Innovative Design to Overcome High-End Thin-Board Mass Production Bottlenecks

To meet the high-precision and high-stability processing demands of advanced AI server motherboards, AI accelerator cards, and ultra-thin boards, ATMA drives differentiated R&D centered on real process requirements—breaking through traditional limitations in thin-board handling and registration. Through a circulating high-precision transfer gripper system and an integrated high-rigidity table design, boards ranging from 0.3–10 mm in thickness can be transported at high speed and with exceptional stability. Single-board cycle time has been reduced from 15 seconds to 9 seconds—boosting productivity by approximately 40%. This enables customers to achieve stable mass production of high-end products, reduce process variation and rework risks, and ensure consistent delivery schedules and quality performance.

An R&D system designed to stabilize mass production of innovative technologies and reduce the risks of implementation.

ATMA has established a comprehensive R&D and validation framework. Cross-functional collaboration and process verification mechanisms are integrated at the design stage to ensure manufacturability of new technologies. By leveraging 3D measurement, laser interferometry, and in-house testing platforms, we ensure precision and stability across every piece of equipment. Combined with ISO 9001 risk assessment workflows, our R&D system integrates quality, safety, and reliability from the very beginning—minimizing customer risk and accelerating the path to stable, high-volume production.

Intellectual Property Protection and Technical Barriers that Safeguard Long-Term Competitiveness

To safeguard innovative achievements and strengthen market competitiveness, the company has established a comprehensive intellectual property management system. From the early stages of R&D, patent searches and infringement risk assessments are conducted to reduce legal exposure and implementation costs. Key technologies are modularized and standardized, then incorporated into knowledge management systems to shorten development cycles and minimize redundant investment. R&D data is integrated into PDM with encrypted management, effectively lowering operational risks. To date, the company has accumulated 174 patents, including 45 invention patents, creating formidable technological barriers that are difficult to surpass—ensuring long-term investment value for customers.

Safety and Energy-Efficient Design that Simultaneously Reduces Operating Costs and Sustainability Risks

From the very beginning of product design, we incorporate principles of operational safety, energy efficiency, and green manufacturing. All equipment complies with international safety standards including EN ISO 12100, 13849, and 60204-1. Featuring high-performance servo systems and standby energy-saving modes, the machines are built primarily with highly recyclable aluminum alloys and stainless steel, ensuring a service life of over 20 years. This design philosophy enables customers to achieve the same production capacity with lower energy consumption and reduced maintenance costs, ensuring stable equipment operation while minimizing long-term operational risks. As a result, customers can secure faster investment returns and maintain a sustainable competitive advantage.

Patent Achievements

Over the years, ATMA has placed great emphasis on research and development as well as intellectual property rights, having obtained more than 175 patents both domestically and internationally. The company has also been awarded invention and utility patents in various countries, including Japan, the United States, the United Kingdom, Germany, South Korea, and Mainland China. ATMA ranks among the top 240 patent holders in Taiwan and is the largest in its industry. Its contributions to technology and industry are significant, earning high recognition and acclaim in the international market.