within the crystal. This process causes microscopic vaporization or modification of the crystal material, allowing the predetermined 3D pattern or text to be precisely carved point by point within the transparent crystal. This engraving method is not only extremely precise, but also maintains the integrity of the crystal surface, creating stunning artistic effects. The launch of this machine marks a major breakthrough for Chuke Intelligent in laser engraving technology. The ZX-UV-X5W 5W UV Crystal Engraving

Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. ("Chuke Intelligent") has recently launched the CK-LWM-TS3000W, a 3000W dual-wire feed handheld laser welder. This innovative device not only demonstrates Chuke Intelligent's deep expertise in laser welding technology, but also provides an efficient and reliable solution for thick plate welding and overlay repair in industries such as engineering machinery and shipbuilding. The CK-LWM-TS3000W dual-wire feed handheld laser welder's key feature is its integrated dual advanced wire feeding systems, enabling simultaneous and precise feeding of two welding wires into the laser melt pool. This unique design significantly improves deposition rate and welding efficiency, increasing efficiency by over 50% compared to traditional single-wire welding. Furthermore, the device demonstrates exceptional performance in thick plate filling, large gap welding, and high-speed cladding, effectively addressing numerous challenges in thick plate welding. Thick plate welding has always been a technical challenge for industries like engineering machinery and shipbuilding. Chuke

On July 30, 2025, amid the deepening trend of intelligent manufacturing, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent"), leveraging its technological leadership, successfully completed the delivery of a batch of robotic fully-automatic laser welding machines to a domestic high-end equipment manufacturer. The delivered equipment will be used in the production of precision aerospace parts. The customer highly praised the welding accuracy, stability, and delivery efficiency, marking a new level of technical strength and market reputation for Chuke Intelligent in the field of laser welding automation. The robotic fully-automatic laser welding machine delivered is Chuke Intelligent's third-generation intelligent equipment developed for welding complex curved surfaces and small workpieces. Integrating a six-axis robotic arm and a high-precision laser control system, the equipment achieves micron-level welding accuracy, easily handling diverse processing needs from tiny electronic components to large structural parts. Its multispectral vision positioning module supports dynamic tracking welding of complex curved surfaces, achieving industry-leading weld surface smoothness and fully meeting the stringent aerospace requirements for material strength, sealing, and lightweighting. During on-site customer testing, the equipment successfully welded thin-walled titanium alloy parts, achieving remarkable therma

In the modern factory of the Zhongnan High-Tech Smart Port in the Beibei Park of Chongqing Science City, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") is redefining the limits of precision machining with its newly developed CK-UVLCM-T30W UV picosecond laser cutting machine. This machine, embodying Chuke Intelligent's decade of technological expertise, leverages the synergistic effect of picosecond ultrashort pulses and 355nm high-energy UV lasers to achieve breakthroughs in micron-level cutting accuracy and zero thermal damage, becoming a key tool for high-end manufacturing in the semiconductor, new energy, and biomedical fields. Traditional laser cutting technology, due to its large heat-affected zone (HAZ), is prone to material deformation, melting, or thermal stress cracking, making it difficult to meet high-precision requirements. Chuke Intelligent's UV picosecond laser cutting machine solves this problem through two core technologies: Picosecond ultrashort pulses: Single pulse duration is compressed to one trillionth of a second (10?12 seconds), releasing energy in a concentrated manner within an extremely short timeframe, instantly vaporizing the material. Heat conduction time approaches zero, and the heat-affected zone is ≤5μm, a 90% reduction compared to traditional nanosecond lasers. 355nm UV cold light source: Short-wavelength laser light is efficiently absorbed by materials, m

Amid the wave of smart manufacturing and Industry 4.0, businesses are increasingly demanding efficient, flexible, and environmentally friendly production tools. Chuke Intelligent's rechargeable electric marking machine (model: ZX-EMK-SWGK31230) revolutionizes the industrial marking market with its groundbreaking design and exceptional performance. This device not only completely breaks free from the constraints of traditional air and power sources, but also redefines the portability and application of industrial marking equipment with its three core advantages: lightweight, long battery life, and high precision. First, the device operates stably in extreme temperatures ranging from -20°C to 50°C. Whether inspecting outdoor power towers in the cold winters of northern China or working on high-altitude steel structures in the summers of southern China, it maintains efficient marking performance, significantly expanding its industrial application scenarios. Equipped with an intelligent pressure control system, it enables precise, adjustable marking of stainless steel materials from 0.05-1.2mm in depth, with a depth error of ≤0.01mm, meeting the high-precision requirements of medical device authentication codes and aircraft engine blade serial numbers.

