作为兼顾股性和债性的融资品种，可转债以其独特的优势，逐步受到市场主体的接受和认可。 4月26日，北交所上市公司威博液压披露可转债再融资预案，拟通过向特定对象发行可转换公司债券，募集资金 1亿元，用于项目建设和补充流动资金。据证券时报记者统计，威博液压披露的可转债再融资预案是继优机股 份、万通液压后，今年以来北交所市场披露的第三单可转债再融资项目。 年内3家北交所上市公司公布可转债发行预案 据威博液压的公告，公司此次拟通过向特定对象发行可转换公司债券，募集资金1亿元，用于高端智能液压动力 系统及核心部件、研发中心建设项目和补充流动资金。 威博液压主要从事液压动力单元及核心部件的研发、生产与销售，构建起以直流电机、交流电机、外啮合齿轮 泵、内啮合齿轮泵、溢流阀、缓冲阀等核心元件为主导的集成式液压动力单元产品体系。 公司表示，高端智能液压动力系统及核心部件项目将依托于公司现有生产场地、已有的技术基础及生产管理经 验，通过购置先进生产制造设备，以满足高端智能液压动力系统及核心部件生产的工艺及技术需求，项目建成 后，将提升公司高端产品的生产能力，增强公司核心竞争力，同时丰富公司产品种类，增加公司抗风险能力以 及盈利能力 ...

Core Viewpoint - Weibo Hydraulic plans to issue convertible bonds to raise up to 100 million RMB, with proceeds allocated for high-end hydraulic power systems, R&D center construction, and working capital [1][3]. Fund Allocation - The total investment for the high-end hydraulic power systems and core components project is 450 million RMB, with 420 million RMB from the bond issuance [2]. - The R&D center construction project has a total investment of 280 million RMB, fully funded by the bond proceeds [2]. - The working capital will receive 300 million RMB from the bond issuance [2]. - The total planned investment for all projects is 1.03 billion RMB, with 100 million RMB from the bond issuance [2]. Bond Details - The convertible bonds will be issued at a face value of 100 RMB each and will be listed on the Beijing Stock Exchange [2]. - The issuance will be conducted through a targeted offering, pending approval from the Beijing Stock Exchange and the China Securities Regulatory Commission [2][3]. Subscription and Related Parties - The bonds will be subscribed for in cash, with the actual controller, Ma Jinxing, participating as a related party, which constitutes a related transaction [3]. - As of the draft prospectus signing date, no other specific subscribers have been confirmed apart from Ma Jinxing [3]. Strategic Objectives - The issuance aims to meet downstream market demand, optimize product structure, and enhance profitability [3]. - It also seeks to overcome core technology bottlenecks, accelerate domestic substitution processes, and improve industry competitiveness [3].