Engineering for the semiconductor industry
High precision semiconductor equipment : no compromise.
We understand your constraints: nanometric precision, high cleanliness and controlled environments, SEMI S2/S8 compliance. Our teams design mechatronic modules that can be integrated into your systems without delays or technical surprises.
Mechatronic solutions for the semiconductor industry
The high stakes of semiconductor design.
Sector specifics
The semiconductor industry demands technical mastery few design offices possess: micro- and nanometric precision, zero particulate contamination, compatibility with vacuum or plasma environments, and careful handling of ultra-sensitive wafers. Every detail matters, and even minor oversights can have major consequences.
Key Challenges
Your challenges are relentless: reducing the time-to-market of new equipment while guaranteeing 24/7 reliability on multi-million euro production lines, maintaining compliance with evolving SEMI standards, and controlling R&D costs without sacrificing performance. A design error can cost months of delay and wafer losses for the end customer.
The technical obstacles you encounter on a daily basis.
Nanometric accuracy in a vibrational environment
You must guarantee sub-micrometer positioning on equipment installed in fabs crowded with other equipment. The result is yield losses and costly rework if the mechanical design does not incorporate these constraints from the start.
Regulations compliance
Regulatory compliance goes beyond machine safety. It includes risk management, traceability, and process validation. Integrating these requirements early in the design process reduces certification costs and strengthens long-term product reliability.
Cleanliness and environment compatibility
Designing for the semiconductor industry requires extreme control of cleanliness and particle emissions. These stringent environmental constraints shape every material, assembly, and design decision.
Reducing time-to-market in a highly competitive environment
The market requires very fast development cycles. Every week lost benefits your competitors. You can’t afford multiple iterations due to initial design errors.
Engineering solutions for semiconductor industry
A proven expertise in semiconductor equipment design.
We have been working in the semiconductor industry for more than 15 years, designing and installing advanced systems in some of the world’s largest and most demanding fabs. Our extensive field experience allows us to anticipate challenges, accelerate your projects, and ensure flawless integration. With us, you gain a trusted partner dedicated to saving you time and eliminating unpleasant surprises.
High precision mechatronics design for ultra clean environments
We develop high‑precision mechatronic systems for semiconductor manufacturing, delivering reliable sub‑micron performance. Our deep understanding of accuracy, repeatability, and dynamics ensures we meet your most stringent requirements.
Design for safety and compliance
With extensive experience in high-power laser equipment, we have developed the expertise needed to deliver solutions that are both safe and fully compliant with CE, UL, and SEMI standards.
Taking care of the environment, right from the start
From the very start of every project, we focus on material compatibility and contamination control, two critical factors in semiconductor environments. Our team leverages advanced fluid FEA simulations when needed to validate designs and guarantee the highest level of particle cleanliness.
Fast design cycles, ready for manufacturing
We integrate DFM (Design for Manufacturing) principles from day one and secure early sourcing for all critical components. This proactive approach ensures a smooth industrial ramp‑up, helping you launch your product on time, with confidence, and in the best market conditions.
Project Overview
Innovative redesign for demanding process conditions
Problem
Our customer requested a redesign of a critical module located directly above the wafer. The new design had to ensure exceptional cleanliness, facilitate maintenance, and withstand both high temperatures and aggressive chemicals.
Solution
We actively involved the customer throughout the process, beginning with nine initial design concepts. Three were advanced to concept design, and one was ultimately selected for preliminary and detailed development. A prototype was then built and validated in collaboration with the customer.
Result
The complete process, from initial concept generation to a functional, validated prototype, was successfully completed within nine months.
Dr. Maksym Plakhotnuyk
CEO & co-founder Atlant3D
“Working with Ausmosys has been an inspiring journey of collaboration and creativity. Our highly professional teams bring precision and passion to every step, enabling breakthroughs that move atomic-scale innovation forward”