As the manufacturing industry accelerates its transformation toward flexibility and intelligence, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as Chuke Intelligent) has launched the ZX-LWM-TS3000W three-in-one laser welder, redefining the boundaries of laser processing equipment with groundbreaking innovation. This portable system, integrating welding, cutting, and cleaning functions, boasts a modular design, high-efficiency output, and user-friendly operation, making it a benchmark solution for diverse applications in the Industry 4.0 era. Traditional laser equipment is limited to fixed workstations due to its single function and bulky size. Chuke Intelligent, through deep technological integration, has condensed three core processes into a single mobile device, achieving a revolutionary breakthrough: "One machine, three functions, switching in seconds": 1. Welding → Cleaning: Remove the welding gun's front-end graduated tube assembly and copper nozzle, and replace the dedicated cleaning lens to activate laser cleaning, precisely removing oxide layers or stains from metal surfaces. 2. Welding → Cutting: Simply replace the dedicated cutting nozzle and switch the control system mode to perform high-precision cutting tasks, supporting rapid separation of materials such as stainless steel and carbon steel. 3. Seamless Modal Integration: The entire process requires no complex debugging, and function switching time is reduced to 1/5 of that of traditional equipment,

On July 30, 2025, amid the deepening trend of intelligent manufacturing, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent"), leveraging its technological leadership, successfully completed the delivery of a batch of robotic fully automatic laser welding machines to a domestic high-end equipment manufacturer. The delivered equipment will be used in the production of precision aerospace parts. The customer highly praised the welding accuracy, stability, and delivery efficiency, marking a new level of technical strength and market reputation for Chuke Intelligent in the field of laser welding automation. The robotic fully automatic laser welding machine delivered is Chuke Intelligent's third-generation intelligent equipment developed for welding complex curved surfaces and small workpieces. Integrating a six-axis robotic arm and a high-precision laser control system, the equipment achieves micron-level welding accuracy, easily handling diverse processing needs from tiny electronic components to large structural parts. Its multispectral vision positioning module supports dynamic tracking welding of complex curved surfaces, achieving industry-leading weld surface smoothness and fully meeting the stringent aerospace requirements for material strength, sealing, and lightweighting. During on-site customer testing, the equipment successfully welded thin-walled titanium alloy parts, achieving remarkable thermal deformation control and weld quality far exc

In the field of jewelry manufacturing, subtle details often determine the artistic value and commercial value of the work. Traditional welding processes are difficult to meet the stringent requirements of high-end jewelry for details due to problems such as large heat impact and limited precision. The 200W jewelry laser welding machine (CK-LWM-T200W) launched by Chuke Intelligent is becoming a core tool for the transformation and upgrading of the jewelry processing industry with its precise, efficient and non-destructive welding characteristics. CK-LWM-T200W uses a high-energy density laser beam, and the spot diameter can be accurately controlled within the range of 0.1-0.3mm, achieving micron-level positioning accuracy. This feature enables it to easily cope with the welding needs of small parts such as ear pins, necklace buckles, and watch straps, especially in the connection of complex shapes or special-shaped structures. The intelligent visual positioning system equipped with the equipment can capture the contour of the workpiece in real time and automatically adjust the welding path, greatly reducing manual operation errors. The equipment supports seamle

The 2000W handheld laser welding machine CK-LWM-TC2000W launched by Chuke Intelligent is reshaping the process standards for medium and thick plate metal welding with its dual advantages of high power output and flexible operation. The equipment adopts continuous fiber laser technology, with a central wavelength of 1080nm and a beam quality of M2<1.6, ensuring high energy concentration. Actual measured data shows that the penetration depth of its single-pass weld can reach more than 5mm, significantly reducing the need for multi-layer welding, and improving the efficiency by 30%-50% when welding 4~6mm stainless steel and 5~8mm carbon steel. The equipment has made a breakthrough in controlling the weight of the welding gun to less than 1.5kg (the actual measured air-cooled model is about 30kg, and the water-cooled model is 650g), supporting 360° operation without dead angles. This lightweight design combined with ergonomic handles allows welders to easily cope with complex working conditions such as pipeline annular seams and box inner walls, and the continuous working time per day is extended to more than 8 hours. (I) CK-LWM-TC2000W shows excellent adaptability for different material characteristics: 1. Carbon steel/stainless steel: Using negative defocus welding mode, when the defocus amount is -1mm, 2000W power can achieve full penetration of 12mm carbon steel in a single pass (pressure vessel case), the weld depth-to-width ratio reaches 5:1, and the heat-affected zone is controlled withi

