HuiYao Laser Technology (Luoyang)Co.,Ltd.(AKA YaoLaser)
Leading manufacturer of new energy intelligent equipment in the industry, dedicated to providing innovative customized solutions for Battery Module PACK Assembly Lines across various sectors. Since our establishment in 2019, Huiyao Laser has been consistently driving the development and application of laser technology, offering our customers high-quality, high-performance laser equipment, and automation production lines for battery module PACK assembly.
We cover an area of 10800 square meters
We serve 20+ countries and regions
Professional team provides 24h service
Lithium Battery Module PACK Line
Yao Laser's products can be applied to battery module production lines, including prismatic battery module and cell assembly lines. These production lines utilize laser welding technology and automated assembly systems to achieve high-quality and high-efficiency battery module production, providing reliable solutions for the new energy battery industry.
Aerospace Industry
Laser technology also has great applications in the aerospace field. Compared with electron beam, plasma beam and traditional welding methods, laser welding has its own good advantages, so laser welding technology is widely used in aerospace field. At present, the new application result of laser welding is that laser welding technology is used to replace traditional rivets for the manufacture of aluminum alloy aircraft fuselage, thereby reducing the weight of the aircraft fuselage by nearly 20% and increasing the strength by nearly 20%. Today, German Aerospace Corporation MBB, Airbus Corporation have applied this technology.
Hardware Industry
High welding quality, low cost; small base metal deformation, low heat impact; beautiful weld seam; high sealing.
3C Equipment Industry
In recent years, with the development of electronic technology, 5G technology and artificial intelligence, global electronic products tend to develop in the direction of intelligence, lightness, wireless interconnection, entertainment, etc., with TWS (True Wireless Bluetooth) headsets, smart watches, smart speakers, etc. The representative products have created a new round of electronic consumer demand climax. Among them, TWS earphones are undoubtedly the most concerned consumer electronics products in recent years.
Medical Device Industry
With the emergence of laser, people gradually realize that it has powerful advantages such as high brightness, monochromaticity and directivity, and its application in scientific research, military, communication and other fields has played an important role. After conforming to this development trend, welding technology is combined with laser to form a new laser welding technology, which can effectively break through the limitations of traditional welding technology, so it is also actively used in automobile manufacturing, aerospace and other fields.
Automotive Automation Production Line
Laser welding machines are used in a wide range of applications, especially in the automotive industry. In addition to being widely used in automobile body welding, laser welding machines have also been widely used in various automotive components, such as: automotive high-voltage relays, filters, torque sensors, turbochargers, fuel rails , cylinder head gasket, spark plug, block motor stator, seat adjustment screw, airbag and many other applications.
Laser welding technology
Laser welding is a high-precision, non-contact welding technology that utilizes a high-energy laser beam to achieve precise welding of battery components. This technology provides high-quality welding connections while reducing the risks of heat impact and deformation. Laser welding is one of the key technologies in battery module PACK production lines. By harnessing the high energy focus and instantaneous heating of the laser beam, precise welding connections are achieved, ensuring high quality and reliable battery assembly.
Quality control technology
Battery module PACK production lines rely on stringent quality control to ensure the consistency and reliability of each component. Yao Laser's equipment is equipped with advanced quality control technology and testing devices to verify and assess the quality, performance, consistency, and reliability of battery components.
Intelligent control system
Yao Laser's equipment utilizes an intelligent control system, leveraging advanced algorithms and sensor technology to achieve real-time monitoring and adjustment of the production process. This intelligent control system enhances production efficiency, consistency, and fault detection capabilities. Yao Laser's equipment adopts an intelligent control system, utilizing advanced algorithms and sensor technology to achieve real-time monitoring and adjustment of the production process. This intelligent control system enhances production efficiency, consistency, and fault detection capabilities.
Flexible module design capability
Yao Laser's equipment allows for flexible module design to meet the needs of different customers. It can accommodate battery module PACKs of varying sizes, formats, and chemical compositions, supporting the requirements of various applications and industries.
Data management and traceability capability
Yao Laser's equipment is typically equipped with advanced data management and traceability systems. These systems record and manage key data during the production process, including production parameters, process settings, and quality inspection results. Through traceability capability, you can track the production history and quality data of each battery module PACK, ensuring that the products meet standards and quality requirements.
System integration and collaborative capabilities
Yao Laser's battery module PACK line equipment has collaborative capabilities, enabling seamless integration with other production equipment and systems. This collaborative capability allows the entire production line to operate efficiently and improves overall production efficiency and performance. The equipment is equipped with collaborative capabilities to seamlessly integrate with other production equipment and systems. This collaborative capability enhances the efficiency and overall performance of the entire production line.
Continuous innovation and research and development capabilities
As a technology-driven company, Yao Laser continuously engages in innovation and research and development to advance the development of battery module PACK production line equipment. The team focuses on industry trends and customer demands, actively improving equipment performance, functionality, and applicability. yao Laser continuously innovates and conducts research and development, paying attention to industry trends and customer needs. The company is committed to enhancing equipment performance, functionality, and applicability to meet the evolving demands of the energy storage market.
In the future, HuiYao Laser Technology will continue to uphold the core values of "service first, quality first, innovative development, and common growth," ontinuously increase its technology investment and innovation efforts, provide customers with even better laser equipment automation solutions, become a leader in the industry, and achieve sustainable and healthy development for the company.
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Email: info@huiyaolaser.com
Head Quarter Address: Huiyao Laser Technology, Building 2, Langxu Industrial Park, Guanlin Road, Science Park Street, Luolong District, Luoyang City, Henan Province, China
Research&Development Center: Room 901-9,Building B1, Phase 1, Southern Area, Baoneng Science and Technology Park, Qinghu Industrial Zone, Gangtou Community, Batian Street, Longgang District, Shenzhen City.
Hotline: Manager Ma
Sales Manager: +86-15002089356
