On March 31, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") successfully partnered with a client with specific needs, signing a purchase contract for two laser welding machines with specific configurations. This demonstrates Chuke Intelligent's strong capabilities once again in the field of medium-gauge aluminum foil welding. The client brought their own fixtures and samples for testing. Their requirement was to weld medium-gauge aluminum foil, which is only about 0.01mm thick, presenting significant challenges during the welding process. Due to the extremely thin foil, it is highly susceptible to melting, deformation, and even ignition when heated. The processing time requirements are extremely stringent; a short processing time must be used to minimize the heat impact, otherwise the product will be scrapped, failing to meet production needs. After thoroughly understanding the client's needs, Chuke Intelligent's technical team immediately recommended the QCW platform laser welding machin

On March 30, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed a group of special guests—a delegation of power plant customers. The purpose of their visit was to gain a deeper understanding of Chuke Intelligent's continuous laser and pulsed laser rust removal technologies and to seek innovative solutions for equipment maintenance in power plants under environmental pressure. During the exchange, the power plant customers elaborated on the challenges they currently face. The exterior surfaces of power plant buildings, boilers, and other equipment are exposed to complex environments for extended periods, making them highly susceptible to rust. Previously, power plants relied on manual, periodic rust removal, a method that required significant manpower and the use of large amounts of water and various cleaning agents. With increasingly stringent environmental requirements, the coal-fired power industry faces immense pressure regarding carbon emissions and wastewater treatment during operation. Traditional rust removal methods generate large amounts of wastewater containing chemical cleaning agents, which is difficult and costly to treat and poses a potential threat to the environment. Meanwhile, the continuous consumption of cleaning agents and water keeps operating costs high, making a more environmentally friendly and efficient rust removal method urgently needed by power plants to alleviate the current predicament. As a leading company in the laser e

On March 30, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") officially announced that it will showcase multiple independently developed innovative laser devices at the 139th China Import and Export Fair (Canton Fair), held from April 15th to 19th at the Canton Fair Complex in Guangzhou. The booth number is 20.1 E01 & E02. Through this participation, Chuke Intelligent aims to leverage the Canton Fair as an international trade platform to further expand its international market and enhance its brand influence. The Canton Fair, as China's longest-running, largest-scale, and most comprehensive international trade fair, is hailed as "China's No. 1 Exhibition" and serves as an important window for China's opening up to the outside world and a core platform for international trade cooperation. Since its inception in 1957, the Canton Fair has been successfully held 138 times, attracting numerous buyers and exhibitors from around the world, becoming an important force in promoting China's foreign trade development and facilitating Sino-foreign economic and trade exchanges and cooperation. The 139th Canton Fair covered a total exhibition area of ??approximately 1.55 million square meters, with 75,500 booths, attracting more than 30,000 exhibitors. This year's Canton Fair continued to feature dedicated zones for service robots and smart healthcare, and newly established eight product zones: smart wearables, display technology, drones (consumer grade), agricultural drones, bamboo and wood tableware, bamboo and wood ho

On March 27, 2026, at the successfully concluded Shanghai Munich Photonics Exhibition, several core suppliers of Chongqing JPT Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "JPT Intelligent") showcased a series of innovative laser products, becoming the focus of the exhibition with their groundbreaking technical performance and wide application potential, injecting new momentum into the laser processing industry. M7 E3 Series Lasers: The King of Cost-Effectiveness in Industrial Marking JPT's M7 E3 series lasers, after the initial 100W model in 2024, have been further expanded to 200W and 300W (models: YDFLP-E3-200/300-M7-M-R) in 2025. Through enhanced heat dissipation design and lightweight structure, this series maintains high stability while reducing overall costs, and has now become the "benchmark of cost-effectiveness" in the field of permanent industrial metal marking. Its modular design allows for seamless integration into automated production lines, meeting the demands of high-volume production and finding wide application in industries such as 3C electronics, automotive parts, and hardware tools.