July 26, 2025, Chongqing - Driven by the dual goals of "dual carbon" and Industry 4.0, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") has set off a "non-destructive cleaning revolution" in the fields of steel manufacturing, shipbuilding heavy industry, and automobile precision processing with its independently developed CK-HLCM-XS300W high-power pulse laser cleaning machine. With 300W high-energy pulse laser as the core, the equipment breaks through the pain points of low efficiency, heavy pollution, and damage to the substrate of traditional cleaning technology, and becomes a benchmark for "green smart manufacturing" in the field of industrial cleaning. Chuke Intelligent 300W laser cleaning machine is equipped with an all-fiber structure pulse laser system, which realizes the dual effects of "thermal vaporization + cold stripping" through the intelligent switching of 1064nm infrared laser and 355nm ultraviolet laser. For different pollutants such as oxide layer, rust, oil, etc., the equipment can dynamically adjust the power range of 0.1-300W, with 20-500ns pulse width, accurately control the energy density, and ensure that the cleaning depth error is ≤±0.02mm.

In July 2025, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") announced that its independently developed new generation of high-temperature laser marking machine was officially launched on the market, becoming a "key weapon" to solve the problem of high-hardness special steel marking in the global high-end manufacturing field. The equipment is designed for materials such as high-speed rail tracks, aviation wheels, and ultra-high hardness steel bars. It can directly mark at high temperatures above 600°C and integrates automated production lines to help companies achieve efficient, safe, and traceable production goals. High-specification special steels (such as steel for high-speed rail tracks) can reach a hardness of HRC65 or above after heat treatment. Traditional pneumatic marking or scratching technology fails because it cannot penetrate the hardened layer; if the material is marked after cooling, it needs to be heated again, which is easy to cause material performance degradation. Chuke Intelligent High-Temperature Laser Marking Machine achieves breakthroughs through three core technologies: Ultra-high temperature adaptive laser source: Using customized fiber laser with high energy density, it can directly melt the material surface at 600-900℃ red high temperature state to form a permanent mark, avoiding secondary processing after cooling. Precise control of heat-affected zone: Through puls

At a time when the global industrial manufacturing field is booming, efficient and accurate identification technology has become a key link for enterprises to improve production efficiency and product quality. Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (referred to as "Chuke Intelligent") has successfully served many well-known companies at home and abroad with its advanced automatic nameplate laser marking machine, and established an excellent brand image in the identification equipment market. Chuke Intelligent has always regarded technological innovation as the core driving force for the development of the enterprise, and its automatic nameplate laser marking machine has condensed many cutting-edge scientific and technological achievements. The equipment uses a high-precision laser beam, combined with advanced control algorithms, to achieve clear, durable and fine marking on the surfaces of various metal and non-metal nameplates. Whether it is tiny characters, complex patterns or precise QR codes, marking can be completed with extremely high accuracy and speed, and the marking quality far exceeds traditional marking methods. Taking UV laser marking technology as an example, the UV laser marking machine independently developed by Chuke Intelligent uses a 355nm wavelength UV cold light source. Through the third-order intracavity frequency doubling technology, the focused spot diameter is only 15μm, and the processing heat-affected zone is less than 0.1mm. This "

On July 22, 2025, the factory of Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed a special visitor-Mr. Li (pseudonym), the head of a large engineering company and a long-term user of Sany excavators. Accompanied by the Chuke Intelligent technical team, Mr. Li personally operated the latest generation of laser cleaning equipment to conduct in-depth cleaning tests on key components such as the crawler of a Sany excavator that had been in service for 5 years. After 30 minutes of contactless cleaning, the rust and oil stains on the surface of the equipment were completely removed, the substrate was zero damaged, and the cleaning efficiency was more than 4 times higher than that of the traditional sandblasting process. The test results amazed Mr. Li: "Laser cleaning not only solves the environmental protection problem, but also reduces the equipment maintenance cost by 30%!" At the test site, Chuke Intelligent engineers simulated typical scenarios such as chassis rust in high salt fog environment in ports and oil accumulation in hydraulic systems after mining operations in response to the pain points of the engineering machinery industry. By adjusting the laser power density and scanning speed, the equipment completed the nano-level cleaning of the gap of the excavator bucket teeth within 5 minutes, and the surface roughness was optimized from Ra6.3μm to Ra1.6μm, reach

