ESU Laser's E3 Printing Equipment Supports High-End Manufacturing Once Again
Source：Shanghai ESU Laser Technology Co., Ltd Time：2025-11-07 Hits：0
On November 6th, 2025, Shanghai ESU Laser Technology Co., Ltd. (hereinafter referred to as "ESU Laser") signed a procurement agreement for metal 3D printing equipment with an enterprise in Shanghai. The achievement of this cooperation is not only a crucial milestone in ESU Laser's business expansion, but also injects new vitality into the innovative development of application fields such as high-end customized lighting fixtures, semiconductor equipment components and mold manufacturing.
ESU Laser has been deeply engaged in the field of metal 3D printing for many years. With its outstanding technological R&D capabilities and reliable product quality, it has established an excellent reputation in the industry. The metal 3D printing equipment E3-420 applied in the aforementioned fields integrates a number of core technologies, boasting significant advantages such as high precision, high efficiency and high stability, and provides solid technical support for new quality productive forces.
The manufacturing of semiconductor equipment components has extremely high requirements for precision and efficiency. With the help of metal 3D printing technology, innovative R&D and production can be carried out. This technology enables the integrated forming of components, reducing the splicing links in traditional manufacturing processes, thereby improving manufacturing precision. At the same time, the automation and high efficiency of the printing process will also greatly enhance production efficiency, contributing to the development of China's semiconductor industry.
Mold production has long been faced with problems such as long processing cycles, uneven cooling, and trapped air. The application of metal 3D printing technology has brought new breakthroughs to it. On the one hand, it significantly shortens the mold manufacturing process, achieves rapid delivery, and meets enterprises' demand for rapid market response. On the other hand, through the design of conformal cooling channels, cooling becomes more uniform and rapid; through ESU's arbitrary breathable steel technology, the problem of trapped air is solved. Ultimately, it improves the quality of mold-produced products, enhances molding efficiency, and reduces production costs.
Mr. Zhang Zhanbo, Chairman and CEO of ESU Laser, stated: "This cooperation is an important opportunity for ESU Laser's development. We are very pleased to expand metal 3D printing technology into these new fields. This is not only a recognition of our technology and products, but also means we have the opportunity to explore the unlimited possibilities of new fields with partners, promoting industry transformation and innovation."
To ensure the smooth progress of the cooperation, ESU Laser will provide comprehensive technical support and after-sales service. It will offer professional engineering design and equipment operation training to the technical personnel of the cooperative enterprise, enabling them to proficiently master the skills of long-term operation, maintenance and upkeep; meanwhile, it will set up a quick-response after-sales team to promptly solve problems arising during the operation process.
This cooperation marks a significant step forward in the application of ESU Laser's 3D printing technology in the field of high-end manufacturing. By joining hands, both parties are expected to achieve innovative results in the fields of high-end customized lighting fixtures, semiconductor equipment components and mold manufacturing, set new benchmarks for the industry, and propel the related industries toward a higher level of development. We look forward to witnessing ESU Laser's 3D printing technology shine brightly in new fields and bring more surprises and transformations to the market.
