Mechatronics systems design
Turn your mechatronics ideas into a production-ready system.
You get a partner who designs your complex systems and documents every stage so you stay fully in control of the design, timeline, and final outcome.
Customized design of mechatronics modules
Why strong mechatronics design secures your technical future.
Designing mechatronic systems means perfectly blending mechanics, electronics, and software to craft high‑performance equipment. Our engineers manage the complete architecture from requirements to production‑ready deliverables.
A flawed system design leads to production delays, higher maintenance costs, and unexpected technical setbacks. By ensuring an efficient design from the start, you secure your technical roadmap and avoid costly surprises.
Our engineering process
A clear, collaborative approach that keeps you in control of your innovation.
Unlike distributors or large integrators that rely on proprietary systems, we maintain complete transparency. Every technical decision is fully documented, every choice is backed by clear rationale, and you receive unrestricted access to all source files. This defines our full transparency approach.
Architecture and specifications
We analyze your needs to define a realistic set of specifications, identifying critical constraints and proposing an optimized set of system architecture and specifications.
Design
Our mechanical, electronic, and software teams work in parallel to design a cohesive system. Each subsystem is optimized for overall performance and future industrialization.
Prototyping and testing
We build a functional prototype and test it according to your performance criteria. All iterations are documented to ensure a smooth transition to the next phase.
Documentation and IP transfer
You receive all CAD files, electronic schematics, source code, and technical documentation. You’re free to produce wherever and with whomever you choose.
Project Overview
Turning complex requirements into working solutions
Problem
Our client, a major player in the semiconductor industry, was developing a new high-precision equipment concept. However, they lacked the internal resources to complete the full system within their tight schedule. They tasked us with designing and prototyping an ultra-high precision module, capable of nanometer-level accuracy and very high acceleration, positioned directly above the wafer.
Solution
Starting from the ground up, we tackled a set of highly demanding technical requirements. We explored multiple design options and performed preliminary analyses before initiating detailed development. Throughout the process, weekly design reviews with the client ensured alignment and rapid iteration through the Preliminary Design Review (PDR) and Critical Design Review (CDR) stages, leading to prototype manufacturing and testing.
Result
We delivered the full system design within six months, followed by prototype procurement and assembly in three months, and validation testing completed within one month, meeting all technical and schedule objectives.