On March 27, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed an important customer. The two parties conducted in-depth cooperation on the permanent marking needs of steel rings and successfully signed an order for 5 fiber laser marking machines. This marks another affirmation of Chuke Intelligent's technical strength and market competitiveness in the field of precision machining. It is understood that the customer's high-precision steel rings require permanent marking of serial numbers and QR codes. However, traditional processes are prone to material deformation due to long processing times, becoming a pain point in the industry. To address this need, Chuke Intelligent's technical team used an entry-level 30W fiber laser marking machine for on-site sample testing. Thanks to its high-speed, non-contact processing characteristics, the equipment completed clear marking in a short time, and the steel ring surface had no heat-affected zone, completely avoiding the risk of deformation. The client expressed high satisfaction with the sampling speed and results, stating, "Chuke Intelligent's solution perfectly balances efficiency and quality, exceeding expectations." To meet the client's potentially diverse future needs, Chuke Intelligent simultaneously showcased its MOPA fiber laser and quasi-picosecond infrared fiber laser technology solutions. The MOPA laser can achieve deeper marking contrast by adjusting the pulse width, making it particularly suitable for scenarios with specific color requirements for markings; the q

On March 16, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed an important customer. This collaboration focused on the automotive parts sector. The customer brought engine valve spring seat samples for on-site testing. The Chuke Intelligent team, utilizing its independently developed vision fiber laser marking machine, completed the serial number marking in a highly efficient 12-second cycle, 20% faster than the customer's target of 15 seconds. Furthermore, the marking was fully automated, requiring no manual intervention. This achievement signifies further industry recognition of Chuke Intelligent's technological strength in the laser marking field. The equipment can be directly integrated into the customer's existing production line, facilitating its intelligent upgrade. Engine valve spring seats, as key components of automotive engines, require unique serial numbers to be marked on their surface for full lifecycle traceability. However, the component has an irregular curved surface, and traditional marking methods rely on manual positioning, resulting in low efficiency, high error rates, and poor consistency. To address customer needs, the Chuke Intelligent team adopted a vision-based fiber laser marking machine, achieving perfect marking through the following technological breakthroughs: Equipped with a high-precision CCD camera, it can capture the curved surface contour of the spring seat in real time, automatically generating the marking path with an error controlled withi

On March 15, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent," international brand "Chuke") welcomed an important customer. The customer brought their products to Chuke Intelligent's factory located at No. 13-2, Lane 1, No. 65, Jinchuang Road, Beibei District, Chongqing, for on-site laser-cut glass sample making. After careful operation and demonstration by Chuke Intelligent's professional team, the sample, with its excellent cutting effect and exquisite craftsmanship, won high recognition from the customer, and both parties immediately reached a cooperation intention. During this sample making process, Chuke Intelligent fully demonstrated its profound accumulation and innovation capabilities in the field of laser cutting technology. In response to the customer's glass cutting needs, the Chuke Intelligent technical team quickly responded and formulated a scientific and reasonable sample making plan based on the material characteristics of the glass and the cutting requirements. The team utilized advanced laser cutting equipment equipped with a self-developed intelligent control system and dynamic focusing technology. This equipment precisely controls laser energy and the cutting path, ensuring the stability and consistency of the cutting process.

On March 7, 2026, a technical team from a well-known domestic machinery manufacturing company visited Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent"), focusing on inspecting its independently developed flange marking machine series products. After on-site demonstrations, technical exchanges, and in-depth testing, the customer highly recognized the high precision, high efficiency, and intelligent level of the equipment, and signed a letter of intent for cooperation on the spot, planning to purchase several machines for the first batch of production line upgrades. This cooperation marks another endorsement of Chuke Intelligent's technical strength in the high-end industrial marking field by a leading customer in the industry, injecting new momentum into its expansion into the intelligent manufacturing market. As a core component of pipeline connections, the clarity and durability of flange markings directly affect equipment safety and traceability management. Traditional marking methods (such as inkjet printing and electro-corrosion) suffer from problems such as easy wear, low precision, and poor efficiency, making it difficult to meet the stringent requirements of high-end equipment manufacturing. Addressing customer pain points, Chuke Intelligent has launched its third-generation fiber laser flange marking machine. Utilizing a 20W high-power pulsed laser and a self-developed dynamic focusing system, it can achieve 0.01mm-level character engrav

