As AI computing power experiences explosive growth, as the national strategy of "Eastern Data, Western Computing" is deeply implemented, and as green and low-carbon development becomes a core issue for industrial development, liquid cooling technology, as a key path to overcome the heat dissipation bottleneck of high-performance computing equipment and achieve energy consumption optimization, is ushering in a golden age of large-scale development. From April 9th to 11th, 2026, the Shenzhen Convention and Exhibition Center (Futian) will host the 2026 Greater Bay Area International Liquid Cooling Industry Conference and Exhibition, bringing together over 200 leading companies, experts, scholars, and industry chain partners from around the world to comprehensively showcase the innovative achievements of the entire liquid cooling technology chain and build a core platform for technical exchange, business matchmaking, and ecosystem co-construction. Feilai Laser, as an innovative leader in the field of laser equipment thermal management, will participate with its full range of liquid cooling solutions. With laser technology at its core and intelligent cooling innovation as its driving force, Feilai Laser will explore new opportunities for the development of the liquid cooling industry with industry peers and jointly draw a new blueprint for the future of green computing power.
Having cultivated the laser field for many years, Fly Laser has always taken technological innovation as its core driving force, focusing on the core pain points of thermal management in laser equipment. Based on its profound understanding of precision manufacturing and intelligent temperature control, it has gradually built a complete chain system covering the R&D, production, sales, and service of liquid cooling for laser equipment. During the operation of laser equipment, the generation of a large amount of heat directly affects the equipment's output power, beam quality, and operational stability. Traditional water cooling systems are prone to problems such as pipe rupture and water pump damage in low-temperature environments, and struggle to meet the demands of efficient heat dissipation in high-power scenarios. These pain points have become key bottlenecks restricting the upgrading of laser equipment to high power, high precision, and high stability. Based on this, Fly Laser, grounded in industry needs, has deeply integrated liquid cooling technology with laser equipment, creating customized liquid cooling solutions adaptable to different power levels and scenarios. This fills several gaps in the field of efficient thermal management for laser equipment, injecting strong momentum into the high-quality development of the laser industry.
The 2026 Greater Bay Area International Liquid Cooling Industry Conference and Exhibition is an important opportunity for Feilei Laser to showcase its core technologies, connect with industry resources, and deepen mutually beneficial cooperation. Leveraging the locational advantages of the Greater Bay Area's digital economy and computing power industry, the exhibition covers the entire industry chain, including liquid cooling raw materials, liquid cooling devices, core technologies, and supporting equipment. Concurrent events such as the AI Computing Power Industry Conference and the Data Center Conference will be held, attracting over 8,000 professional visitors, including decision-makers from core fields such as intelligent computing centers, AI servers, cloud computing, and energy storage. This provides exhibitors with a high-quality platform for precise matching and in-depth exchange. Fly Laser will participate under the theme "Intelligent Cooling Empowers Laser, Innovation Drives the Future," showcasing its core liquid cooling products and solutions at the exhibition. This will allow every visitor to experience the power of technological innovation firsthand and gain a deeper understanding of Fly Laser's expertise and breakthroughs in laser equipment thermal management.
At this exhibition, Fly Laser will focus on showcasing three core liquid cooling solutions that precisely adapt to the heat dissipation needs of laser equipment with different power levels, balancing efficiency, stability, and economy, comprehensively addressing the pain points of laser equipment thermal management. For low-power laser equipment, Fly Laser offers a lightweight liquid cooling system. Utilizing a specialized antifreeze coolant with a freezing point as low as -30°C, it maintains excellent thermal conductivity and chemical stability. Coupled with an intelligent temperature control module, it monitors equipment temperature in real time and automatically adjusts heat dissipation efficiency, ensuring stable operation within the optimal temperature range of 15-20°C. This effectively prevents issues such as pipe icing and electronic component parameter drift in low-temperature environments, significantly extending equipment lifespan and operational stability. This solution is compact, easy to install, and directly compatible with laser equipment below 1000W, making it widely applicable in laser marking, small-scale cutting, and other scenarios, providing a cost-effective thermal management solution for small and medium-sized enterprises.
For medium-to-high power laser equipment (1000-6000W), Fly Laser has developed a highly efficient and energy-saving liquid cooling system. Employing a cooling pipe system wrapped in a thickened insulation layer and built-in temperature-sensing heating elements in key components, it constructs a dual protection system. It automatically activates auxiliary heating when the ambient temperature drops below 5°C, ensuring stable operation of the cooling system. This solution optimizes the coolant circulation path, controlling system pressure at 0.4-0.6 MPa and maintaining a flow rate of 8-15 L/min. Its heat dissipation efficiency is over 30% higher than traditional water-cooling systems, precisely controlling equipment operating temperature between 20-25°C. This effectively solves problems such as heat accumulation and beam quality degradation during high-power laser equipment operation, while also reducing energy consumption and helping enterprises achieve green production. Furthermore, the solution includes standardized usage and management guidelines, instructing users to maintain low-speed circulation in the cooling system during short-term shutdowns and to drain the coolant during long-term shutdowns, further enhancing system safety and durability.
