Maxwell has achieved a number of technological breakthroughs by virtue of continuous independent R&D and innovation. Maxwell has not only realized the domestication of complete line equipment for screen printing, but also has unshackled the monopolistic pattern of equipment import in this field. By selling the products to overseas markets，Maxwell realizes the rare export of high-end equipment, sets up the awareness of a high-quality national brand, and becomes an industry benchmark in the field of solar cell equipment.
In 2021, Maxwell achieved the export of the complete production line equipment of HJT cell for the first time in solar industry , bringing the advanced HJT equipment technology to the international forefront. Since 2019, Maxwell has successfully developed the three generations of mass-production equipment for HJT cells with a capacity of 200MW, 400MW and 600MW respectively, which is with high manufacturing efficiency, large capacity and low cost and has realized the stable conversion efficiency and yield rate of mass-produced HJT cells at a cutting-edge level in the industry for the customers.
Maxwell has successfully researched and developed high-speed PERC laser grooving equipment and SE laser diffusion equipment for the PV industry.
Through continuous R&D, innovation and product iteration, the Company's PV laser equipment has occupied a certain market share in related segmented fields.
In view of the long-term accumulation of laser technologies, the Company started to deploy resources to the display industry since 2017, and has independently researched and developed core process equipment such as film laser cutting equipment (G6 Half Film Cut), film laser abnormity cutting equipment, cell laser repairing equipment and so on.
The first OLED film cut complete line equipment independently researched and developed by the Company was successfully delivered in May 2019, which has realized the domestic manufacturing of stable-production equipment in the field and enables industry-leading stability, output and yield.
Since 2020, Maxwell has expanded the business scope to the field of Mini/Micro LED equipment, independently researched and developed Mini LED wafer splitting equipment, Micro LED wafer lift off equipment and other products. Meanwhile, Maxwell strives to tackle the technological bottlenecks in the industry, with the focus on development of Micro LED mass transfer equipment, in order to provide mass transfer process solutions.
The Company prospectively deployed the development of semiconductor wafer laser equipment，established a project to research and develop semiconductor equipment in 2019, and completed the R&D and production of full-scale laser stealth cutting equipment for semiconductor wafer, laser grooving cutting equipment for semiconductor wafer in 2020, and thus has become a new force in the field of semiconductor wafer packaging equipment.
Maxwell has achieved a number of technological breakthroughs by virtue of continuous independent R&D and innovation. Maxwell has not only realized the domestication of complete line equipment for screen printing, but also has unshackled the monopolistic pattern of equipment import in this field. By selling the products to overseas markets，Maxwell realizes the rare export of high-end equipment, sets up the awareness of a high-quality national brand, and becomes an industry benchmark in the field of solar cell equipment.
In 2021, Maxwell achieved the export of the complete production line equipment of HJT cell for the first time in solar industry , bringing the advanced HJT equipment technology to the international forefront. Since 2019, Maxwell has successfully developed the three generations of mass-production equipment for HJT cells with a capacity of 200MW, 400MW and 600MW respectively, which is with high manufacturing efficiency, large capacity and low cost and has realized the stable conversion efficiency and yield rate of mass-produced HJT cells at a cutting-edge level in the industry for the customers.
Maxwell has successfully researched and developed high-speed PERC laser grooving equipment and SE laser diffusion equipment for the PV industry.
Through continuous R&D, innovation and product iteration, the Company's PV laser equipment has occupied a certain market share in related segmented fields.
In view of the long-term accumulation of laser technologies, the Company started to deploy resources to the display industry since 2017, and has independently researched and developed core process equipment such as film laser cutting equipment (G6 Half Film Cut), film laser abnormity cutting equipment, cell laser repairing equipment and so on.
The first OLED film cut complete line equipment independently researched and developed by the Company was successfully delivered in May 2019, which has realized the domestic manufacturing of stable-production equipment in the field and enables industry-leading stability, output and yield.
Since 2020, Maxwell has expanded the business scope to the field of Mini/Micro LED equipment, independently researched and developed Mini LED wafer splitting equipment, Micro LED wafer lift off equipment and other products. Meanwhile, Maxwell strives to tackle the technological bottlenecks in the industry, with the focus on development of Micro LED mass transfer equipment, in order to provide mass transfer process solutions.
The Company prospectively deployed the development of semiconductor wafer laser equipment，established a project to research and develop semiconductor equipment in 2019, and completed the R&D and production of full-scale laser stealth cutting equipment for semiconductor wafer, laser grooving cutting equipment for semiconductor wafer in 2020, and thus has become a new force in the field of semiconductor wafer packaging equipment.
