WETS AI designs and builds fully custom PLC control panels for industrial systems including manufacturing, pump stations, process automation, and more. Every panel is engineered from scratch, tested before deployment, and backed by decades of expertise.
WETS AI is a professional engineering company specializing in PLC automation and custom control panel solutions across a wide range of industries.
We specialize in designing and building custom PLC control panels for industrial applications including pump stations, manufacturing, and process automation. Every panel is built from scratch to fit the exact needs of the project. No templates, no shortcuts.
Our engineers bring 30+ years of hands-on automation experience. We design, fabricate, wire, program, and test every panel in our 8,000 sq. ft. Houston facility before it ever reaches your job site.
Learn More About UsEvery panel is engineered specifically for your system with no templates and no shortcuts.
Every panel is fully tested in our facility before delivery, including fault condition simulation.
From design to deployment, we handle the full lifecycle of your control panel project.
Every panel is engineered from scratch using your exact system specifications. No generic solutions.
Full engineering design documentation, including control narrative and process objectives, is included with every project.
Built in our Houston facility using industry-standard components and wiring practices.
Thorough testing before shipment, including fault simulation, so your system works from day one.
We integrate with your pumps, motors, sensors, valves, and SCADA systems seamlessly.
Panels monitor for high pressure, overheating, and equipment failures automatically.
Our engineers are ready to design the perfect control panel solution for your industrial system.
Request a Quote
A growing PLC automation company building custom industrial control panels with precision engineering and hands-on expertise.
WETS AI is a professional engineering firm specializing in custom PLC control panel design and fabrication across a wide range of industries.
Rather than relying on outside automation contractors, we engineer, build, wire, program, and test every panel ourselves. This gives clients better performance, faster turnaround, and full accountability. Our panels serve industries including pump stations, manufacturing facilities, and industrial process automation.
We build hands-on experience through active projects, giving our team real-world knowledge on live industrial systems as we continue to grow.
Our 8,000 sq. ft. facility in Houston, TX is equipped for full panel fabrication, testing, and system integration.
WETS AI operates out of our 8,000 sq. ft. facility in Houston, TX. The facility is fully equipped for PLC panel fabrication, wiring, integration, and pre-deployment testing.
8614 Fairbanks N Houston Rd
Houston, TX 77064
8,000 sq. ft. warehouse equipped for fabrication, testing, and assembly
Engineers with 30+ years of industry expertise in PLC and automation
We engineer, build, and test every panel in-house full ownership from design to delivery
Every WETS AI project follows a rigorous, step-by-step engineering process designed to deliver reliable automation on time and on spec.
We start by understanding your system the process, equipment, and automation goals. Every project is different and we treat it that way.
Our engineers design the control panel from scratch based on your exact specifications. We select the right PLC platform, design the control logic, and lay out the full panel architecture.
We produce complete engineering design documentation, including the control narrative and process objectives, so every aspect of the system is clearly defined before fabrication begins.
The panel is built in our Houston facility wired, labeled, and organized inside a secure enclosure to industry standards.
Before any panel leaves our facility, it is fully tested in a controlled environment including real-world fault simulations to confirm reliable performance before installation.
We deliver a tested, documented panel ready for installation. Our team is available for questions, commissioning support, and future modifications.
Deliver reliable, precision-engineered automation solutions that meet the highest safety and quality standards for every client.
Automate the process to achieve the desired goal with minimum human interface, meeting the safety and quality requirements.
We say what we do and do what we say. Every project is handled with full accountability and transparency.
We actively explore AI integration with PLC systems to build smarter, more advanced automation solutions for tomorrow.
Tell us about your project and our engineers will get back to you promptly.
Get In TouchUnderstanding the technology behind industrial automation and why it matters for industrial systems.
A PLC (Programmable Logic Controller) is an industrial computer designed to control machinery and automated processes in real time. Unlike a standard computer, a PLC is built specifically for industrial environments it can withstand vibration, heat, dust, and electrical noise while reliably controlling equipment around the clock.
PLCs receive signals from sensors and field devices, process that information using programmed logic, and then send commands to control outputs like pumps, motors, valves, and alarms. This happens automatically, without constant human input.
Think of a PLC as the "brain" of an industrial system. It watches, thinks, and acts keeping your process running safely and efficiently 24/7.
If a tank level drops below the required setpoint, the PLC detects this through a level sensor (input), runs its logic, and automatically starts a pump (output) to bring the level back up. Once the target is reached, it shuts the pump off all without anyone touching a button.