For ultra-high-power laser equipment exceeding 6000W, Fly Laser offers a customized intelligent liquid cooling solution, focusing on high-end scenarios such as intelligent computing centers and large-scale laser processing. It employs a hybrid heat dissipation technology combining immersion and cold plate cooling, coupled with an AI-driven intelligent operation and maintenance platform. This enables real-time monitoring and intelligent control of parameters such as temperature, pressure, and flow rate, with a temperature adjustment accuracy of ±0.5°C, supporting the stable operation of thousand-level laser clusters. This solution can control the equipment operating temperature between 22-28°C, maintain the system pressure at 0.5-0.7MPa, and ensure a coolant flow rate of no less than 15L/min. Simultaneously, it can reduce the equipment's PUE value to below 1.1, meeting the stringent requirements of national green data center construction. For the installation environment of ultra-high-power equipment, Fly Laser also provides a dedicated tooling positioning solution, recommending that the equipment be kept away from doors and windows, with sufficient space for the installation of insulation facilities, and equipped with a dedicated insulation cover. This ensures that the equipment maintains optimal performance even in extreme environments such as high and low temperatures, providing comprehensive protection for the stable operation of high-end laser equipment.
In addition to the core liquid cooling solution, Fly Laser will also showcase core components and supporting services for the liquid cooling system at the exhibition, including dedicated antifreeze coolant, intelligent temperature control sensors, high-efficiency heat exchangers, and sealing connectors. All components have undergone rigorous quality testing and performance testing to ensure perfect compatibility with the liquid cooling system and improve the overall reliability of the system. Meanwhile, Fly Laser's professional technical team will be on-site throughout the event, providing visitors with one-on-one technical consultation services. They will answer detailed questions regarding liquid cooling system selection, installation, commissioning, and routine maintenance, and customize solutions based on the client's specific needs, helping them improve thermal management efficiency and optimize costs. In addition, a technical demonstration session will be held on-site, visually showcasing the operation process and heat dissipation effect of the liquid cooling system, allowing visitors to more clearly understand the core advantages and application value of Fly Laser's liquid cooling technology.
Currently, the liquid cooling industry is at a critical juncture driven by policy, technological iteration, and market explosion. The government has successively issued guidelines on green and low-carbon data center construction and computing infrastructure development, specifying that the liquid cooling penetration rate of newly built intelligent computing centers should not be less than 60%, providing strong policy support for the development of the liquid cooling industry. With the power consumption of high-end AI chips such as NVIDIA GB300 and Huawei Ascend exceeding 1200W and single-rack power density reaching over 120kW, traditional air cooling technology can no longer meet heat dissipation demands, making liquid cooling the only solution for high-computing-power equipment. It is estimated that the Chinese liquid cooling market will reach 70-80 billion yuan by 2026, accounting for over 60% of the global market. my country has become the world's largest R&D and production base for the liquid cooling industry, with broad prospects for industry development.
As an innovative enterprise in the field of laser equipment liquid cooling, Fly Laser has always kept up with industry development trends, focusing on technological innovation and product upgrades, continuously optimizing liquid cooling solutions, and enhancing product competitiveness. Leveraging its deep experience in laser equipment thermal management, Fly Laser's liquid cooling products have been widely used in laser cutting, laser marking, laser welding, intelligent computing centers, and other fields, serving hundreds of companies nationwide and winning high recognition and praise from industry customers. By participating in the 2026 Greater Bay Area International Liquid Cooling Industry Conference and Exhibition, Fly Laser aims not only to showcase its technological achievements and product advantages but also to engage in in-depth exchanges and collaborations with industry peers and supply chain partners. Together, they seek to promote the popularization and application of liquid cooling technology in the laser field, contribute to the high-quality development of the liquid cooling industry, and support the construction of the digital economy and green computing power.
During the exhibition, Fly Laser will also offer exclusive exhibitor benefits. Customers who sign contracts on-site will enjoy multiple privileges, including customized liquid cooling systems, free installation and commissioning, and lifetime technical maintenance. Exquisite gifts will also be provided for visitors. We sincerely invite every industry colleague to visit our booth and experience Fly Laser's technological strength and brand charm firsthand.
Intelligent Cooling Empowers the Greater Bay Area; Moving Forward Together, Embarking on a New Journey. From April 9th to 11th, 2026, at the Shenzhen Convention and Exhibition Center (Futian), Feilai Laser invites you to the 2026 Greater Bay Area International Liquid Cooling Industry Conference and Exhibition. Using liquid cooling technology as a bridge and innovative cooperation as a link, we will explore new trends in industry development, seek new opportunities for win-win cooperation, and jointly promote technological innovation in the field of laser equipment thermal management, helping the liquid cooling industry reach new heights of large-scale, intelligent, and green development!
Exhibition Information:
Exhibition Dates: April 9th-11th, 2026
Exhibition Venue: Shenzhen Convention and Exhibition Center (Futian)
Fly Laser Booth: Please stay tuned for official announcements. We sincerely invite you to visit!
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