Eight disciplines.
One contractor.

Control panel design and integration for industrial applications. Discuss enclosure requirements, documentation and testing with our team.

Panel requirements are defined around the control strategy, connected equipment and project scope.

Rockwell, Siemens and Schneider. We write to your standard when you have one, and we document the one we write when you do not.

Discuss source files, documentation, licensing and handover requirements with the team when defining your project.

Ignition, VTScada and Canary. Screens an operator can read at 3 a.m., alarms that mean something, and history that survives an audit.

A plant that cannot prove what happened cannot improve and cannot pass an audit. The historian matters as much as the screen above it.

Loop checks, I/O verification, startup and operator training. The plant runs before we leave, and the as-built drawings match what is on the wall.

Handover happens at your console, on your process, with the people who will run it at three in the morning.

Specification, installation and calibration. Good control strategy usually beats a more expensive transmitter, and we will tell you which one you need.

If a bigger instrument will not move output, cost to run, reach, shared view or cycle time, we say so before you pay for it.

EtherNet/IP, Modbus, PROFINET and OPC UA. The layer where control meets IT, segmented so a plant floor problem stays on the plant floor.

Segmentation is a design decision, not a switch setting. It gets drawn before it gets configured.

MCC design, VFD configuration and starter logic, from a single skid to a full lineup.

Plus the interlocks that keep a jam on one station from stopping the whole line. The line does not care how clever the code is.

Reporting, SQL integration and the tools around the control system: daily reports pulled from the database, alerts routed to the operator on shift.

Configure operational notifications and alarm routing around the site’s monitoring requirements.