Control Cabinet Design and Manufacturing – Precision, Safety, and Reliability
At our company, the design and construction of control cabinets is one of the most important stages in the implementation of industrial automation projects. With a highly experienced team and the use of cutting-edge technologies, we deliver tailored solutions that are reliable, safe, and optimized for performance.
From Schematics to Complete Cabinet – A Comprehensive Design Process
Every project begins with the development of accurate electrical schematics, which form the foundation for cabinet assembly and system commissioning. We use advanced CAD tools specifically designed for electrical engineering (such as EPLAN, SEE Electrical, or SolidWorks Electrical), ensuring precision and simplifying future maintenance.
Our control cabinets are designed in compliance with current standards (e.g., IEC/EN 61439) and customer specifications—both in terms of function and form, including spatial and environmental requirements. Each project considers production process characteristics, working conditions, and compatibility with existing infrastructure.
Designing Safety Systems – A Priority in Industrial Automation
Safety—for both people and machines—is our top priority. During the design phase, we assess potential hazards associated with the equipment and production processes, and develop functional safety systems in accordance with SIL (Safety Integrity Level) and PL (Performance Level) requirements.
We carefully select and configure safety components such as safety relays, lockout modules, light curtains, safety controllers, and sensors to ensure dependable performance in even the most demanding environments. Each safety system is documented with detailed risk analysis and testing procedures, streamlining implementation and future audits.
Equipment Selection – Power, Precision, and Compatibility
One of the key elements in designing control systems is the selection of proper hardware, especially servo drives with the right performance characteristics. Based on the application’s technical requirements, our team selects motors, inverters, drives, and actuators, taking into account:
- Required power and torque,
- Positioning precision,
- Response speed,
- Load type and operation mode,
- Compatibility with PLCs and HMI systems.
We work with trusted automation suppliers to ensure the equipment we deliver is reliable, serviceable, and easy to integrate into broader systems.
Technical Documentation – Clear, Complete, Compliant
Each stage of the project is thoroughly documented. We provide comprehensive technical documentation, including:
- Electrical schematics,
- Layout drawings of components within the cabinet,
- Bill of materials (BOM),
- Assembly and operation instructions,
- Testing and acceptance protocols,
- Functional safety documentation.
This ensures that the end user receives a clear, complete, and consistent set of documents that support easy operation, maintenance, and future system modifications.
Why Choose Us?
Thanks to the expertise of our engineers, our investment in state-of-the-art design technologies, and our collaborative approach, we deliver control cabinets and automation systems that combine innovation, reliability, and safety. From the initial design to final commissioning and beyond, we provide comprehensive project execution that meets the highest industry standards.
