Capabilities

Our goal is to develop and produce devices in such a way that they pass the required certification from the first time.

Electrical engineering is the cornerstone of industrial automation and machine construction. Our expertise extends to the design and implementation of control panels and associated circuits crucial for the automation of industrial machinery and processes.

Our expertise underpins the advancements within various sectors, leveraging cutting-edge PCBA and FPGA technologies.

We understand the financial challenges faced by hardware companies in bringing innovative products to market. Our comprehensive funding support is designed to navigate the complexities of financial planning and subsidy applications.

Comate excels in industrial design and styling for hardware, understanding the profound impact of design on user perception and brand identity. Our approach combines aesthetic appeal with functional practicality.

Interaction design for hardware is centered around creating seamless, efficient, and intuitive user experiences. We understand that the quality of user interaction directly influences product adoption and effectiveness.

Mechanical engineering is a cornerstone of our expertise. Our approach is grounded in a deep understanding of diverse technologies,, production techniques and best design practices.

Our approach is methodical and detail-oriented, ensuring that every aspect of production aligns seamlessly with our engineering designs.

Our approach is methodical and grounded in thorough analysis, ensuring that we identify and mitigate potential risks effectively.

Our approach to software development is rooted in a deep understanding of its integral role in engineering solutions.

At Comate, strategic design is a lot more than just a workshop. It's about bridging the gap between innovative technology and market needs. Our approach is grounded in practicality and viability, ensuring that technological solutions find their rightful place in the market.

Our approach is grounded in a deep understanding of ergonomic, psychological, and cognitive aspects to ensure the safety and effectiveness of our hardware.