Case Enterprise: Jiangsu Precision Stamping Co., Ltd. (Enterprise T) | Core Direction

Located in the Yangtze River Delta hardware stamping industrial cluster, Enterprise T focuses on new energy structural parts and high-precision home appliance sheet metal stamping. It owns 58 mechanical and servo punch presses with 216 employees, typical of medium-sized factories adopting multi-variety and small-batch production modes. Before 2025, the enterprise adopted a pure piece-rate employment model without skill classification, career paths or systematic training. It faced four chronic problems: high skilled worker turnover, long rookie competency cycles, insufficient talents for high-end processes, and elevated man-made defect rates. It repeatedly lost high-value new energy orders due to the shortage of skilled personnel.

In Q2 2025, Enterprise T launched an organization-wide talent echelon restructuring project, abandoning blind salary inflation competition. By establishing a three-level talent system (Rookie – Skilled Operator – Senior Technician), implementing skill certification-based salary, binding mentor-apprentice mechanisms, micro-lesson post training and talent reserve pools, the enterprise achieved lower turnover, higher per capita output and halved defect rates without adding workforce or large-scale equipment investment, becoming a regional benchmark for talent governance in the stamping industry.

The original salary system was solely linked to output, regardless of skill proficiency, equipment operation capability or quality control performance. Highly skilled workers gained no salary premium, leading to high turnover of outstanding operators and difficulty retaining compound technical talents.

Without standardized training materials or formal mentor-apprentice rules, new employees learned entirely through self-exploration. The average competency cycle reached over 6 months, accompanied by frequent rookie misoperations, bringing high safety risks and material scrap losses.

Compound tasks including servo punch debugging, predictive mold inspection, MES data reporting and first-article confirmation relied on a small number of senior workers. Production lines would stagnate once core technicians resigned, causing operational instability.

Key stamping parameters, springback compensation data and mold fine-tuning techniques were only mastered by individual technicians, with no standardized knowledge base established. Process capabilities were lost when employees resigned, resulting in unstable product consistency.

Due to poor internal talent retention, the enterprise had to continuously raise entry subsidies and night shift allowances to recruit workers. Labor costs rose year by year, while output and yield failed to improve, falling into a vicious cycle of "high salary recruitment – high turnover – further salary increase".

Centering on the four logic dimensions of classification, empowerment, retention and accumulation, Enterprise T implemented five replicable talent reform measures:

All stamping positions were classified into three tiers: L1 Rookie Operator, L2 Skilled Operator and L3 Senior Technician. L1 staff are only responsible for simple loading and unloading; L2 operators can perform independent debugging, first-article self-inspection and daily equipment inspection; L3 technicians undertake mold fine-tuning, parameter optimization, rookie training and process review. All tier standards are transparent, and employees can upgrade via quarterly competency assessments, breaking the seniority-based promotion mechanism.

Retaining the basic piece-rate wage, the enterprise added skill tier allowances, quality performance allowances and mentor training allowances. The comprehensive income of L3 technicians is 32%–38% higher than ordinary operators, realizing the incentive logic of "more skills, higher income; more responsibilities, higher returns" and driving active skill upgrading among employees.

L3 senior technicians serve as exclusive mentors for new employees. All rookies must complete 40 hours of safety operation and process micro-lesson training before formal appointment. Mentors’ training bonuses are linked to apprentices’ retention and assessment results. Long-term point rewards are granted to mentors after apprentices upgrade, eliminating the industry bad habit of technicians hiding core skills.

Form a standardized SOP and parameter template by sorting L3 technicians’ forming parameters, springback compensation schemes, abnormal noise troubleshooting and common defect countermeasures. New production lines and material projects can directly call historical data, eliminating reliance on individual senior workers and realizing enterprise-level inheritance of process capabilities.

Cooperate with local vocational colleges to build joint stamping training stations for customized apprentice delivery. Quarterly skill competitions covering equipment debugging, defect judgment and quick die change are held, with winners obtaining promotion points and public certification. This builds a learning-oriented atmosphere and locks in young technical talents in advance.

After 12 months of full-cycle operation, Enterprise T achieved comprehensive positive improvements in talent structure, production performance and cost indicators. The reform is a typical asset-light management efficiency upgrade with no additional equipment investment or large-scale salary inflation:

Most enterprises blindly raise salaries for recruitment while ignoring internal talent incubation. This case proves that tiered classification, skill-based incentives and mentor empowerment can improve retention and competency without sharp basic salary increases, solving recruitment involution fundamentally.

Eliminating egalitarian salary mechanisms and monetizing skills, responsibilities and quality performance drive employees to take initiative in learning, self-inspection and equipment inspection, reducing human-induced quality and safety hazards from the source.

Stamping is an experience-intensive industry. Solidifying technician experience into standardized knowledge bases and SOPs helps enterprises get rid of over-reliance on core individuals, realizing stable quality, stable delivery and organizational stability.

Enterprise T will further adopt digital twin training and VR safety operation training to reduce rookie trial error costs, and connect skill certification data with MES performance systems to realize digital visualization of talent capabilities. For the whole industry, talent echelon construction will become a core basic capability alongside equipment technological transformation, lean management and safety compliance. It will drive the stamping industry’s full shift from labor-driven to skill-driven high-quality development.