On July 14, 2025, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") successfully completed a high-precision cutting and marking test task for a gem processing company in various countries with its leading UV laser technology, achieving a processing accuracy of ±0.001 mm, breaking the long-standing technical bottleneck in the field of gem processing in one fell swoop, and setting a new benchmark for the industry. The customers of this cooperation are well-known gem processing companies in various countries, and their products are widely used in jewelry, precision instruments and other fields. Due to the high cost of gem materials and the great difficulty of processing, customers have put forward strict requirements on equipment accuracy, thermal impact control and processing stability: micron-level pattern cutting and marking must be achieved on the sapphire surface, and no thermal damage or cracks must be generated during the processing process. However, in the early research, customers found that most of the more than 30 laser equipment manufacturers in various countries can only provide fiber, quasi-continuous or MOPA fiber laser cutting solutions, but these technologies cannot meet the demanding needs of gem processing due to significant thermal effects and insufficient precision. After months of fruitless searching, the customer placed their hopes on Chuke Intelligent.

On July 9, 2025, at the Yekaterinburg International Exhibition Center in Russia, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") held a unique technical presentation during the 2025 Russian International Industrial Trade Fair (INNOPROM 2025) to showcase its innovative strength and solutions in the field of laser equipment to major global customers. The event attracted nearly 100 representatives from companies in Russia, Belarus, the Middle East and other regions. Chuke Intelligent's core products such as laser marking machines, pneumatic marking machines, laser cutting machines and laser cleaning machines won unanimous praise from on-site customers with their excellent performance. At the presentation, Tao Yuanyuan, the exhibition manager of Chuke Intelligent, systematically expounded the company's development strategy with the theme of "Intelligent Production-Global Response" in combination with the industrial advantages of Chongqing's manufacturing industry and the complementarity of China-Russia industry. He pointed out: "As a global center of electronic manufacturing and auto parts industry, Chongqing has provided a deep industrial soil for Chuke Intelligence. We have promoted the leap from 'Made in Chongqing' to 'Smart Manuf

On July 10, 2025, at the Yekaterinburg International Exhibition Center in Russia, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") ushered in a "highlight moment" on the fourth day of the 2025 Russian International Industrial Trade Fair (INNOPROM 2025) - its core equipment such as laser marking machines and laser cleaning machines were snapped up by international customers, and the on-site urgent additional order negotiations were heard one after another. This "sold out storm" not only confirms the global competitiveness of China's high-end equipment manufacturing, but also becomes a vivid footnote to the deep integration of Sino-Russian industry. At the Chuke Intelligent booth, a laser marking machine being demonstrated attracted the technical director of a Russian automobile group to stop for a long time. The equipment engraves a permanent QR code on the metal surface of the engine with a precision of 0.01 mm, and the real-time update function of dynamic data perfectly adapts to the needs of its automated production line. "Traditional ink marking is easy to fall off in extreme environments, while laser marking is not only environmentally friendly, but also three times more efficient." The director decided to sign a $5 million order on the spot, and revealed that its Siberian factory has included Chuke Intelligent equipment in the standardized procurement list. On the other side, the practical demonstration of the laser cleaning machine also

On July 9, 2025, on the third day of the 2025 Russian International Industrial Trade Fair (INNOPROM 2025), Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") became the core focus of the exhibition with its high-precision laser marking machine, intelligent laser cleaning machine and automated laser welding solutions. The booth was packed with people for three consecutive days, attracting in-depth reports from multiple Russian TV stations and mainstream media such as paper media, and attracted great attention from global industrial buyers. At the exhibition site, the fiber laser marking machine exhibited by Chuke Intelligent became the "preferred solution" for Russian

On July 8, 2025, the Yekaterinburg International Exhibition Center in Russia was crowded with people, and the global industrial field focused on it. The 15th Russian International Industrial Trade Fair (INNOPROM 2025) entered the second day. The booth of Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent"), a benchmark enterprise in western China's industry, became the focus of the whole venue. Its laser marking machines, laser cleaning machines and other digital solutions have attracted great attention from international buyers, and there is an endless stream of corporate representatives negotiating in front of the booth. In the automobile and motorcycle parts industry exhibition area, the high-precision laser marking machine exhibited by Chuke Intelligent attracted the attention of many Russian auto parts companies. The equipment can achieve a permanent QR code mark with a precision of 0.01 mm on the metal surface of the engine, meeting the needs of anti-counterfeiting and traceability, while supporting real-time updates of dynamic data and adapting to automated production lines. "Traditional ink marking is easy to wear and pollute the environment, while laser marking is not only environmentally friendly, but also can increase production efficiency by 3 times." Chuke Intelligent's overseas technical director introduced during the on-site demonstration.

