The mold is often called the "mother of industry." But as someone in this business, you probably know better than anyone: this industry is facing a difficult transformation dilemma.
The market is growing — China's mold industry output reached 363.3 billion yuan in 2024, making China the world's largest manufacturer and consumer of molds. So why are so many mold factories still struggling to survive? Why has technological upgrading been talked about for years but remains so difficult to achieve?
Today, let's break down this industry's real challenges from five perspectives.
1. Overcapacity and Price Wars: No Money for R&D
The Pearl River Delta region is home to over 8,000 mold companies, 60% of which are small businesses with annual output under 20 million yuan. Capacity utilization is only 65%. In the Yangtze River Delta, overcapacity in home appliance and daily chemical molds reaches as high as 40%.
Even more damaging is the "N+3" bidding model used by OEMs — they find three new suppliers to quote against one existing supplier, forcing prices down. Mold procurement prices drop 5%-8% annually, and tier-1 suppliers pass the pressure down to mold makers, demanding another 10%-15% reduction.
The result? Profit margins are squeezed to the extreme, with industry R&D investment accounting for just 1.2%. No money for R&D means technology stagnates. Stagnant technology makes products more homogeneous, leading to even fiercer price wars — a vicious cycle.
One factory owner with over 20 years of experience put it bluntly: "Molds are non-standard, single products. We provide production tools for downstream manufacturers but can't command product premiums. We do the hardest work for the thinnest margins."
2. Core Equipment and Software: Our Achilles' Heel Is Held by Others
High-end equipment for injection mold manufacturing in China relies heavily on imports. Domestic equipment still has significant room for improvement in precision.
Even more concerning is industrial software. The CAD, CAE, and CAM systems that mold design depends on are almost entirely dominated by foreign companies, with domestic alternatives accounting for less than 10% of the market. A single mold consists of hundreds of components, and engineers must perform over 400,000 CAD software operations to complete the design.
What does this mean? Not only do you pay a fortune to buy the software, but you also face hefty annual licensing fees. More critically — the industry's standards and design rules are controlled by others.
3. Data Silos and Digitalization Challenges
Walk into many mold factories and you'll see: design uses one system, production uses another, and management uses a third. Severe data silos exist, and software systems lack effective integration.
Hardware penetration, such as robotics, is also low. The shortage of smart equipment makes automation difficult to achieve.
In theory, digitalization and smart manufacturing could solve many problems — shorten lead times, reduce rework, and improve quality. But in reality, many companies invest heavily in systems that end up as decorations because data doesn't flow, processes don't align, and people aren't ready.
4. Talent Gap: No One Wants to Enter the Industry
This is perhaps the most distressing issue.
Young people are increasingly uninterested in the injection mold industry. The lack of training systems makes it difficult for existing workers to upgrade their skills and keep up with new knowledge.
The industry faces an awkward situation: veteran masters are retiring, and young people aren't coming. Yet the mold industry relies heavily on the experience of engineers and toolmakers. Under the traditional model, training a qualified mold design engineer takes at least 2 to 3 years.
5. Big but Not Strong: Can't Break Into the High-End Market
China ranks first globally in mold industry scale, but faces a structural contradiction of being "big but not strong."
German and Japanese companies hold an absolute monopoly in the high-end mold market, especially in automotive precision molds, where their market share exceeds 60%. At the same time, Southeast Asian countries are rising in the mid-to-low-end market thanks to their labor cost advantage — Vietnamese mold engineers earn only one-third of their Chinese counterparts.
Domestic companies are caught in the middle: can't break into the high end, can't defend the low end.
How Is the Industry Breaking Through?
The challenges are real, but change is happening.
Some companies are moving toward "integrated mold-production" — no longer just selling molds, but directly manufacturing end components. The process data they accumulate gives them a foundation for product development.
AI is becoming a breakthrough. A Foshan-based company developed an AI-powered stamping mold design system that compresses the design cycle from 10 days to just 3 to 4 hours — a tenfold increase in efficiency, reducing cost waste by at least 30% to 40%. AI also lowers the design barrier — university graduates can become operational after just 1 to 2 months of training, helping to alleviate the talent gap.
3D-printed conformal cooling channels are also making steady progress, significantly improving cooling efficiency and shortening molding cycles.
Final Thoughts
Technological upgrading in the mold industry is difficult not because of a single factor, but because of an interconnected web of challenges: overcapacity, dependence on imported equipment, foreign-controlled software, data silos, talent gaps, and inability to access high-end markets.
But precisely because of this, those companies that take the lead in smart manufacturing, AI, and new material applications are gaining a new competitive edge.
This industry is not short of opportunities — it's short of solutions and determination to break the deadlock.
What are your thoughts on the technological upgrading of the mold industry? Feel free to share your experiences and perspectives.
