Digital Twin Modeling
Confirmation not Discovery
Because our systems are heavily validated through simulation and digital twin modeling, commissioning becomes a confirmation rather than a discovery process. This allows many projects to be brought online directly at the customer facility with dramatically reduced downtime and disruption.
Whether you are launching a new production line or modernizing an existing one, we partner closely with your team to deliver automation that performs on day one and evolves with your operation.
Cad & SimulationAutomation Platforms & Control Systems
Upgrading Legacy Control Systems
We upgrade legacy control systems with new Programable Logic Controller (PLC) platforms designed for scalability, maintainability, and long‑term support. Our engineers work across leading brands including Rockwell, Siemens, Omron, Mitsubishi, and others.
If there is no existing automation or controls infrastructure, we can work with your team to perform a controls upgrade. We complete a feasibility study, estimate cost, develop a Bill Of Materials (BOM) and program software from the ground-up.
We are strong advocates of distributed I/O and modular control strategies that reduce total cost, cabinet footprint, improve troubleshooting visibility, and make future expansion or decommissioning more efficient
Robot Simulation
Industry Leading Simulation
Before a robot ever moves in the real world, it moves in ours. Using industry leading simulation software, we design, validate, and optimize robotic paths, reach envelopes, and cycle times in a fully virtual space. This process allows us to identify mechanical interferences and integration challenges early which saves significant time and cost during physical deployment.
From material handling and assembly to welding, paint application and machine tending, our process delivers faster commissioning, safer startup, and predictable performance.
3D Modeling & CAD
Virtual Validation for Stakeholders
Our mechanical and electrical design teams leverage advanced 3D modeling and CAD tools to create complete automation cells and production lines. These designs allow stakeholders to visualize layouts, validate ergonomics, and confirm clearances before fabrication begins.
Detailed modeling reduces guesswork, improves cross‑discipline coordination, and ensures every component fits and functions as intended when it reaches the plant floor.
EOAT Design, Build & Installation
End‑of‑Arm Tools Fit for Purpose.
We design and build End‑of‑Arm Tooling (EOAT) tailored to each application’s payload and tolerances. From simple grippers to complex multi‑function tooling, every EOAT solution is engineered to be durable, repeatable, and serviceable.
Our team manages the full lifecycle (design, fabrication oversight, testing, on‑site installation and support), ensuring seamless integration with robotics and controls.