On March 7, 2026, a technical team from a well-known company in the rail transit industry visited the factory of Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") to conduct an on-site inspection of the application effect of laser cleaning machines in the fields of paint and rust removal. After multi-scenario simulation tests and in-depth technical exchanges, the customer highly praised the cleaning efficiency, environmental performance, and intelligent level of Chuke Intelligent's equipment, and expressed its intention to deepen cooperation on the spot. This cooperation marks Chuke Intelligent's laser cleaning technology officially entering the high-end maintenance market of rail transit, providing key technical support for the industry's green transformation. During long-term operation, rail transit vehicles are prone to accumulating stubborn oil stains, oxide rust layers, and multiple coatings on their body surfaces. Traditional sandblasting and chemical cleaning methods can easily lead to damage to the substrate, reduced precision, and generate a large amount of dust and wastewater pollution. To meet customer needs, the Chuke Intelligent Technology team deployed the latest generation 3000W pulsed fiber laser cleaning machine. Through an intelligent spot adjustment system, laser parameters are automatically matched based on the thickness of the contamination layer (0.2-1.5mm) and the characteristics of the substrate (high-strength aluminum alloy), achieving "layered peeling and precise depth control." In simulat

On March 2, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed an important long-term client—the technical team of a well-known automotive parts manufacturer. As a long-term partner of Chuke Intelligent's pneumatic dot-matrix marking machines and laser marking machines, this client, after first encountering laser cleaning technology last year, brought crankshaft component samples for on-site testing and personally experienced the operation process of the pulsed laser cleaning machine. After 3 hours of in-depth testing, the client highly recognized the cleaning effect and equipment performance, and signed a purchase agreement on a batch of pulsed laser cleaning machines on the spot, marking a comprehensive expansion of cooperation between the two parties from the traditional marking field to the industrial cleaning field. The crankshaft components brought by the client presented multiple challenges due to surface contamination: stubborn oil stains formed by long-term high-temperature operation, residual metal coatings from electroplating processes, and oxidation and corrosion generated during transportation. Traditional cleaning methods (such as sandblasting and chemical immersion) easily lead to substrate damage, decreased precision, and high environmental costs. To address customer needs, the Chuke Intelligent technology team deployed its latest generation 3000W pulsed fiber laser cleaning machine. Through an intelligent spot adjust

February 3, 2026, 14:58:269 To all departments and employees of Chongqing Chuke Intelligent Machinery Equipment Co., Ltd.: In accordance with the national unified arrangements for the 2026 Spring Festival holiday and based on the company's actual situation, the company has decided to announce the following holiday arrangements and related matters: I. Holiday Period February 15, 2026 (Sunday, the 28th day of the twelfth lunar month) to February 23, 2026 (Monday, the 7th day of the first lunar month), a total of 9 days off. Resumption of work will begin on February 24, 2026 (Tuesday, the 8th day of the first lunar month). II. Work Arrangements To ensure a smooth Spring Festival holiday, the following dates are working days: February 8, 2026 (Sunday) March 1, 2026 (Sunday) III. Important Notes To ensure a smooth transition of work before and after the holiday and to safeguard the company and its employees' safety, the following requirements are hereby issued: All departments are requested to arrange their work in advance, ensure proper handover of business, and develop emergency plans to ensure uninterrupted operation and smooth workflow before and after the holiday. Before the holiday, all employees are requested to check the water, electricity, doors, windows, and equipment in their office areas or production workshops, ensure security measures are in place, and address any potential security risks. Department heads must organize special inspections to ensure that security measures are implemented effectively. Employees traveling or returning home during the holiday are requested to pay attention to traffic and weather information, take precautions for personal safety and property security, take personal protective measures, travel safely, and enjoy a civilized holiday. IV. New Year Greetings On the

On February 8, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. held its 2026 Year of the Horse Annual Meeting at its factory. The theme was "A Carnival of Unity," and the slogan "Precision Craftsmanship, Laser Welding for Success" resounded throughout the venue, showcasing the company's ambition in the field of industrial marking and laser welding. This annual meeting was not only a summary of the past year's achievements but also a bold declaration of future development, attracting numerous industry partners, media reporters, and employee representatives to participate in the grand event. Since its establishment, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. has always focused on the research and development and production of industrial marking equipment. With its profound technological accumulation and keen market insight, it has become a leading enterprise in the domestic industrial marking field. The company's main products, including pneumatic marking machines, electric marking machines, and laser marking machines, are characterized by high precision, high efficiency, and durability. They are widely used in various industries such as automotive parts, aerospace, construction machinery, and electronic components, serving over 5,000 customers and maintaining a leading market share for many consecutive years.

