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Abstract
The Ministry of Industry and Information Technology's "Measures for the Management of Technology Enterprise Incubators" (2025) has established a systematic incubator The structural system promotes the incubator to achieve high-quality development through a combination of quantitative indicators and qualitative standards. The management measures require incubators to establish a closed-loop cultivation mechanism of "incubation-cultivation-upgrading" to form a complete gradient cultivation chain from technology-based small and medium-sized enterprises, innovative small and medium-sized enterprises to specialized and special new enterprises, high-tech enterprises, and then to specialized and special new "little giants". In terms of quantitative assessment, the focus is on monitoring the number and quality of incubated companies, the proportion of new companies, R&D investment intensity, revenue growth rate and other key indicators; in terms of qualitative evaluation, attention is paid to soft indicators such as the incubator's industry focus, level of service specialization, and resource integration capabilities. This dual assessment system of "hard indicators + soft power" not only ensures the objectivity of the evaluation, but also guides the incubator to focus on improving the connotation of services, thereby building a cultivation ecosystem that covers the entire life cycle of the enterprise, providing strong support for cultivating high-quality innovative entities and promoting industrial transformation and upgrading.
2. Analysis of requirements for corporate structure in standard-level incubator certification
Standard level incubator As a basic training platform, its assessment system fully embodies the full-cycle management concept of "entrance-process-exit".
Among the requirements for the composition of incubated enterprises, the number of enterprises and new dynamic indicators require the total number of enterprises in incubation and the number and proportion of newly registered enterprises in the previous year. This design emphasizes that the incubator needs to continue to maintain investment vitality, and the proportion of new enterprises directly reflects the activity of the regional entrepreneurial ecology. The scientific and technological and innovative qualification requirements focus on counting the number and proportion of enterprises that have passed national or provincial certification. Scientific and technological small and medium-sized enterprises need to complete the database registration, and innovative small and medium-sized enterprises need to obtain provincial announcements. These rigid indicators ensure that the incubator focuses on cultivating scientific and technological entities. The growth assessment sets the number and proportion of companies whose operating income or R&D investment has increased by more than 20% year-on-year. R&D investment reflects technological innovation capabilities, and revenue growth reflects the effectiveness of market expansion.Meeting at least one of the two requirements not only takes into account the characteristics of enterprises at different development stages, but also ensures the flexibility of the assessment.. The investment and financing service performance indicators require the disclosure of incubation capital/fund scale, investment cases, and the proportion of the number of incubated companies that have received investment and financing. Typical cases must specify the investment amount and company name. This design forces the incubator to improve its capital docking capabilities and avoid superficial services.
Requirements for graduate enterprise composition It is more stringent. The graduation standards are set in four dimensions: policy qualifications (identification of specialized, special or high-tech enterprises), capital recognition (a single investment exceeding 5 million yuan), market performance (cumulative revenue exceeding 10 million yuan for two consecutive years), and exit channels (being acquired or listed on the market). This multi-dimensional graduation standard design ensures the quality of incubation results. The indicators of the number and proportion of graduates reflect the efficiency of incubation, which indirectly restricts the extensive model of "emphasis on enrollment and neglect of graduation". Benchmark case display requirements use specific enterprises to support the cultivation results to strengthen the authenticity of the data. From the perspective of policy orientation, standard-level incubators emphasize the connection of gradient cultivation, and the qualifications of incubated enterprises and graduation standards form a progressive relationship, which is in line with the full-chain design concept of "incubation-cultivation-upgrading". The data cross-validation mechanism requires investment and financing data to be logically consistent with graduation cases to prevent the patchwork of materials. Dynamic management requires no major accidents or breach of trust records within 3 years, combined with the submission of annual torch statistical data, reflecting the idea of continuous supervision. These requirements jointly promote the transformation of incubators from "space leasing" to "in-depth services" and build a full-cycle assessment system that combines quantitative indicators with qualitative requirements.
2.Analysis on the requirements for industrial attributes and acceleration effects in the identification of excellent incubators
Excellent incubator The identification standards reflect higher-level industrial cultivation requirements. In terms of industrial attributes, it is clearly required to focus on emerging industries such as new generation information technology, new energy, new materials, and high-end equipment, or metaverse, quantum information, generative artificial intelligence and other future industries. This kind of industry positioning requires incubators to have a forward-looking strategic vision.
