Custom Control Cabinets for Inverters, 3-Axis Automation & Industrial Controls

We design and manufacture custom industrial control cabinets engineered for inverter-driven systems, 3-axis motion platforms, and complex automation applications. Our cabinets are built to deliver reliable power distribution, precise motor control, and seamless system integration in demanding industrial environments.
Key features:
Variable Frequency Drive (VFD) and servo inverter integration
3-axis motion control with PLC, CNC, or industrial PC platforms
Pre-wired and factory tested assemblies
UL, NEC, and IEC compliant designs (as required)
Industrial-grade components from leading manufacturers
EMC filtering, surge protection, and proper grounding architecture
Local HMI touchscreens and remote diagnostics options
Power & control architecture:
Main disconnects, branch protection, and coordinated fault protection
DC bus management and regenerative braking support
Servo drives, stepper drives, and closed-loop feedback integration
Encoder, limit switch, and safety interlock interfaces
Safety PLC, E-stop, light curtain, and STO integration
Cabinet construction:
NEMA 1 / 3R / 4 / 4X / 12 enclosures available
Thermal management with filtered fans, heat exchangers, or closed-loop cooling
Segregated power and signal wiring channels
Clear labeling, documentation, and wiring schematics included
Floor-standing or wall-mounted configurations
Benefits:
Reduced installation and commissioning time
Improved system reliability and noise immunity
Simplified maintenance and troubleshooting
Optimized layout for airflow and serviceability
Scalable designs for future expansion
Single-source responsibility for controls engineering and fabrication
Applications:
CNC machines and gantry systems
Robotics and pick-and-place automation
Packaging and material handling equipment
Industrial test stands
Conveyors and production lines
Renewable energy and power conversion systems
Each cabinet is custom engineered to meet your electrical, environmental, and operational requirements, including voltage class, motion accuracy, safety level, communications protocols (EtherCAT, Modbus, CANopen, Profinet, etc.), and regulatory standards.