Shenzhen, China – September 4, 2026 – The launch ceremony for the national standard for fully-automatic SMT (Surface Mount Technology) placement machines was successfully convened at the headquarters of Shenzhen ETON Automation Equipment Co., Ltd. This prestigious gathering brought together industry experts, government representatives, and technical partners to collectively witness a landmark moment in China’s high-end precision manufacturing equipment sector.

The designation of ETON as the lead drafting organization for this national industry standard by the competent national authorities stands as official recognition of the company’s 15 years of unwavering independent R&D and its breakthroughs ending long-standing overseas technological monopolies. The launch of this standard-setting work carries milestone significance: it will guide the orderly development of the SMT equipment industry, bolster the security of the integrated circuit and semiconductor industrial chains, and accelerate the pace of domestic substitution for core manufacturing equipment.

Fifteen Years of Perseverance: Breaking Through Technological Barriers

Chairman - Yu Yaoguo

In his opening address, Mr. Yu Yaoguo, Chairman of ETON Automation, recounted the company’s evolution from a fledgling startup to a nationally recognized technology leader. “Fifteen years ago when we began, the high-end SMT placement machine market was almost entirely dominated by a handful of international giants. From underlying control systems to vision technology, every core capability was either restricted or came with exorbitant licensing fees. Early on, we made a strategic decision: to rebuild our systems from the ground up—not to replicate others’ achievements, but to redefine performance through an entirely independent architecture.”

SMT placement machines are the foundational workhorses of modern electronics manufacturing. They mount tens of thousands of micro-components onto PCBs (Printed Circuit Boards) with micron-level precision, at speeds exceeding 100,000 components per hour. Virtually every electronic device in production today depends on them—from smartphones and automotive control units to aerospace electronics and medical instruments.

For decades, however, the core technological layers of these systems—including low-level real-time control firmware, high-speed bus architecture, component alignment optical vision algorithms, precision motion control systems, and high-end servo and maglev motors—have been controlled by a small number of overseas suppliers. This reliance has created vulnerabilities in cost and supply chains, and limited the ability of Chinese electronics manufacturers to tailor production lines for emerging applications such as AI accelerators, System-in-Package (SiP) modules, and advanced automotive sensor arrays.

ETON’s response has been systematic and sustained. Through 13 generations of iterative product development, the company has systematically dismantled these technical hurdles. Its R&D team built from the bottom layer: rewriting control firmware, designing proprietary system-wide bus architectures, and developing database algorithms that enable real-time data synchronization between multiple motion axes and vision modules. ETON also independently developed optical vision algorithms capable of component alignment at sub-pixel accuracy, and XYZR high-precision motion algorithms that coordinate linear and rotary axes synchronously to deliver optimal placement accuracy.

The outcome is a full-bus intelligent equipment architecture—streamlined, robust, and markedly easier to maintain and upgrade than traditional systems. Reduced cabling complexity, improved signal integrity, and modular upgradeability have resonated strongly with global customers, particularly those who prioritize long-term equipment lifecycle value.

Building an Independently Controlled Industrial Ecosystem

A cornerstone of ETON’s strategy has been the unwavering pursuit of a vertically integrated industrial chain. As Mr. Yang Jianjun, Chief Technology Officer, noted in his technical presentation: “True technological independence cannot be achieved through design alone—it must be backed by a complete ecosystem spanning component manufacturing, quality assurance, and supply chain management.”

To that end, ETON has built a 52,000-square-meter integrated industrial park in the vicinity of its Shenzhen headquarters, housing precision machining lines, motor winding and assembly workshops, optical module calibration laboratories, and final assembly and testing facilities. Within this campus, ETON has secured independent R&D and volume production capabilities for high-end maglev motors, precision linear guides, high-speed encoders, and a wide range of mechanical and electronic subsystems.

Most notably, the company reports that 99% of its core components are domestically and independently controllable—with all intellectual property and manufacturing processes fully owned and mastered in-house. This degree of vertical integration is exceptional even among established international SMT manufacturers, and delivers distinct advantages in cost control, consistent quality, and responsiveness to custom requirements.

To date, ETON has been granted over 200 core patents and more than 60 software copyrights spanning motor design, thermal management, vision calibration, and machine learning-assisted placement optimization. This robust intellectual property portfolio not only protects the company’s innovations, but also creates a solid foundation for international technology licensing and collaboration in the future.