Recently, a delegation from a manufacturer specializing in smart manufacturing visited Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") for an on-site inspection. The purpose of this visit was to find suitable small, portable marking equipment for marking, identification, and traceability information on the outer walls of steel plates used in products, while also exploring the application potential of laser cleaning technology in rust removal, maintenance, and refurbishment of steel parts. After a comprehensive and in-depth inspection and exchange, both parties reached a cooperation intention. The smart manufacturing manufacturer immediately decided to purchase Chuke Intelligent's 50W handheld laser marking machine and highly praised Chuke Intelligent's company strength and rich product line, expressing its intention to continue deepening cooperation in the future. At the beginning of the inspection, the smart manufacturing manufacturer delegation went straight to the point, conducting a detailed examination of Chuke Intelligent's small, portable marking equipment. Chuke Intelligent showcased several products, including portable pneumatic marking machines, electric marking machines, and fiber laser marking machines, each with its own unique features. Portable pneumatic marking machines, with their powerful impact and stable marking effect, excel in marking hard materials such as metals, clearly and persistently engraving various marking informatio

On January 5, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") achieved a major breakthrough in the field of bridge maintenance with its independently developed pulsed laser cleaning machine, successfully applied to the steel structure rust removal projects of several large-scale bridges in China. This innovative technology, with its precise, non-destructive, and environmentally friendly characteristics, is reshaping the traditional bridge maintenance model and providing key support for the industry's intelligent transformation. Traditional bridge steel structure rust removal relies on methods such as sandblasting and chemical cleaning, which suffer from drawbacks such as high dust pollution, difficulty in treating chemical waste, and damage to the substrate. Chuke Intelligent's pulsed laser cleaning machine achieves precise separation of contaminants from the substrate through nanosecond-level high-energy laser pulses: the laser beam is absorbed by the paint or rust layer and instantly vaporized, while the metal substrate is perfectly preserved due to laser reflection. “Our equipment can remove coatings or rust layers as thin as 0.01-2 millimeters with millimeter-level precision,” explained the Chief Technology Officer of Chuke Intelligent. In a maintenance project for a cross-river bridge, this technology completed the treatment of 2,000 square meters of rusted sur

On December 31, 2025, in the Chuke Intelligent production workshop at the Xiema Zhongnan High-Tech Smart Port in Beibei District, Chongqing, two customized multi-axis large-format laser welding machines completed final performance testing and are about to be shipped to Ukraine. This exported equipment is specifically designed for the new energy vehicle battery repair scenario and will serve the precision disassembly, structural repair, and module reassembly of Tesla battery packs in the region, marking a key breakthrough for China's high-end laser equipment in the overseas new energy aftermarket. Addressing pain points in Tesla battery pack repair, such as aluminum frame deformation repair and module welding precision control, the Chuke Intelligent R&D team overcame numerous technical challenges over eight months. The exported laser welding machine is equipped with a ten-axis linkage control system, which can simultaneously control the composite movement of the welding head, rotary table, and robotic arm, achieving a positioning accuracy of 0.05mm in three-dimensional space, perfectly adapting to the complex curved surface welding requirements of Tesla's 4680 battery cell arrangement. Equipped with a 3000W high-power fiber laser, the equipment can complete through-welding of a 10mm thick aluminum plate in a single scan, controlling the heat-affected zone to within 0.2mm. This represents a four-fold increase in efficiency compared to traditional argon arc welding, with no spatter or defor

On December 18, 2025, the GAF2025 New Energy Vehicle Intelligent Manufacturing Summit grandly opened at the Chongqing Fuli Holiday Hotel. Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") shone brightly at the exhibition with its cutting-edge laser technology. During the exhibition, Chuke Intelligent's booth welcomed two special customers. They had previously ordered products from other companies in the industry, but after in-depth exchanges with Chuke Intelligent's engineers, they showed a strong intention to cooperate. At the summit, Chuke Intelligent's booth was bustling with people. Among the many inquiries, two customers attracted particular attention. It was learned that they had previously ordered related products from other companies in the industry, and their purpose in attending the GAF2025 New Energy Vehicle Intelligent Manufacturing Summit was to learn about the latest industry trends. When the two clients passed by the Chuke Intelligent booth, they were drawn to the advanced laser marking, welding, and cleaning processes showcased in the automated processing of electric vehicle chassis battery casings, fasteners, and various components, and stopped to admire them. Chuke Intelligent's engineers warmly welcomed the two clients, providing a detailed explanation of the company's laser technology principles, application advantages, and successful case studies. The two clients listened attentivel