Before PLCs, industrial systems relied on hundreds of physical relays, timers, and switches hardwired together. PLCs replaced all of that with a single programmable device, making systems far more reliable, flexible, and easier to modify.
Every PLC control panel follows the same fundamental cycle reading inputs, processing logic, and controlling outputs.
The PLC receives real-time signals from field instruments flow, pressure, temperature, and level and understands the system targets. It then evaluates safety conditions and failure modes to determine the correct response. When the control panel detects a fault, Layer of Protection Analysis (LOPA) principles guide how multiple independent protection layers are applied to prevent escalation.
The PLC continuously runs its programmed logic, checking sensor values, comparing them against setpoints, and deciding what actions to take. This happens hundreds of times per second.
The PLC sends commands to output devices and feeds data into SCADA integration for system-wide visibility. The operator interface displays critical process parameters, showing what the important values are and what should change, enabling informed decisions and real-time process adjustments.
A PLC control panel is a secure enclosure that houses all the electrical and automation equipment needed to run your system. Every panel undergoes a FAT (Factory Acceptance Test), fully tested at our facility before shipment, and a SAT (Site Acceptance Test), verified on-site after installation, to confirm reliable performance in real operating conditions.
The Programmable Logic Controller runs the control program and coordinates everything else in the panel.
Convert incoming electrical power to the correct voltages needed by the PLC and control components.
The interface between the PLC and the real world connecting field instruments, switches, pumps, motors, and motor operated valves.
Protect the panel and connected equipment from electrical faults, overloads, and short circuits.
Switch high-power equipment on and off safely under the direction of the PLC's low-voltage control signals.
Allow the panel to connect to SCADA systems, HMIs, and remote monitoring platforms for visibility and control.
PLCs constantly monitor your system for dangerous conditions high pressure, overheating, and equipment failures. When something goes wrong, the PLC automatically shuts down equipment, triggers alarms, and alerts operators to prevent damage and protect people.
Manual control of an industrial system requires constant human attention. A PLC automates routine operations such as starting pumps, adjusting flow rates, and managing process variables, freeing up operators to focus on higher-value tasks and reducing labor costs.
PLCs execute the same logic the same way every time no human error, no fatigue, no missed steps. This results in more consistent process quality, more reliable equipment performance, and fewer unplanned shutdowns.
Industrial systems are subject to strict regulatory requirements. PLC control systems can be programmed to enforce compliance automatically maintaining required process parameters, logging operational data, and triggering alerts if values fall out of range.
Unlike hardwired relay systems, PLC programs can be modified when your process changes. Adding a new pump, changing a setpoint, or modifying control logic can often be done in software without rewiring the entire panel.
Modern PLC panels can be integrated with SCADA systems and remote monitoring platforms, giving operators visibility into their facility from anywhere, enabling faster response times and better decision-making.
A reliable, scalable PLC platform by Rockwell Automation trusted across industrial automation for its robust performance, flexible I/O, and ease of programming. It is ideal for pump station control, process automation, and multi-point monitoring applications.
World-class PLC technology from Siemens known for precision, reliability, and seamless integration with complex industrial systems. The SIMATIC platform is widely used in large-scale industrial facilities, offering advanced process control, communication, and safety capabilities.
Our engineers will design the right automation solution for your industrial system.
Talk to an EngineerCustom PLC automation solutions designed for industrial applications from design through deployment.
Engineered from scratch using your system's exact specifications. Every panel is purpose-built for your application with no generic solutions.

Complete engineering design documentation, including control narrative and process objectives, is included with every project for installation and maintenance.

Built in our 8,000 sq. ft. Houston facility using industry-standard wiring practices and enclosures.

Thorough pre-shipment testing, including fault condition simulation, so your panel works reliably from day one.

Seamless integration with your existing pumps, motors, sensors, motor operated valves, and SCADA systems.

Automatic monitoring for high pressure, overheating, and equipment failures with alarm outputs and auto-shutdown.

Tell us about your system and we'll design the right solution for it.
Request a QuotePhotos of our control panels, fabrication facility, and completed industrial installations.
Below are examples of our control panel builds and completed industrial projects. Add your own photos to this gallery to showcase your work to clients.
Contact us to discuss your project and learn more about our completed installations.
Contact UsHave a project or question? Our engineers are ready to help.