On July 7, 2025, the 2025 Yekaterinburg Industrial Exhibition (INNOPROM) in Russia opened grandly at the Yekaterinburg International Exhibition Center. As the largest and most influential national industrial exhibition in the CIS region, this exhibition, with the theme of "Intelligent Production-Global Response", attracted Russian Prime Minister Mishustin, Belarusian Prime Minister Golovchenko and other 16 dignitaries from countries to attend and more than 1,100 leading companies from around the world to participate in the exhibition. Chongqing, a major industrial city in western China, made a group appearance. Among them, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") was invited to participate in this event as a benchmark enterprise in the marking machine industry. It exhibited a variety of intelligent markings and automated laser welding and cleaning solutions at the Beibei Pavilion, becoming one of the highlights of Sino-Russian industrial cooperation. Chongqing, a Chinese municipality known as a "mountain city", has long been a key coordinate on the global manufacturing map. Data shows that one in every two laptops and one in every five mobile phones in the world are produced in Chongqing. The scale of its automobile and motorcycle parts industry ranks among the top in the country, forming a trillion-level industrial cluster covering vehicle manufacturing, key components, and intelligent equipment.

https://youtube.com/shorts/RgzEkFj-i8A?feature=share Two 5-in-1 laser systems with the same configuration were just shipped. This time, we will explain in more detail how the systems are configured and how they work. Each system contains five sets of 100W MAX brand MOPA fiber lasers and five integrated control boards that can be easily switched and set up with a single touchscreen. Due to the high production volume in the laptop industry, a set of templates can efficiently and automatically deburr and mark tens of millions of pieces for several months without adjustment. Earlier this month, we delivered three of the same laser marking machines, and five of the five-in-one systems have been delivered this month. The customer is currently evaluating whether a higher-power MOPA laser and a faster scanning galvanometer are required for optimal efficiency. The customer has expressed satisfaction with the marking results and efficiency, mainly due to the larger deburring area. The customer is in the process of optimizing the production capacity ramp-up process and is expected to determine whether to upgrade the subsequent machine next month based on new bottlenecks.

https://youtube.com/shorts/tVQc_D3mgBI?feature=share The customer needed to mark small metal parts on the side of the production line after manually loading and adjusting, but space was limited so the customer didn't want to use conventional desk models. After discussions, the customer chose a flying fiber laser marking machine operated by a touch screen and equipped with a manual table, but using static marking to do the work. Other than that, there is nothing special about the laser marker itself, but the customer chose a 100W MAX MOPA fiber laser to ensure efficiency, which is now the mainstream configuration for high-power MOPA lasers. The customer's freight forwarder was supposed to pick up the machine yesterday before our 6 p.m. closing time, but it was not actually shipped until 9 a.m. this morning. In the past two months, the metal metallurgy and hardware markets in the Middle East, Europe, South America and other regions have shown relatively strong growth, and we have received many requests for quotations from customers in these industries. If you are also looking for cost-effective and reliable fiber laser marking machine, welcome to contact us.

On April 23, 2025, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed a special customer. The customer came with urgent needs, hoping that Chuke Intelligent could provide solutions to help clean the stubborn rust layer and some stubborn paint on the machine. Faced with this challenge, Chuke Intelligent recommended the 300W pulse cleaner to the customer with its advanced technical strength, and this equipment finally won high praise from customers with its excellent cleaning effect. When the customer visited, he was deeply worried about the rust and paint problems of the machine. These rust and paint not only affect the beauty of the machine, but may also pose a potential threat to the performance and service life of the machine. Chuke Intelligent's professional technicians responded quickly and conducted a comprehensive and detailed inspection of the customer's machine. After in-depth analysis, the technicians judged that traditional cleaning methods are difficult to effectively remove these stubborn stains, and the 300W pulse cleaner independently developed by Chuke Intelligent is an ideal choice to solve this problem. Chuke Intelligent's 300W pulse cleaning machine is the result of the company's scientific and technological research and development. It uses advanced pulse technology, which can generate a strong impact force in an instant, quickly stripping the rust layer and paint from the surface of the machine. Compared with traditional cleaning methods, pulse cleaning has significant adva