ACE development & engineering develops high‑precision mechanical components and systems engineered for environments where accuracy is absolutely critical. Our expertise supports the aerospace, medical, and semiconductor industries with solutions that meet demanding tolerances, exceptional stability, and consistent repeatability. From ultra‑precise parts to complete precision assemblies, we combine advanced engineering, high‑end manufacturing capabilities, and rigorous quality control to ensure every component performs flawlessly. With a deep understanding of materials, micro‑mechanics, and complex system behaviour, ACE delivers precision that empowers innovation in the world’s most exacting industries.
Die Bonder for semiconductor industry
The project consisted of the development a new version of Die bonder with cost price reduction. Using DFMA methodology, a redesign occurred in several modules. The results were approximately 30% parts reduction that led to a 28% cost reduction.
A die bonder is a machine that solders or glues semiconductors (dies) onto carrier (lead frame).
Develop Dry etching machine
The project consisted in developing a new type of dry etching machine. This project was in co-development with our client. From concept to TPD until on-site installation and commissioning.
A dry etching is a process to remove material from substrate using energetic plasma or gas-phase chemical reactions. It is essential for manufacturing semiconductors.
OTHER TOPICS
Expanding production capacity with robust, future-proof solutions
Expanding production capacity requires more than just adding an extra machine. Reliability, scalability, and continuity determine whether an investment truly pays off in the long term. In this blog, you will learn how a well-thought-out approach — from initial analysis to final integration, contributes to robust, future-proof production solutions.
The impact of an aging workforce on production organizations and how automation secures the future
The aging workforce in production organizations is no longer a future scenario; it is a reality already impacting continuity and output. In this blog, you will read how the loss of knowledge and personnel puts pressure on production processes, and how automation helps secure capacity, stability, and quality for the future.
Efficiency, cost savings, and ROI: Gaining control over structural improvement in production
Producing more efficiently and saving costs go hand in hand, but they only truly deliver value if the ROI (Return on Investment) is right. In this blog, you will learn how process optimization and automation contribute to lower costs, higher reliability, and measurable returns, not just at the machine level, but across the entire production process.