On December 18, 2025, the GAF2025 New Energy Vehicle Intelligent Manufacturing Summit was grandly opened at the Chongqing Fuli Holiday Hotel. Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent"), as an invited company, made a brilliant appearance. Its advanced laser marking, welding, and cleaning processes for automated processing of electric vehicle chassis battery housings, fasteners, and various parts became a major focus of the summit, attracting a constant stream of customers to its booth. At this summit, Chuke Intelligent focused on key aspects of new energy vehicle manufacturing, bringing a series of innovative laser technology solutions. In the automated marking process, Chuke Intelligent's laser marking technology, with its high precision, high speed, and flexible marking capabilities, can achieve clear, accurate, and durable markings on electric vehicle chassis battery housings and various parts. This not only meets the stringent requirements of the automotive industry for product traceability and quality control but also provides possibilities for personalized customization of parts. The roughening (welding pretreatment) process was another highlight showcased by Chuke Intelligent. Through advanced laser roughening technology, the microstructure of electric vehicle components can be effectively improved, increasing surface roughness and significantly enhancing the bonding strength and stability during welding, laying a solid foun

On December 5, 2025, a batch of independently developed, fully enclosed laser marking machines from Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") completed final quality inspection in its modern factory located in the Beibei Park of the Western (Chongqing) Science City, and were about to be packed and shipped to Germany. This batch of equipment, with its high safety, environmental performance, and intelligent technology, has become an important choice for the upgrading of high-end manufacturing in Europe, marking another breakthrough for Chinese laser equipment in the international market. The enclosed laser marking machines exported this time are Chuke Intelligent's flagship products customized for the European market. The equipment adopts an integrated protective cabin and an intelligent environmental monitoring system to achieve zero dust exposure during processing. Equipped with multi-level dust purification modules and radiation sensing devices, its dust control and radiation protection capabilities meet EU CE certification and German industrial safety standards. According to the R&D head of Chuke Intelligent, this machine is specifically designed for high-safety-requirement scenarios such as German automotive parts and precision electronics. Its explosion-proof model has passed rigorous testing under extreme conditions, making it the preferred solution for industries such as power batte

On December 2, 2025, a delegation from a well-known Belgian industrial group arrived in Chongqing for a two-day in-depth inspection of Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent"). This visit focused on the technical adaptability and localization services of high-end equipment such as laser marking, welding, and cleaning. Both sides reached several consensuses on cooperation in areas such as new energy projects in Africa and precision manufacturing in Europe, marking a new stage of intelligent and green cooperation between China and Belgium in industrial equipment. In Chuke Intelligent's modern showroom, the Belgian client focused on experiencing its core product—the 50W fiber laser marking machine. This equipment, through a dynamic focusing system and intelligent closed-loop control algorithm, achieves a 0.1 mm depth marking on aluminum alloy specimens, with an error controlled within ±0.02 mm, smooth edges without burrs, and a depth consistency of 99.8%. After on-site testing, the client's technical manager stated, "We compared our equipment with those from German and Swiss brands. Chuke Intelligent's dynamic spot compensation technology can automatically correct minute undulations on metal surfaces, which is crucial for anti-counterfeiting and traceability of aerospace components."

On November 12, 2025, the 26th China (Chengdu) International Gas Equipment, Technology and Application Exhibition grandly opened at the Chengdu Century City New International Convention and Exhibition Center. As a core component of the concurrently held 3rd China International Hydrogen Energy, Hydrogen Refueling Station and Fuel Cell Equipment Exhibition, this year's exhibition brought together over 200 leading companies from around the world, with an exhibition area exceeding 20,000 square meters. On the first day, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chongqing Chuke Intelligent") became the focus with its globally debuted patented gas cylinder clamp laser marking machine, attracting numerous exhibitors and over ten industry leaders for on-site discussions and technical cooperation negotiations that continued until the exhibition closed. Chongqing Chuke Intelligent showcased its Sino-foreign language laser marking machine for gas cylinders, addressing the pain points of low accuracy and efficiency in marking the curved surfaces of high-pressure gas cylinders. It achieves three core technological breakthroughs: 1. Dynamic Curved Surface Compensation System: Integrating a laser rangefinder sensor and multi-axis linkage algorithm, it adjusts the beam focus point in real time, ensuring a marking depth error of ≤0.005mm on curved surfaces, overcoming the limitations of traditional equipment where "fl

