Modular Platform Upgrade & Full Core Component Localization Innovation

Enterprise W is a national high-tech enterprise specializing in R&D and manufacturing of medium and high-end precision servo punch presses, focusing on customized equipment supporting for 3C electronics, new energy hardware and automotive precision stamping fields. For a long time, the enterprise adopted the traditional customized R&D mode, with non-uniform equipment structural standards, poor versatility of parts, and core control components relying on long-term imports. The problems of high procurement cost, long R&D cycle and slow after-sales response seriously restrict the enterprise’s scale expansion and high-end market breakthrough.

Starting from early 2025, Enterprise W launched a strategic transformation project of modular platform iteration and full core component localization substitution. The enterprise independently developed a universal intelligent punch press basic platform, realized flexible configuration of functional modules such as high-speed stamping, precise pressure regulation and intelligent mold protection; completed batch verification and full popularization of domestic servo systems, precision transmission components and sensing modules. After one year of iterative upgrading, the enterprise completely got rid of import dependence, realized rapid customization of equipment and substantial cost reduction, and became a typical benchmark of independent technological innovation in the domestic punch press industry.

Before the technological innovation transformation, Enterprise W’s problems are typical bottlenecks of most domestic medium and high-end punch press R&D and manufacturing enterprises:

The enterprise adopted “one model, one design" customized R&D mode, without unified modular platform standards. Different equipment models had poor parts versatility, repeated R&D investment was large, and the new product iteration cycle was long, unable to meet the rapid delivery demand of customized orders.

Core key components such as servo control system, high-precision ball screw and pressure sensor all relied on European and Japanese imports. Imported parts were expensive, with long procurement and delivery cycles, resulting in high overall equipment manufacturing costs and weak market price competitiveness.

Imported core systems had closed parameter settings, which could not be independently optimized and iterated according to customer stamping process needs. The equipment precision stability and adaptive adjustment ability were restricted by foreign suppliers, making it impossible to develop differentiated high-performance equipment.

Once the core components failed, they needed to rely on foreign technical support and imported spare parts replacement. The after-sales response cycle was long, the maintenance cost was high, and it was impossible to meet the rapid service needs of high-end customers, affecting customer stickiness.

Disordered product design led to low production standardization rate, unable to form scale production effect. The manual debugging workload was heavy, and the product quality consistency of different batches was unstable, restricting the enterprise’s large-scale order delivery capacity.

Aiming at platform defects and component import constraints, Enterprise W took modular platform independent R&D, core component localization substitution, process parameter independent optimization and standardized scale production as the four core innovation directions, and implemented full-link technological upgrading:

The enterprise independently built a universal basic mechanical platform for servo punch presses, formulated unified structural standards, size standards and assembly standards. On the basis of the general platform, flexible configuration of functional modules such as high-speed stamping module, micro-precision forming module, intelligent die protection module and energy-saving control module is realized. One universal platform can derive more than 20 customized models, covering full-tonnage and multi-scene application needs.

Screen and verify domestic high-quality suppliers for servo control systems, precision ball screws, pressure sensors and transmission components, carry out long-term continuous operation stability tests and precision retention tests. After 6 months of batch trial production and optimization, all core components realized full domestic substitution, breaking the long-term import monopoly.

Get rid of closed foreign system parameters, independently develop adaptive stamping control algorithms, realize dynamic adjustment of stamping speed, pressure and holding time according to different materials and processes. Optimize the slider motion curve and pressure balance parameters, further improve equipment operation precision and stability, and form enterprise exclusive core technical parameters.

Based on the modular platform, sort out standardized production SOP and rapid customization process. Realize standardized production of general platform parts and personalized assembly of functional modules, greatly shorten the new product development and production cycle, and improve the consistency of batch product quality.

Establish a full domestic spare parts reserve library and independent technical maintenance team, master all core component maintenance and debugging technologies, realize rapid response and independent disposal of equipment faults, and completely solve the pain points of slow after-sales and high maintenance costs.

After one year of platform R&D and localization substitution iteration, Enterprise W has achieved comprehensive breakthroughs in R&D efficiency, cost control, equipment performance and service capability, with leading technical level and strong industry replicability.

In terms of comprehensive operational benefits, the modular platform innovation and localization substitution transformation have brought explosive growth momentum to Enterprise W. The enterprise’s single equipment average profit margin increased by 13.2 percentage points, and the annual comprehensive manufacturing cost saved more than 1.68 million RMB. The rapid customization capability enables the enterprise to undertake a large number of small-batch and multi-variety high-precision customized orders, with annual order volume increasing by 38.7% year-on-year. The independent core technology completely gets rid of the constraints of foreign suppliers, forming exclusive technical barriers and brand advantages in the high-end precision punch press market.

This modular platform R&D and core component localization innovation case is completely different from previous equipment transformation, lean management, digital upgrading, safety and energy-saving cases. It focuses on core technological independence and product platform iteration, providing a key breakthrough path for domestic punch press enterprises to break through low-end homogenization competition:

Traditional punch press enterprises can only choose between standardized scale production and personalized customization. The universal modular platform realizes the organic integration of standardized base and personalized modules, which not only retains the flexibility of customized services, but also obtains the cost advantage of scale production, solving the industry’s long-term development dilemma.

Import dependence is the core shackle of domestic high-end punch press development. Only by realizing full localization substitution of core components and independent iteration of control algorithms can enterprises get rid of foreign technical parameter locking and cost constraints, form independent intellectual property rights and core competitiveness, and complete import substitution.

Homogenized hardware competition is unsustainable. The future industry competition is platform capability and core algorithm capability. Enterprises with independent R&D platforms and localized supporting systems can continuously iterate product performance, optimize costs, and form irreplicable brand advantages in the high-end market.

In the future, Enterprise W will further build a digital twin modular platform, realize virtual simulation verification of new products, and further compress R&D and verification cycles. It will continue to deepen the localization rate of ultra-high-precision components and develop intelligent algorithm packages for new energy and aerospace special stamping processes. For the entire punch press industry, modular platform R&D and core component independent innovation will become the core driving force for industrial upgrading. More enterprises will complete the transformation from assembly manufacturing to independent R&D and intelligent manufacturing, accelerate the process of domestic substitution of high-end punch presses, and promote China’s punch press manufacturing industry to move towards high-precision, independent and intelligent high-quality development.