Quantity and quality index requirements for incubation service enterprises Fill in the total number of historical and cumulative service enterprises, and make detailed statistics on the number of enterprises at each level, including technology-based small and medium-sized enterprises, innovative small and medium-sized enterprises, high-tech enterprises, specialized and special new small and medium-sized enterprises, specialized and special new "little giants", and unicorns/Gazelle Enterprises, listed/listed companies, etc. This gradient statistical method fully presents the incubator’s industry cultivation capabilities. The number of entrepreneurial enterprises in the subdivided industries served in the past two years needs to be reported annually. This requirement ensures that the incubator cannot "cast a wide net" and must maintain the continuity of industry focus.
Industrial ecological construction index requirements Describe the specific cooperation content with scientific research institutes and large enterprises, and emphasize the in-depth integration of "industry, academia, research and application". These requirements all reflect that excellent incubators must have the ability to deepen industry development. In terms of accelerating effects, the number of newly registered companies is required to report data for the past two years on an annual basis. This design prevents incubators from relying on historical results and must continue to maintain the attractiveness of high-quality projects.
Enterprise growth indicators Using a hierarchical statistical method, the growth rate of R&D investment is divided into three levels: 10%-20%, 20%-30%, and above 30%. The growth rate of operating income is also divided into three levels. This refined assessment method can accurately reflect the effectiveness of the incubator in cultivating enterprises at different growth stages. Achievement transformation and high-growth enterprise cases are required to list specific technologies, market performance or financing conditions, and support incubation capabilities through real cases.
From the perspective of policy orientation, excellence-level certification emphasizes precise industry incubation., requiring incubators to have in-depth collaboration with the industrial chain and not just do "commercial office building rentals." The dynamic growth assessment ensures the continued progress of the incubator through data comparison and growth rate stratification statistics in the past two years. The dual-wheel drive requirements of hard technology and capital are reflected in the design of indicators such as R&D investment, revenue growth, high-growth enterprises and investment cases, forming a complete incubation ecosystem of "technology + market + capital". These high standards together promote excellence-level incubators to become important carriers of industrial innovation.
Three.Collaborative efforts to build a gradient cultivation system for high-quality enterprises
Building a gradient cultivation system for high-quality enterprises requires the coordinated efforts of standard-level and excellent-level incubators.Standard-level incubators should consolidate basic service capabilities, focus on cultivating technology-based small and medium-sized enterprises and innovative small and medium-sized enterprises, and provide high-quality "nursery" for the gradient cultivation system. We should pay attention to the quality control of incubated enterprises and select projects with development potential through strict settlement review. Strengthen the construction of basic service systems, provide one-stop basic services including industrial and commercial registration, fiscal and taxation laws, and policy declarations, and reduce non-technical costs for entrepreneurs. Persist in establishing a normalized investment and financing docking mechanism, and still help incubating companies obtain early financing through roadshows, investor meetings, etc. Strengthen entrepreneurial counseling services and form a mentor team composed of successful entrepreneurs and industry experts to truly provide practical guidance to enterprises. Excellent-level incubators should focus on in-depth development of the industry and select 2-3 subdivided areas to make key breakthroughs to avoid resource dispersion. It is necessary to build an industrial innovation ecosystem and build joint laboratories,Pilot base and other innovation platforms to promote collaborative innovation upstream and downstream of the industrial chain. Strengthen capital empowerment, set up special industrial funds, and focus on supporting high-growth enterprises with core technologies. Establish a global resource network by setting up in innovation highlands offshore incubator, introducing international advanced technology and talents.
Changshu Research Institute of Southwest University It is believed that both types of incubators should focus on data-based operations, establish corporate growth files, track and monitor changes in key indicators, and provide data support for precise services. It is necessary to strengthen cooperation with university scientific research institutes, promote the transformation and implementation of scientific and technological achievements, and reserve sufficient project sources for cultivating enterprises in the future. Improve the tracking service mechanism for graduate enterprises, establish an alumni enterprise network, and continue to empower post-graduation development. Through the coordination of standard-level and excellent-level incubators, a full life cycle cultivation system covering "technological-innovative-specialized and special-single champion" has been formed to provide solid innovation support for the construction of a manufacturing powerhouse.
Source: Guoke Torch Business Incubator Research Center