With the deepening of the "Made in China 2025" strategy and the upgrading of downstream industries, the mold base machining industry is transitioning from scale expansion to quality improvement. Data shows that China's standard injection mold base market reached 84.6 billion RMB in 2022. It is projected that the overall mold base industry market size will exceed 40 billion RMB by 2026, maintaining a compound annual growth rate of around 8%. Behind this growth lie the higher demands placed on mold base products by sectors like new energy vehicles, precision electronics, and high-end medical devices, driving mold base manufacturers to accelerate technological iteration and business model transformation.
1.1 Upgrading Directions of Market Demand Structure
Structural changes in downstream industries are reshaping the demand landscape for mold bases. In the automotive sector, the rapid growth of new energy vehicle sales (global annual sales exceeding 8 million units) drives injection mold bases towards lightweight and high-precision development. The market size for automotive standard injection mold bases is expected to reach 16 billion RMB by 2026. The electronics and appliances industry, fueled by the adoption of 5G equipment and smart home devices, has tightened tolerance requirements for precision mold base machining from the traditional ±0.05mm to within ±0.02mm, with some high-end products even reaching precision levels of ±0.005mm.
1.2 Dual Drivers: Policy and Standards
Policy guidance sets a clear path for industry development. The "14th Five-Year Plan for the Construction Industry" requires the standardization rate of new formwork support systems to exceed 80% by 2025, while the Ministry of Industry and Information Technology mandates the unified standard for smart equipment data interfaces. This means mold base manufacturers must accelerate their transition to standardized production while adopting processes compliant with national standards like GB/T 2851-2020 in precision mold base machining to ensure products meet specifications for fit accuracy, surface roughness, etc.—for example, the mating surface roughness (Ra) for IT industry mold bases needs to be controlled within 0.8μm.
2 Core Technological Trends in 2026 Mold Base Machining
Technological innovation has become the core tool for mold base manufacturers to break through competition, with upgrades in precision, intelligent transformation, and green transition constituting the three mainstream directions, especially evident in the field of injection mold bases.
2.1 Precision Breakthroughs in Mold Base Machining
Iterations in precision machining technology are setting new industry standards. By 2026, precision mold base machining will form a trinity technical system of "Material - Equipment - Inspection": In materials, the application ratio of special steels like HPM38 stainless steel will increase to 35%, with tensile strength ≥980MPa. Combined with heat treatment processes, hardness can be stabilized at HRC28-32, meeting the load-bearing needs of complex injection molds. In terms of machining equipment, the penetration rate of five-axis machining centers will exceed 50%, working with laser distance meters to achieve millimeter-level displacement feedback, controlling template parallelism within 0.02/300mm. The inspection phase introduces AI visual quality inspection systems, raising weld seam qualification rates to 99.2%, significantly reducing the rework rate for precision mold bases.
2.2 Full-Chain Penetration of Intelligent Production
Intelligence has extended from single equipment upgrades to the entire industrial chain. Leading mold base manufacturers are building a closed-loop system of "BIM Design - Intelligent Production - Digital Operation & Maintenance": At the design stage, BIM collaborative design compresses the R&D cycle for injection mold bases to within 48 hours, allowing rapid matching with the molding requirements of different plastic parts. The production phase connects equipment through 5G + edge computing; platforms like CSCEC's "Zhi Mo Yun" (Intelligent Mold Cloud) have achieved cluster scheduling for over 1,200 devices with 72-hour early fault warnings. The operation and maintenance end uses digital twin technology to create virtual models, monitoring the stress-strain state of mold bases during injection molding in real-time, extending service life by over 30%.
2.3 Expanding Pathways for Green Manufacturing Practice
The "Dual Carbon" goals are driving the industry towards low-carbon transformation. Green transformation for mold base manufacturers mainly focuses on three dimensions: In material recycling, the recycling rate of high-strength steel will increase to over 85%, while the application share of bio-based composite materials in small injection mold bases will exceed 15%. For energy consumption optimization, electro-hydraulic hybrid power systems replace traditional hydraulic equipment, reducing production energy consumption by 20%. Some enterprises have begun piloting hydrogen-powered mold base production lines. Process improvement involves modular design to achieve over 300 reuse cycles for mold bases, reducing raw material consumption.
3 Transformation Strategies and Competitive Landscape for Mold Base Manufacturers
Facing these trends, mold base manufacturers need to build competitiveness from three aspects: technology, service, and market, establishing advantages in core areas like injection mold bases.
3.1 Phased Upgrade Plans for Technical Capabilities
Small and medium-sized manufacturers can adopt a "step-by-step upgrade" strategy: first introduce precision inspection equipment (e.g., coordinate measuring machines) to achieve accuracy control, then gradually configure automated production lines. Large enterprises should invest in cutting-edge technologies, such as the StructSense intelligent sensing system jointly developed by Tsinghua University and Huawei, which can ensure mold base machining safety even offline. This kind of technology integration capability will become a ticket to the high-end market. For injection mold bases, focus on breaking through key indicators like cooling channel machining accuracy (center distance tolerance ±0.1mm) and core insert positioning accuracy (taper fit angle tolerance ±0.5°).
3.2 Value Extension of Service Models
The industry is transitioning from "product supplier" to "full lifecycle service provider." Leading companies have launched "mold base + operation & maintenance" packages, offering customers integrated services from design selection and precision machining to fault warnings. For example, Shanghai Baoye's fourth-generation intelligent mold base products achieve seamless integration with injection molding lines through the BIM collaborative platform, helping customers shorten mold trial cycles by 40%. This customized service capability can command a premium of over 25% in the new energy vehicle mold field.
3.3 Regional and International Expansion of Market Layout
Regional markets present differentiated opportunities: East China still dominates with a 36.4% share, focusing on high-end precision mold base demand; Central and Western China benefit from the Chengdu-Chongqing economic circle construction, with injection mold base growth exceeding 15%, becoming a new growth pole. In the international market, local enterprises with CE certification are expanding overseas business through "Belt and Road" projects. It is estimated that the global market share of Chinese enterprises will rise to 24.1% by 2026, with significantly enhanced competitiveness in the Southeast Asian injection mold supporting market.
4 Customer Selection Guide and Cooperation Outlook During Industry Transformation
In a market with rapid technological iteration, mold enterprises selecting a mold base manufacturer need to focus on three key capabilities: the actual measured precision of machining (suggest requesting third-party inspection reports with core indicators like parallelism, fit clearance), the maturity of intelligent production lines (e.g., equipment networking rate, data traceability capability), and the depth of green process application (material recycling systems, energy consumption indicators).
For enterprises specializing in injection molds, priority should be given to manufacturers with injection process adaptation capabilities — such companies can optimize the cooling system design and steel selection of mold bases based on plastic material characteristics (e.g., PC, ABS), reducing scrap rates in injection production by over 10%. With the penetration rate of intelligent sensing technology in the mold base field expected to exceed 45% by 2026, establishing early cooperation with technologically leading manufacturers will be key for mold enterprises to enhance their core competitiveness.
Choosing the right partner not only provides high-quality products meeting precision mold base machining standards but also leverages their technological reserves to cope with rapid changes in downstream industries. In the wave of industry intelligence and green transformation, deeply integrated supply-demand relationships will achieve shared value enhancement across the industrial chain.