On November 11, 2025, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent"), a company deeply rooted in the field of intelligent manufacturing, successfully completed the commissioning and delivery of a fully automatic metal rod end-face marking machine this afternoon. This equipment, with its innovative three-axis linkage design and precise photoelectric sensing technology, successfully achieved automated loading and unloading and a highly efficient processing flow, winning high praise from the customer. The final payment was settled on the spot, and logistics for pickup were immediately arranged, once again demonstrating Chuke Intelligent's strong capabilities in the field of non-standard automated equipment. This delivered fully automatic metal rod end-face marking machine is a customized solution by Chuke Intelligent to meet the customer's demand for "high efficiency, precision, and unmanned" production. The equipment employs a three-axis linkage stroke system, driven by precision servo motors, enabling flexible positioning and high-speed movement of metal rods in the X, Y, and Z directions. Combined with photoelectric photoelectric sensors, it can monitor material position and processing status in real time, ensuring the end-face marking accuracy of each metal rod is within ±0.02mm. This significantly reduces manual intervention, increasing production efficiency by more than three times compared to traditional equipment. “Our customers previously relie

On November 6, 2025, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") hosted a special "real-world test": a delegation from a domestic arts and crafts processing company brought two ordinary granite stones to the factory, requesting that Chuke Intelligent's laser deep engraving equipment be used to engrave common commercial graphics on these seemingly ordinary stones. After just 12 minutes of precise operation, the finished product passed inspection with astonishing precision, and the customer immediately decided to sign a letter of intent to purchase. This marks another recognition of Chuke Intelligent's technical strength in the field of ordinary stone processing. “We specifically chose ordinary gray granite this time to see how the equipment performs in actual production,” explained Mr. Zhang, the client's technical lead, pointing to two stones weighing approximately 150 kilograms each. “The graphics are common company logos and simple patterns. Although not complex, they require a high level of stability and precision from the equipment.” Faced with this practical testing requirement, Chuke Intelligent's technical team acted swiftly, launching its flagship model—a fiber laser deep engraving machine. This equipment is equipped with independently developed “intelligent pulse control technology” and a “multi-level dynamic focusing system,” which can automatically adjust laser parameters according to the stone material. As the green laser beam moved rapidly acros

On November 5, 2025, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. welcomed a customer from the new energy vehicle industry. Their aluminum lithium battery tray bottom shell sample underwent laser cleaning technology testing at the factory. Using Chuke Intelligent's independently developed 3000W continuous fiber laser cleaning machine, the 20μm thick anodized layer on the sample surface was precisely peeled off, reducing contact resistance by 32% and surface temperature by 18℃ compared to traditional processes. This provides crucial technical support for the reliability and safety of new energy vehicle power batteries. The aluminum tray bottom shell tested is a core load-bearing component of new energy vehicle battery packs. While its anodized layer improves corrosion resistance, it significantly increases conductivity, leading to higher battery module operating temperatures. Traditional chemical pickling easily corrodes the substrate, while mechanical grinding damages surface smoothness. Chuke Intelligent's laser cleaning technology, however, achieves instantaneous vaporization and peeling of the oxide layer within milliseconds through a "photo-thermal" coupling reaction between a 1064nm wavelength laser beam and the oxide layer. Test data shows that when the equipment processes at 2000W power and a scanning speed of 50mm/s, the single cleaning area reaches 0.5 square meters, the oxide layer removal rate reaches 99.8%, and the surface roughness Ra value is optimized from 3.2μm after acid washing to 0.8μm, meet

On November 5, 2025, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed a delegation from an international auto parts company. The client traveled to Chongqing specifically to test the application effect of its independently developed 10W UV laser marking machine in the field of QR code traceability for auto parts. After several hours of precise marking and in-depth verification, the equipment, with its superior performance of "cold processing, high precision, and zero thermal damage," successfully completed the QR code assignment of complex curved surface parts and achieved efficient association of traceability information throughout the entire lifecycle. A preliminary cooperation intention was reached on-site. The auto parts tested included high-precision components such as shock absorber springs and aluminum alloy brackets, made of materials including high-strength steel, coated alloys, and engineering plastics, with surfaces mostly featuring curved or irregular shapes. Traditional fiber laser marking is prone to material deformation and coating scorching due to thermal effects, while inkjet printing carries the risk of label detachment, becoming a pain point in the industry's traceability management.