报告期末，公司总资产15.49亿元，较期初增长2.52%，归属于母公司所有者的每股净资产21.59元。公 司整体资产结构稳健，流动性充裕，将持续关注并积极把握外延式增长机会，夯实长期发展基础。 格隆汇2月27日丨浩辰软件(688657.SH)公布2025年度业绩快报，报告期内，公司实现营业收入3.31亿 元，较2024年增加4230.65万元，同比增长14.64%。公司采用内生式与外延式相结合的方式，围绕主业 精进发展，境内外CAD软件业务、CAD云化业务业绩全线增长。在CAD软件业务领域，针对境内市 场，公司把握下游制造业行业结构性增长机遇，聚焦优势行业和高价值客户，组织模式从"区域广覆 盖"稳步转向"区域＋行业"纵横联动的矩阵式管理，在此基础上构建了"1+1+N"生态发展模型，实现业 绩增长；针对境外市场，公司在业务成熟度较高的欧洲区域试点由产品经销向全面品牌营销转型，欧洲 区域带动海外业绩增长，通过收购获得的子公司CadLine与公司主业充分协同，经营状况良好。在CAD 云化业务领域，公司通过挖掘高端会员付费功能价值、升级全球化运营服务水平，有效促进付费会员规 模持续扩大，推动用户订阅期限向长期转化，业 ...

Core Insights - The global dicing blade market is experiencing strong growth, projected to increase from $41.018 billion in 2020 to $70.083 billion by 2024, and expected to reach $125.555 billion by 2031, with a CAGR of 7.58% driven by the booming electronics and semiconductor industries [4]. Market Size and Growth - The dicing blade market is anticipated to grow significantly, with a market size forecasted to reach $125.555 billion by 2031, reflecting a robust demand due to advancements in technology and consumer electronics [4]. Industry Concentration Analysis - Key manufacturers in the global dicing blade market include DISCO Corporation, Tokyo Precision (ACCRETECH), Kulicke & Soffa, and others. The rise of local manufacturers in China and other Asian countries is intensifying price competition and technological innovation [6]. Product Types and Applications - Dicing blades are categorized into two types: hubbed (hard blades) for high-load cutting and hubless (soft blades) for precision tasks. The choice of blade type depends on the material, precision requirements, and working environment [10]. Current Industry Status - The dicing blade industry is in a mature technological phase but continues to innovate in areas such as material technology, automation, and environmentally friendly manufacturing practices. This evolution is crucial for meeting the high precision demands in sectors like semiconductors and optoelectronics [15][16]. Development Trends - Future trends in the dicing blade industry will focus on precision, durability, automation, and environmental sustainability. The demand for high-precision cutting is driven by challenges in advanced processes, such as the need for cutting chips with thicknesses below 50μm [17][18][19][20]. Policy Analysis - Various countries are implementing policies to support the development of high-precision cutting tools. For instance, China encourages high-performance cutting tool manufacturing, while the U.S. promotes innovation through the Manufacturing Innovation Fund [22][24].