National Torch Program Industrialization Demonstration Project

National Torch Program Industrialization Demonstration Project

The National Torch Program is a guiding program approved by the State Council and organized and implemented by the Ministry of Science and Technology of the People’s Republic of China (MOST) to promote the industrialization of China’s high-tech and its environment construction through market mechanisms. It is an important component of the policy-guided category within the national science and technology plan system. The purpose of the Torch Program is to implement the innovation-driven development strategy, be market-oriented, strengthen the principal position of enterprises in technological innovation, accelerate the cultivation and development of strategic emerging industries, and promote the commercialization of high-tech achievements, the industrialization of high-tech products, and the internationalization of high-tech industries. The SINOMOULD R&D Center under SINO Holding Group has undertaken the National Torch Program Industrialization Demonstration Project multiple times, continuously playing a demonstration and leading role in high-tech industrialization in the field of injection molds. This is high recognition from the Ministry of Science and Technology of SINOMOULD’s core technology R&D capability and the demonstration value of scientific and technological achievement industrialization in the field of injection molds.

National Torch Program Project Approval Standards Are Rigorous

The National Torch Program Industrialization Demonstration Project supports high-tech projects in key revitalization industries and strategic emerging industry fields encouraged by the state, which have a driving and demonstration effect on “transforming the development mode and adjusting the structure” and local industrial optimization and upgrading. It requires that projects have independent intellectual property rights, technical levels leading among domestic peers, strong market competition capability, and a large market coverage. The project recognition and approval authority belongs to the Ministry of Science and Technology, with the specific competent management department being the Torch High Technology Industry Development Center of MOST. With demonstration and guidance as the focus, MOST cooperates with local science and technology administrative departments to provide services such as market promotion, training, internationalization, informatization, and publicity.

Since its establishment, SINOMOULD has deeply cultivated the field of precision injection mold R&D and manufacturing, successively rated as a National High-Tech Enterprise and a National Intellectual Property Advantage Enterprise, with a provincial-level High-Tech Enterprise R&D Center established, and honored with multiple titles including “Zhejiang Province AAA-Level Contract-Honoring and Credit-Worthy Enterprise,” “Provincial Patent Demonstration Enterprise,” “Zhejiang Province Well-Known Trade Name,” and “Zhejiang Manufacturing Quality Product Enterprise.” The company has undertaken National Torch Program projects multiple times, fully demonstrating its R&D strength and scientific and technological achievement industrialization capability in the core technology field of injection molds.

In mold design, the Torch Program Industrialization Demonstration Project emphasizes that project technology is “advanced and mature,” has passed product technical appraisal, and reached the stage of commercialized production. Relying on the technical accumulation from undertaking national Torch Program projects multiple times, SINOMOULD continuously delivers advanced industrialization technical solutions in core design fields such as mold flow analysis, hot runner system optimization, and conformal cooling channel design, holds over 100 patent achievements, and has products sold in over 100 countries worldwide. In mold manufacturing, the National Torch Program project requires that after project commissioning, a certain scale economy can be formed, with good domestic and international markets and economic benefits. SINOMOULD deeply integrates the industrialization achievements of Torch Program projects into its precision mold manufacturing system, possessing a complete CNC machining system from 2-axis to 5-axis, producing over 2,000 sets of precision molds annually.

Torch Program Project Qualification Empowers Supply Chain Cooperation, Facilitating Customer Supplier Evaluations

SINOMOULD has undertaken national Torch Program projects multiple times, meaning that its core mold technology has passed the rigorous review of the highest national science and technology management department, and its technological achievements have been industrialized and possess industry demonstration effects. In injection molding, the SINO Group takes “injection molding system solutions” as its core positioning. The core mold technology achievements driven by the Torch Program project are deeply coordinated with injection molding processes, able to provide customers with “turnkey engineering” services from mold design to complete production line setup. In quality control systems, the Torch Program project management measures require that project undertaking units have “a high level of management,” with guaranteed product production environment and quality management. SINOMOULD has passed ISO9001 Quality Management System certification and IATF 16949 Automotive Industry Quality Management System certification, establishing a full-process quality control system covering raw material inspection, processing process monitoring, and finished product outgoing inspection.

Customers choosing enterprises that undertake national Torch Program projects obtain advanced technical solutions, mature industrialization experience, and reliable quality assurance endorsed by the national science and technology program. SINOMOULD will continue to hold itself to the national Torch Program project standard, consolidating its technological innovation and industrialization leadership position in the field of precision injection molds.