Laser has become an important technology supporting the high-end development of manufacturing industry, widely used in industrial manufacturing, communication, information processing, medical and health care, energy conservation and environmental protection, aerospace and other fields. Laser optical components play a crucial role in the generation, transmission, and beam transformation of lasers. In recent years, China has become a major manufacturer of precision optical components, with an annual output of precision optical products ranking among the top in the world and a rapidly developing market. In 2022, the domestic market size of optical lenses, lenses, and modules will be 145.5 billion yuan.
Precision optical lenses are the core components in laser systems. Recently, Laser Home interviewed Shenzhen Dingxinsheng Optical Technology Co., Ltd., and Li Lvbing, the general manager of Dingxinsheng Optical, talked about the future product layout direction of Dingxinsheng Optical, planning to deeply cultivate sub fields and focus on promoting research and development innovation.
Dingxinsheng Optics was founded in 2008 and is a high-tech enterprise headquartered in Shenzhen, specializing in the research and production of precision optical lenses. We mainly produce laser lenses, camera lenses, medical lenses, etc. Currently, we have established production bases in Shenzhen and Jiangxi, with more than 100 employees.
Deeply cultivate segmented fields and build hardcore strength
Precision optics is a high-tech and high investment industry, with applications covering multiple fields such as aerospace, defense, healthcare, and communications. Dingxinsheng Optics is deeply engaged in the fields of laser, medical, and camera, especially in high-power laser lenses, high difficulty filters, and F-theta field lenses, which have strong competitive advantages in the market. In the field of laser optical lenses, especially fiber lasers, Dingxinsheng Optics is in the first tier in China and has achieved stable small-scale production of 20KW and 30KW fiber laser lenses.
Dingxinsheng Optics has complete processing equipment and testing instruments, most of which are imported from high-end sources, covering the entire process of rough cutting, CNC, cold processing, coating, and testing. In the research and development stage, from project initiation to introducing equipment and instruments, building testing platforms, product trial production, testing, discovering defects, optimizing processes, no details are ignored, and the trial production work is done carefully and conscientiously. In the mass production stage, strict control is exercised over all aspects, especially for important indicators such as coating curve, PV surface shape, etc., and every indicator is fully inspected to provide customers with high-quality products.
Dingxinsheng Optics won the "2023 China Laser Star Sharp Award · Best Laser Device Technology Innovation Award"
The reason why Dingxinsheng Optics' products can continuously improve in stability and performance is due to the continuous discovery and optimization of problems from the research and development stage, while strictly controlling every indicator in mass production. On high-precision products, Dingxinsheng has achieved a non spherical PV value<; 0.15 μ m, spherical Yas 0.2, single point wavelength transmittance greater than 99.9%, eccentricity less than 5 seconds.
Taking product research and development as the foundation and ensuring high-quality development
The product research and development capability can safeguard the development of an enterprise. As a high-tech enterprise, Dingxin Sheng Optics will mainly focus on two aspects in its product research and development layout next year. 1、 Continuously developing higher power products around fiber laser cutting and welding; 2、 In response to the current market situation, develop metal reflective lenses to achieve better smoothness and roughness indicators, matching the needs of laser cladding and other markets.
At present, Dingxinsheng has made some breakthroughs in high-power products, with the success of 60KW high-power fiber laser lenses, which have been tested by leading enterprises in multiple industries. Next, Dingxinsheng will invest 6% to 7% of its annual sales revenue in research and development work, focusing on the development of ultra-high power products and metal reflector products. More resources will be invested in high-precision and challenging technological directions, and technical reserves will be established. Once market demand is released, the company can immediately launch matching products.
Digital upgrading and transformation unleash the potential of enterprises
The 14th Five Year Plan proposes to build a "digital economy", vigorously support the precision optics industry, and promote high-quality development of the precision optics industry. Dingxinsheng actively responds to the digital transformation of enterprises and has been selected as an excellent case of digital transformation for 39 manufacturing enterprises in Shenzhen. It has received over 1 million yuan in government funding for the digital transformation of the manufacturing industry in Shenzhen.
In terms of digital transformation, Dingxinsheng has introduced an ERP system to digitize various aspects of sales, research and development, production, and warehousing. Equip touch screens in the terminal stage to input important research and development data and major production data into the digital system, so as to timely understand the production and research and development situation.
The market foundation of China's precision optics industry is relatively good, the market space is broad, and the industry is full of vitality. However, competition is also fierce, and midstream enterprises are eager to develop towards high-end fields. For future development, Dingxinsheng has already made plans. Mr. Li stated that while ensuring production capacity, research and development capabilities, and quality capabilities, Dingxinsheng will focus on segmented fields, continuously research and develop, strive to improve product added value, and closely focus on the field of optical lenses to continuously advance, innovate, and develop more high-quality products that meet market and customer requirements.
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