Serving a Broad Spectrum of Strategic Industries

ETON’s high-end placement machines are deployed across sectors with the most demanding requirements for ultra-high precision and flexible high-volume production:

• Artificial Intelligence & High-Performance Computing– Advanced SiP and multi-chip modules demand placement accuracy better than 15 µm with ultra-low vibration;
• Aerospace & Defense– Uncompromising reliability and traceability meeting stringent military and aviation standards;
• Semiconductor Packaging– Enabling advanced processes including Fan-Out Wafer-Level Packaging (FOWLP) and embedded chip packaging;
• New Energy & Electric Vehicles– Power modules, battery management systems, and on-board chargers requiring flexibility for high-mix, high-volume production;
• Consumer Electronics– Smartphones, wearables, and smart home devices prioritizing speed and component miniaturization;
• Automotive Electronics– Covering ADAS, infotainment, and body control modules;
• Industrial & Medical Electronics– Where long-term stability and precision are non-negotiable.

Across every application, ETON’s equipment demonstrates performance matching or exceeding comparable imported systems—with particular strength in programming simplicity, maintainability, and significantly lower Total Cost of Ownership (TCO) over a typical ten-year operational lifecycle.

A New Mandate: Leading the Formulation of National Standards

ETON’s selection as the lead drafter of the national standard for fully-automatic SMT placement machines marks a pivotal transition: from technology provider to industry benchmark setter. The standard will establish comprehensive technical requirements covering mechanical performance specifications, electrical safety criteria, environmental adaptability, test methodologies, and interoperability guidelines.

Standardization is expected to deliver industry-wide benefits:

1. Unified Quality Benchmarks– Establishing clear performance baselines and raising the overall quality standard for domestic SMT equipment;
2. Enhanced Interoperability– Defining communication protocols and interface standards to enable seamless integration across multi-vendor smart factory environments;
3. Supply Chain Transparency– Providing clear frameworks for component sourcing, traceability, and lifecycle management;
4. Global Competitiveness– Aligning Chinese national standards with international norms (including IEC and SEMI) to facilitate cross-border trade and collaboration.

For ETON, this designation reinforces a commitment to continuous advancement. The company has announced plans to increase R&D investment by 30% over the next three years, focusing on AI-driven predictive maintenance, advanced materials for lighter yet stiffer motion platforms, and enhanced connectivity for Industry 4.0 readiness.

Powering the Transformation of Advanced Manufacturing

Beyond its direct impact on the SMT equipment sector, ETON’s leadership in standard-setting forms part of China’s broader national strategy to upgrade advanced manufacturing. Industrial mother machines—whether for machining, additive manufacturing, or electronics assembly—are the foundational assets upon which all other industrial capability rests. Achieving self-sufficiency in this domain is fundamental to national economic security and technological sovereignty.

ETON’s journey offers a blueprint for equipment manufacturers: prioritize fundamental R&D ahead of simple assembly; nurture an engineering culture built on long-term commitment; and build complete local supply chains. The company has demonstrated through practice that world-class high-end manufacturing can be achieved independently, without compromise on quality or innovation.

Concurrently, ETON maintains an open stance toward international collaboration. It engages in regular technical exchanges and joint development initiatives with research institutions and industry consortia across Europe, Japan, and Southeast Asia—contributing its technical insights while actively integrating global best practices.

Looking Ahead: From National Leader to Global Contributor

The launch of this national standard is not a destination for ETON, but a new beginning. The company’s vision is to establish Chinese-designed and manufactured high-end SMT systems as the trusted choice for electronics manufacturers worldwide—offering not just cost-effective alternatives, but technologically superior, strategically reliable solutions.

To realize this vision, ETON will continue to focus on:

• Continuous Core Algorithm Optimization– Further advancing placement speed, accuracy, and adaptive control across varying operating conditions;
• Strengthened Industrial Ecosystem– Deepening partnerships with domestic materials suppliers, sensor manufacturers, and software developers;
• Expanded Global Service Network– Establishing regional technical support and training hubs in key markets to ensure rapid response and local expertise;
• Sustainable Manufacturing– Reducing energy consumption per placement cycle and designing equipment for end-of-life recyclability and component reuse.

The ultimate objective is to contribute to a more diversified, resilient, and innovative global SMT equipment ecosystem—one where technological leadership is shared across regions, and customers benefit from a competitive marketplace of capable, quality-driven suppliers.

Conclusion

The successful convening of the national standard launch conference stands as testament to what can be achieved through sustained innovation, strategic vertical integration, and unwavering commitment to technological self-reliance. In assuming its new role as standard-setter, ETON carries responsibilities to both China’s manufacturing sector and the global electronics industry—an industry that depends universally on access to capable, high-performance precision placement technology.

With a robust technology foundation, a comprehensive intellectual property portfolio, and growing adoption across the world’s most demanding strategic sectors, ETON is poised to lead the next phase of advancement in SMT manufacturing equipment—delivering progress that benefits its customers, partners, and the broader global manufacturing ecosystem.